Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.

Luminescence was measured at 0.25 mm intervals with a 2 mm diameter beam.

Summer rainfall reconstruction based on PCA, and extracted PC1 was regressed against NE QLD summer rainfall index 1901-1981.

Annual luminescence range as measured by luminometer; determined by difference between annual (summer) maximum luminescence and preceding annual (winter) minimum luminescence.

year (GBRCD.LO11NMI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for core from AIMS coral database.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/9m7h-nc20'

pub1_citation: 'Lough, J.M. (2011), 'Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact', Coral Reefs, 30 (1), 169-182, 10.1007/s00338-010-0688-0.' has been replaced by 'Lough, J.M. (2011), ‘Great Barrier Reef coral luminescence reveals rainfall variability over northeastern Australia since the 17th century’, Paleoceanography, 26 (2), 14, 10.1029/2010pa002050.'

pub1_doi: '10.1029/2010PA002064' has been replaced by '10.1029/2010pa002050'

pub1_journal: 'Coral Reefs' has been replaced by 'Paleoceanography'

pub1_title: 'Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact' has been replaced by 'Great Barrier Reef coral luminescence reveals rainfall variability over northeastern Australia since the 17th century'

pub2_citation: '' has been replaced by 'Lough, J.M. (2011), 'Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact', Coral Reefs, 30 (1), 169-182, 10.1007/s00338-010-0688-0.'

pub2_title: '' has been replaced by 'Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact'

geo_notes: '' has been replaced by 'Latitude and longitude for core from AIMS' coral core database.'

LuminRange (GBRCD.LO11NMI01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11NMI01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11NMI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11NMI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11NMI01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11NMI01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11NMI01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

ACH01A; BRO01A; CID01A; CNR01B; COO01E; DUN02A; GPI02A; HAV01A; HKO01B; HMP01B; LUP01C; MAG01D; NOR01B; NMI01B; PAN07B; SMI01C; SNH01A

Barnes and Lough (1992); De'ath et al. (2009); Lough (2007); Lough and Barnes (1997)

Lough, J.M. (2011), ‘Great Barrier Reef coral luminescence reveals rainfall variability over northeastern Australia since the 17th century’, Paleoceanography, 26 (2), 14, 10.1029/2010pa002050.

Great Barrier Reef coral luminescence reveals rainfall variability over northeastern Australia since the 17th century

Lough, J.M. (2011), 'Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact', Coral Reefs, 30 (1), 169-182, 10.1007/s00338-010-0688-0.

Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact

SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.

Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.

Barium/Calcium. 
 For laser ablation datasets this is a measure of the total Ba/Ca using the count intensities of the Ba137 isotope.

ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS

Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.

Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.

notes: 'PAN-98-2 B1 BaCa corrected against NIST 614 standard.' has been replaced by ''

BaCa (GBRCD.AL03PAN01_3.BaCa): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.'

Distance (GBRCD.AL03PAN01_3.Distance): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Mn (GBRCD.AL03PAN01_3.Mn): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

P (GBRCD.AL03PAN01_3.P): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

year (GBRCD.AL03PAN01_3.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'GPS coordinates offset from Pandora Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase. PAN-98-2 B1 BaCa corrected against NIST 614 standard.' has been replaced by 'PAN-98-2 B1 BaCa corrected against NIST 614 standard.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/ddhn-hf49'

geo_notes: '' has been replaced by 'GPS coordinates offset from Pandora Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase.'

BaCa (GBRCD.AL03PAN01_3.BaCa): paleoData_description: 'Barium/Calcium 
 For laser ablation datasets this is a measure of the total Ba/Ca using the count intensities of the Ba137 isotope.' has been replaced by 'Barium/Calcium. 
 For laser ablation datasets this is a measure of the total Ba/Ca using the count intensities of the Ba137 isotope.'

BaCa (GBRCD.AL03PAN01_3.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.AL03PAN01_3.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.AL03PAN01_3.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.AL03PAN01_3.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AL03PAN01_3.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.AL03PAN01_3.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03PAN01_3.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03PAN01_3.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.AL03PAN01_3.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.AL03PAN01_3.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.AL03PAN01_3.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.AL03PAN01_3.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AL03PAN01_3.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AL03PAN01_3.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.AL03PAN01_3.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.AL03PAN01_3.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BaCa (GBRCD.AL03PAN01_3.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

BaCa (GBRCD.AL03PAN01_3.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.AL03PAN01_3.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AL03PAN01_3.Distance): paleoData_units: '' has been replaced by 'millimetres'

Mn (GBRCD.AL03PAN01_3.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Mn (GBRCD.AL03PAN01_3.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.AL03PAN01_3.P): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

P (GBRCD.AL03PAN01_3.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.AL03PAN01_3.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.AL03PAN01_3.Distance): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.AL03PAN01_3.Mn): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.AL03PAN01_3.P): interpretation1_scope: '' has been replaced by 'climate'

Alibert, C., Kinsley, L., Fallon, S.J., McCulloch, M.T., Berkelmans, R. & McAllister, F.

Alibert, C., Kinsley, L., Fallon, S.J., McCulloch, M.T., Berkelmans, R. & McAllister, F. (2003), 'Source of trace element variability in Great Barrier Reef corals affected by the Burdekin flood plumes', Geochimica et Cosmochimica Acta, 67 (2), 231-246, 10.1016/S0016-7037(02)01055-4.

Source of trace element variability in Great Barrier Reef corals affected by the Burdekin flood plumes

GPS coordinates offset from Pandora Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase.

year (GBRCD.LO11PAN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002065' has been replaced by '10.1029/2010pa002050'

LuminRange (GBRCD.LO11PAN01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11PAN01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11PAN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11PAN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11PAN01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11PAN01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11PAN01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

UCa minima & maxima matched with adjusted NOAA OISST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.

100 μm by and 500 μm wide, 5 Hz laser repetition rate and a scan speed of 100 μm/s. After data averaging, each point is approx. 0.59 mm of coral extension. NIST 614 & NIST 612 glass standards used for Li and in-house Davies reef coral standard used for B, Mg, Ca, Sr & U.

Has LiMg & BMg calibrations. Has UMTECS calibration equation(s) with different derivation compared to D'Olivo et al. (2018).

A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS

BCa (GBRCD.WU21CUR01.BCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

LiCa (GBRCD.WU21CUR01.LiCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

MgCa (GBRCD.WU21CUR01.MgCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

SrCa (GBRCD.WU21CUR01.SrCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

UCa (GBRCD.WU21CUR01.UCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

year (GBRCD.WU21CUR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/b8wp-f117'

BCa (GBRCD.WU21CUR01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.WU21CUR01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21CUR01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21CUR01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21CUR01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21CUR01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21CUR01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21CUR01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21CUR01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21CUR01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WU21CUR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WU21CUR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.WU21CUR01.BCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

BCa (GBRCD.WU21CUR01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.WU21CUR01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

LiCa (GBRCD.WU21CUR01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.WU21CUR01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

MgCa (GBRCD.WU21CUR01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.WU21CUR01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

SrCa (GBRCD.WU21CUR01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.WU21CUR01.UCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

UCa (GBRCD.WU21CUR01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.WU21CUR01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.WU21CUR01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.WU21CUR01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.WU21CUR01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.WU21CUR01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Wu, Y., Fallon, S.J., Cantin, N.E. & Lough, J.M. (2021), 'Assessing multiproxy approaches (Sr/Ca, U/Ca, Li/Mg, and B/Mg) to reconstruct sea surface temperature from coral skeletons throughout the Great Barrier Reef', Science of the Total Environment, 786, 147393, 10.1016/j.scitotenv.2021.147393.

Assessing multiproxy approaches (Sr/Ca, U/Ca, Li/Mg, and B/Mg) to reconstruct sea surface temperature from coral skeletons throughout the Great Barrier Reef

SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.

Slabs were pre-treated with 15% hydrogen peroxide for 48 hr. Sampled every 0.33 mm along a trench using a 1 mm drill bit attached to a Dremel rotary tool fitted with a Flex-Shaft attachment.

Publication calibrations focused on centred SrCa and SST data. Non-centred equations in publication supplementary. Database includes equation(s) for combined slope and lagoon coral data. Specific equation available for each environment.

WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65

SrCa (GBRCD.SA16HER05a.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

year (GBRCD.SA16HER05a.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER05a.SrCa): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

year (GBRCD.SA16HER05a.year): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

notes: 'Core from reef slope environment. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/x6m4-5c80'

geo_notes: '<12 m' has been replaced by 'Core from reef slope environment. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. <12 m depth, below lowest astronomical tide.'

SrCa (GBRCD.SA16HER05a.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65'

SrCa (GBRCD.SA16HER05a.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER05a.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER05a.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER05a.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER05a.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA16HER05a.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA16HER05a.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Sadler, J., Nguyen, A.D., Leonard, N.D., Webb, G.E. & Nothdurft, L.D.

Sadler, J., Nguyen, A.D., Leonard, N.D., Webb, G.E. & Nothdurft, L.D. (2016), 'Acropora interbranch skeleton Sr/Ca ratios: Evaluation of a potential new high-resolution paleothermometer', Paleoceanography, 31 (4), 505-517, 10.1002/2015PA002898.

Acropora interbranch skeleton Sr/Ca ratios: Evaluation of a potential new high-resolution paleothermometer

Core from reef slope environment. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. <12 m depth, below lowest astronomical tide.

Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.

Alternate equations related to calculating calcifying fluid pH and carbonate ion concentration.

In situ from multiple AIMS temperature sensors operating at approx. 2 to 10 m depth.

Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.

Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. LiCa calculated from LiMg and MgCa. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.

pH of calcifying fluid calculated from δ11B. Values are pressure corrected.

originalDataUrl: 'https://doi.org/10.25921/y68n-1x24' has been replaced by ''

pub3_author: 'Chen, X., Deng, W., Kang, H., Zeng, T., Zhang, L., Zhao, J.-x. & Wei, G.' has been replaced by ''

pub3_citation: 'Chen, X., Deng, W., Kang, H., Zeng, T., Zhang, L., Zhao, J.-x. & Wei, G. (2021), 'A Replication Study on Coral δ11B and B/Ca and Their Variation in Modern and Fossil Porites: Implications for Coral Calcifying Fluid Chemistry and Seawater pH Changes Over the Last Millennium', Paleoceanography and Paleoclimatology, 36 (10), e2021PA004319, 10.1029/2021PA004319.' has been replaced by ''

pub3_journal: 'Paleoceanography and Paleoclimatology' has been replaced by ''

pub3_title: 'A Replication Study on Coral δ11B and B/Ca and Their Variation in Modern and Fossil Porites: Implications for Coral Calcifying Fluid Chemistry and Seawater pH Changes Over the Last Millennium' has been replaced by ''

BCa (GBRCD.MC17DAV02.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.MC17DAV02.BCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

BCa (GBRCD.MC17DAV02.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.01179'

BCa (GBRCD.MC17DAV02.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'mmol/mol'

BMg (GBRCD.MC17DAV02.BMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BMg (GBRCD.MC17DAV02.BMg): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

BMg (GBRCD.MC17DAV02.BMg): paleoData_uncertaintyAnalytical: '3.651' has been replaced by ''

BMg (GBRCD.MC17DAV02.BMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by ''

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.000242'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'mmol/mol'

LiCa (GBRCD.MC17DAV02.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.MC17DAV02.LiCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. LiCa calculated from LiMg and MgCa. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. LiCa calculated from LiMg and MgCa. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_uncertaintyAnalytical: '3.649' has been replaced by '0.0325'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by 'mmol/mol'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_uncertaintyAnalytical: '0.83' has been replaced by '0.024'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by 'mmol/mol'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_uncertaintyAnalytical: '0.636' has been replaced by '0.0194'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by 'mmol/mol'

UB (GBRCD.MC17DAV02.UB): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UB (GBRCD.MC17DAV02.UB): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

UCa (GBRCD.MC17DAV02.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.MC17DAV02.UCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

UCa (GBRCD.MC17DAV02.UCa): paleoData_uncertaintyAnalytical: '1.341' has been replaced by '9.2e-06'

UCa (GBRCD.MC17DAV02.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by 'mmol/mol'

USr (GBRCD.MC17DAV02.USr): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

USr (GBRCD.MC17DAV02.USr): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

d11B (GBRCD.MC17DAV02.d11B): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

d11B (GBRCD.MC17DAV02.d11B): paleoData_uncertaintyAnalytical: '0.34' has been replaced by '0.17'

d11B (GBRCD.MC17DAV02.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

d11B_pHcf_pres (GBRCD.MC17DAV02.d11B_pHcf_pres): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

year (GBRCD.MC17DAV02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Coral record from McCulloch et al. (2017) can be matched by UWA lab number with record archived for Thompson et al. (2022). Coral core ID matches data from D'Olivo et al. (2018) but records do not match for any trace element values; it is possibly an interpolated version of this record.' has been replaced by 'Coral record from McCulloch et al. (2017) can be matched by UWA lab number with record archived for Thompson et al. (2022). Coral core ID matches data from D'Olivo et al. (2018) but records do not match for any trace element values; DO18DAV03 is possibly an interpolated version of this record.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/y68n-1x24'

pub2_doi: '10.1029/2021AV000509.' has been replaced by '10.1029/2021AV000509'

pub1_altDataURL: '' has been replaced by 'https://static-content.springer.com/esm/art%3A10.1038%2Fncomms15686/MediaObjects/41467_2017_BFncomms15686_MOESM139_ESM.xlsx'

BCa (GBRCD.MC17DAV02.BCa): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

BMg (GBRCD.MC17DAV02.BMg): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_description: 'Barium/Calcium 

LiCa (GBRCD.MC17DAV02.LiCa): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

UB (GBRCD.MC17DAV02.UB): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

UB (GBRCD.MC17DAV02.UB): paleoData_description: 'Uranium/Boron 
 Calculated from U/Ca and B/Ca.' has been replaced by 'Uranium/Boron. 
 Calculated from U/Ca and B/Ca.'

UCa (GBRCD.MC17DAV02.UCa): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

USr (GBRCD.MC17DAV02.USr): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

USr (GBRCD.MC17DAV02.USr): paleoData_description: 'Uranium/Strontium 
 Calculated from U/Ca and Sr/Ca.' has been replaced by 'Uranium/Strontium. 
 Calculated from U/Ca and Sr/Ca.'

d11B (GBRCD.MC17DAV02.d11B): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

d11B_pHcf_pres (GBRCD.MC17DAV02.d11B_pHcf_pres): paleoData_core: 'Davies13-3; DAV13-3' has been replaced by 'Davies 13-3; D-3'

BCa (GBRCD.MC17DAV02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.MC17DAV02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BMg (GBRCD.MC17DAV02.BMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

BMg (GBRCD.MC17DAV02.BMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.MC17DAV02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.MC17DAV02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UB (GBRCD.MC17DAV02.UB): paleoData_isPrimary: '' has been replaced by 'FALSE'

UB (GBRCD.MC17DAV02.UB): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.MC17DAV02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.MC17DAV02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

USr (GBRCD.MC17DAV02.USr): paleoData_isPrimary: '' has been replaced by 'FALSE'

USr (GBRCD.MC17DAV02.USr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B (GBRCD.MC17DAV02.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.MC17DAV02.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B_pHcf_pres (GBRCD.MC17DAV02.d11B_pHcf_pres): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B_pHcf_pres (GBRCD.MC17DAV02.d11B_pHcf_pres): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.MC17DAV02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.MC17DAV02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

UB (GBRCD.MC17DAV02.UB): paleoData_description: 'Uranium/Boron' has been replaced by 'Uranium/Boron 

USr (GBRCD.MC17DAV02.USr): paleoData_description: 'Uranium/Strontium' has been replaced by 'Uranium/Strontium 

BCa (GBRCD.MC17DAV02.BCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

BCa (GBRCD.MC17DAV02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.MC17DAV02.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BMg (GBRCD.MC17DAV02.BMg): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

BMg (GBRCD.MC17DAV02.BMg): paleoData_uncertaintyAnalytical: '' has been replaced by '3.651'

BMg (GBRCD.MC17DAV02.BMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

BMg (GBRCD.MC17DAV02.BMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BMg (GBRCD.MC17DAV02.BMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BaCa (GBRCD.MC17DAV02.BaCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.MC17DAV02.LiCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. LiCa calculated from LiMg and MgCa. Analytical uncertainty reported from Thompson et al. (2022).'

LiCa (GBRCD.MC17DAV02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.MC17DAV02.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '3.649'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.MC17DAV02.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.83'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.MC17DAV02.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by '2s %'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.MC17DAV02.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UB (GBRCD.MC17DAV02.UB): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

UB (GBRCD.MC17DAV02.UB): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UB (GBRCD.MC17DAV02.UB): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.MC17DAV02.UCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

UCa (GBRCD.MC17DAV02.UCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by '2s %'

UCa (GBRCD.MC17DAV02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.MC17DAV02.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

USr (GBRCD.MC17DAV02.USr): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

USr (GBRCD.MC17DAV02.USr): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

USr (GBRCD.MC17DAV02.USr): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

d11B (GBRCD.MC17DAV02.d11B): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

d11B (GBRCD.MC17DAV02.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.34'

d11B (GBRCD.MC17DAV02.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.MC17DAV02.d11B): paleoData_measurementInstrument: '' has been replaced by 'NU Plasma II'

d11B (GBRCD.MC17DAV02.d11B): paleoData_measurementMethod: '' has been replaced by 'MC-ICP-MS'

d11B_pHcf_pres (GBRCD.MC17DAV02.d11B_pHcf_pres): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

pub2_citation: 'Thompson, D., McCulloch, M., Cole, J.E., Reed, E.V., D'Olivo, J.P., Dyez, K., Lofverstrom, M., Lough, J., Cantin, N., Tudhope, A.W., Cheung, A.H., Vetter, L. & Edwards, R.L. (2022), 'Marginal Reefs Under Stress: Physiological Limits Render Galápagos Corals Susceptible to Ocean Acidification and Thermal Stress', AGU Advances, 3 (1), e2021AV000509, 10.1029/2021AV000509.' has been replaced by 'Thompson, D., McCulloch, M., Cole, J.E., Reed, E.V., D'Olivo, J.P., Dyez, K., Lofverstrom, M., Lough, J., Cantin, N., Tudhope, A.W., Cheung, A.H., Vetter, L. & Edwards, R.L. (2022), 'Marginal Reefs Under Stress: Physiological Limits Render Galapagos Corals Susceptible to Ocean Acidification and Thermal Stress', AGU Advances, 3 (1), e2021AV000509, 10.1029/2021AV000509.'

pub2_title: 'Marginal Reefs Under Stress: Physiological Limits Render Galápagos Corals Susceptible to Ocean Acidification and Thermal Stress' has been replaced by 'Marginal Reefs Under Stress: Physiological Limits Render Galapagos Corals Susceptible to Ocean Acidification and Thermal Stress'

BCa (GBRCD.MC17DAV02.BCa): interpretation1_scope: '' has been replaced by 'climate'

BMg (GBRCD.MC17DAV02.BMg): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.MC17DAV02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.MC17DAV02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.MC17DAV02.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.MC17DAV02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.MC17DAV02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UB (GBRCD.MC17DAV02.UB): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.MC17DAV02.UCa): interpretation1_scope: '' has been replaced by 'climate'

USr (GBRCD.MC17DAV02.USr): interpretation1_scope: '' has been replaced by 'climate'

d11B (GBRCD.MC17DAV02.d11B): interpretation1_scope: '' has been replaced by 'climate'

d11B_pHcf_pres (GBRCD.MC17DAV02.d11B_pHcf_pres): interpretation1_scope: '' has been replaced by 'climate'

Coral record from McCulloch et al. (2017) can be matched by UWA lab number with record archived for Thompson et al. (2022). Coral core ID matches data from D'Olivo et al. (2018) but records do not match for any trace element values; DO18DAV03 is possibly an interpolated version of this record.

McCulloch, M.T., D’Olivo, J.P., Falter, J., Holcomb, M. & Trotter, J.A.

McCulloch, M.T., D’Olivo, J.P., Falter, J., Holcomb, M. & Trotter, J.A. (2017), 'Coral calcification in a changing World and the interactive dynamics of pH and DIC upregulation', Nature Communications, 8 (1), 15686, 10.1038/ncomms15686.

Coral calcification in a changing World and the interactive dynamics of pH and DIC upregulation

Thompson, D., McCulloch, M., Cole, J.E., Reed, E.V., D’Olivo, J.P., Dyez, K., Lofverstrom, M., Lough, J., Cantin, N., Tudhope, A.W., Cheung, A.H., Vetter, L. & Edwards, R.L.

Thompson, D., McCulloch, M., Cole, J.E., Reed, E.V., D'Olivo, J.P., Dyez, K., Lofverstrom, M., Lough, J., Cantin, N., Tudhope, A.W., Cheung, A.H., Vetter, L. & Edwards, R.L. (2022), 'Marginal Reefs Under Stress: Physiological Limits Render Galapagos Corals Susceptible to Ocean Acidification and Thermal Stress', AGU Advances, 3 (1), e2021AV000509, 10.1029/2021AV000509.

Marginal Reefs Under Stress: Physiological Limits Render Galapagos Corals Susceptible to Ocean Acidification and Thermal Stress

Summer rainfall reconstruction based on PCA, and extracted PC1 was regressed against NE QLD summer rainfall index 1901-1981

year (GBRCD.LO11BRO01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002051' has been replaced by '10.1029/2010pa002050'

pub2_author: 'D'Olivo, J.P. & McCulloch, M.' has been replaced by 'Lough, J. M.'

pub2_citation: 'D'Olivo, J.P. & McCulloch, M. (2022), 'Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records', Science of the Total Environment, 830, 154461, 10.1016/j.scitotenv.2022.154461.' has been replaced by 'Lough, J.M. (2011), 'Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact', Coral Reefs, 30 (1), 169-182, 10.1007/s00338-010-0688-0.'

pub2_doi: '10.1016/j.scitotenv.2022.154461' has been replaced by '10.1007/s00338-010-0688-0'

pub2_firstAuthor: 'D'Olivo, J. P.' has been replaced by 'Lough, J. M.'

pub2_journal: 'Science of the Total Environment' has been replaced by 'Coral Reefs'

pub2_title: 'Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records' has been replaced by 'Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact'

pub3_author: '' has been replaced by 'D'Olivo, J.P. & McCulloch, M.'

pub3_citation: '' has been replaced by 'D'Olivo, J.P. & McCulloch, M. (2022), 'Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records', Science of the Total Environment, 830, 154461, 10.1016/j.scitotenv.2022.154461.'

pub3_doi: '' has been replaced by '10.1016/j.scitotenv.2022.154461'

pub3_journal: '' has been replaced by 'Science of the Total Environment'

pub3_title: '' has been replaced by 'Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records'

LuminRange (GBRCD.LO11BRO01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11BRO01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11BRO01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11BRO01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11BRO01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11BRO01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11BRO01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Barnes and Lough (1992); De'ath et al. (2009); Hendy et al. (2002); Hendy et al. (2003a); Hendy et al. (2003b); Hendy et al. (2007); Hendy et al. (2012); Lough (2007); Lough and Barnes (1997)

D'Olivo, J.P. & McCulloch, M. (2022), 'Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records', Science of the Total Environment, 830, 154461, 10.1016/j.scitotenv.2022.154461.

Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records

Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.

Milled at 1 mm intervals near density transects using a micro-mill with a 1 mm bit. Analytical precision for SrCa & isotopes from in-house coral standards (Mafia Coral Powder (MCP) & Luxor respectively). Isotopes relative to Vienna Pee Dee Belemnite.

Additional SrCa-SST and d18O-SST equations using OISST and in situ logger SST datasets available in publication supplement

Density (GBRCD.RE19EEL01.Density): paleoData_measurementInstrument: '' has been replaced by 'AIMS densitometer'

Density (GBRCD.RE19EEL01.Density): paleoData_measurementMethod: '' has been replaced by 'Gamma ray densitometry'

year (GBRCD.RE19EEL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/wz6r-4k68'

Density (GBRCD.RE19EEL01.Density): paleoData_isPrimary: '' has been replaced by 'FALSE'

Density (GBRCD.RE19EEL01.Density): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19EEL01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19EEL01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19EEL01.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19EEL01.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19EEL01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19EEL01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.RE19EEL01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.RE19EEL01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.RE19EEL01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.RE19EEL01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RE19EEL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RE19EEL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.RE19EEL01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Lumin (GBRCD.RE19EEL01.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Density (GBRCD.RE19EEL01.Density): paleoData_units: 'grams per centimetre' has been replaced by 'grams/centimetre'

Distance (GBRCD.RE19EEL01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.RE19EEL01.Distance): paleoData_units: '' has been replaced by 'millimetres'

Lumin (GBRCD.RE19EEL01.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.RE19EEL01.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

SrCa (GBRCD.RE19EEL01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Jobin-Yvon Optima 2C ICP-AES'

SrCa (GBRCD.RE19EEL01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d13C (GBRCD.RE19EEL01.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.05'

d13C (GBRCD.RE19EEL01.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.RE19EEL01.d13C): paleoData_measurementInstrument: '' has been replaced by 'VG Optima dual inlet IRMS'

d13C (GBRCD.RE19EEL01.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.RE19EEL01.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Optima dual inlet IRMS'

d18O (GBRCD.RE19EEL01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

Density (GBRCD.RE19EEL01.Density): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.RE19EEL01.Distance): interpretation1_scope: '' has been replaced by 'climate'

Lumin (GBRCD.RE19EEL01.Lumin): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.RE19EEL01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.RE19EEL01.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.RE19EEL01.d18O): interpretation1_scope: '' has been replaced by 'climate'

Barnes and Lough (1992); Lough and Barnes (2000); Lough et al. (2002)

Reed, E.V., Cole, J.E., Lough, J.M., Thompson, D. & Cantin, N.E.

Reed, E.V., Cole, J.E., Lough, J.M., Thompson, D. & Cantin, N.E. (2019), 'Linking climate variability and growth in coral skeletal records from the Great Barrier Reef', Coral Reefs, 38 (1), 29-43, 10.1007/s00338-018-01755-8.

Linking climate variability and growth in coral skeletal records from the Great Barrier Reef

Growth bands. Assumes high density bands accrete October to December.

Bulk sampled. Bands were cut on the leading edge of the high-density bands.

δ14C (14C/12C) deviation from a standard and corrected for δ13C.

year (GBRCD.DR95LMI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Longitude and latitude do not equate to described location and places coral east of the GBR and has been updated based on 'Reefs and shoals – Queensland' geodatabase. Original latitude and longitude was -24, 153.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/e1x8-m454'

geo_notes: '' has been replaced by 'Longitude and latitude do not equate to described location and places coral east of the GBR and has been updated based on 'Reefs and shoals – Queensland' geodatabase. Original latitude and longitude was -24, 153.'

D14C (GBRCD.DR95LMI01.D14C): paleoData_isPrimary: '' has been replaced by 'FALSE'

D14C (GBRCD.DR95LMI01.D14C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DR95LMI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DR95LMI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

D14C (GBRCD.DR95LMI01.D14C): paleoData_description: 'δ14C (14C/12C) deviation from a standard and corrected for δ13C' has been replaced by 'δ14C (14C/12C) deviation from a standard and corrected for δ13C.'

D14C (GBRCD.DR95LMI01.D14C): paleoData_measurementInstrument: '' has been replaced by 'Gas proportional beta counters'

D14C (GBRCD.DR95LMI01.D14C): paleoData_measurementMethod: '' has been replaced by 'GC'

D14C (GBRCD.DR95LMI01.D14C): paleoData_uncertaintyAnalytical: '' has been replaced by '3'

D14C (GBRCD.DR95LMI01.D14C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

D14C (GBRCD.DR95LMI01.D14C): interpretation1_scope: '' has been replaced by 'climate'

Druffel, E.R.M. & Griffin, S. (1995), 'Regional Variability of Surface Ocean Radiocarbon from Southern Great Barrier Reef Corals', Radiocarbon, 37 (2), 517-524, 10.1017/S0033822200031003.

Regional Variability of Surface Ocean Radiocarbon from Southern Great Barrier Reef Corals

Longitude and latitude do not equate to described location and places coral east of the GBR and has been updated based on 'Reefs and shoals – Queensland' geodatabase. Original latitude and longitude was -24, 153.

Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.

SrCa-SST regression is non-significant. See paper for parameters used to calculate d18Osw.

Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. NBS-19 standard reproducibility: d13C = 0.05 permil.

Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. NBS-19 standard reproducibility: d18O = 0.08 permil.

Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. In house standard reproducibility: MgCa = 0.3%.

Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. In house standard reproducibility: SrCa = 0.16%.

MgCa (GBRCD.DE14ARL01.MgCa): paleoData_measurementInstrument: 'Varian Vista Pro inductively coupled plasma atomic emission spectrometer' has been replaced by 'Varian Vista Pro ICP-AES'

MgCa (GBRCD.DE14ARL01.MgCa): paleoData_notes: 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. In house standard reproducibility: MgCa = 0.3%.'

SrCa (GBRCD.DE14ARL01.SrCa): paleoData_measurementInstrument: 'Varian Vista Pro inductively coupled plasma atomic emission spectrometer' has been replaced by 'Varian Vista Pro ICP-AES'

SrCa (GBRCD.DE14ARL01.SrCa): paleoData_notes: 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. In house standard reproducibility: SrCa = 0.16%.'

d13C (GBRCD.DE14ARL01.d13C): paleoData_measurementInstrument: 'GV Isoprime II stable isotope ratio mass spectrometer with Multiprep carbonate device' has been replaced by 'GV Isoprime II stable IRMS with Multiprep carbonate device'

d13C (GBRCD.DE14ARL01.d13C): paleoData_notes: 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. NBS-19 standard reproducibility: d13C = 0.05 permil.'

d18O (GBRCD.DE14ARL01.d18O): paleoData_measurementInstrument: 'GV Isoprime II stable isotope ratio mass spectrometer with Multiprep carbonate device' has been replaced by 'GV Isoprime II stable IRMS with Multiprep carbonate device'

d18O (GBRCD.DE14ARL01.d18O): paleoData_notes: 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. NBS-19 standard reproducibility: d18O = 0.08 permil.'

year (GBRCD.DE14ARL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for coral from Xiao et al. (2020).' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/6qe5-6g12'

geo_notes: '' has been replaced by 'Latitude and longitude for coral from Xiao et al. (2020).'

Extn (GBRCD.DE14ARL01.Extn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Extn (GBRCD.DE14ARL01.Extn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DE14ARL01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DE14ARL01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DE14ARL01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DE14ARL01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.DE14ARL01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.DE14ARL01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.DE14ARL01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.DE14ARL01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18Osw (GBRCD.DE14ARL01.d18Osw): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18Osw (GBRCD.DE14ARL01.d18Osw): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DE14ARL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DE14ARL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d18Osw (GBRCD.DE14ARL01.d18Osw): paleoData_description: 'δ18O of seawater calculated from paired δ18O and Sr/Ca' has been replaced by 'δ18O of seawater calculated from paired δ18O and Sr/Ca.'

MgCa (GBRCD.DE14ARL01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.3'

MgCa (GBRCD.DE14ARL01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.DE14ARL01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Pro inductively coupled plasma atomic emission spectrometer'

MgCa (GBRCD.DE14ARL01.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.DE14ARL01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Pro inductively coupled plasma atomic emission spectrometer'

SrCa (GBRCD.DE14ARL01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d13C (GBRCD.DE14ARL01.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.05'

d13C (GBRCD.DE14ARL01.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.DE14ARL01.d13C): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II stable isotope ratio mass spectrometer with Multiprep carbonate device'

d13C (GBRCD.DE14ARL01.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.DE14ARL01.d18O): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II stable isotope ratio mass spectrometer with Multiprep carbonate device'

d18O (GBRCD.DE14ARL01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

Extn (GBRCD.DE14ARL01.Extn): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DE14ARL01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DE14ARL01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.DE14ARL01.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.DE14ARL01.d18O): interpretation1_scope: '' has been replaced by 'climate'

d18Osw (GBRCD.DE14ARL01.d18Osw): interpretation1_scope: '' has been replaced by 'climate'

Deng, W., Wei, G., McCulloch, M., Xie, L., Liu, Y. & Zeng, T. (2014), 'Evaluation of annual resolution coral geochemical records as climate proxies in the Great Barrier Reef of Australia', Coral Reefs, 33 (4), 965-977, 10.1007/s00338-014-1203-9.

Evaluation of annual resolution coral geochemical records as climate proxies in the Great Barrier Reef of Australia

Laser 50 x 500 μm rectangle on the coral surface; discretely averaged at approx. 0.25 mm. Pressed coral powder standard.

ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+

year (GBRCD.FA03DAV02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Davies Reef. Reef located at -18.82, 147.64 from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/p7g3-qc81'

geo_notes: '6.8 m depth' has been replaced by 'Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Davies Reef. Reef located at -18.82, 147.64 from 'Reefs and shoals – Queensland' geodatabase. 6.8 m depth.'

BaCa (GBRCD.FA03DAV02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.FA03DAV02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.FA03DAV02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03DAV02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03DAV02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03DAV02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03DAV02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03DAV02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03DAV02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03DAV02.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03DAV02.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03DAV02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03DAV02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03DAV02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03DAV02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.FA03DAV02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.FA03DAV02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.FA03DAV02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.FA03DAV02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

MgCa (GBRCD.FA03DAV02.MgCa): paleoData_uncertaintyAnalytical: '4.4' has been replaced by '4.2'

BCa (GBRCD.FA03DAV02.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '3.8'

BCa (GBRCD.FA03DAV02.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BCa (GBRCD.FA03DAV02.BCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BCa (GBRCD.FA03DAV02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.FA03DAV02.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

BaCa (GBRCD.FA03DAV02.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.FA03DAV02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BaCa (GBRCD.FA03DAV02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.FA03DAV02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.FA03DAV02.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.FA03DAV02.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.4'

MgCa (GBRCD.FA03DAV02.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.FA03DAV02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

MgCa (GBRCD.FA03DAV02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.FA03DAV02.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

Mn (GBRCD.FA03DAV02.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.FA03DAV02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

SrCa (GBRCD.FA03DAV02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.FA03DAV02.UCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

UCa (GBRCD.FA03DAV02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.FA03DAV02.BCa): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.FA03DAV02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.FA03DAV02.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.FA03DAV02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.FA03DAV02.Mn): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.FA03DAV02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.FA03DAV02.UCa): interpretation1_scope: '' has been replaced by 'climate'

Fallon, S.J., McCulloch, M.T. & Alibert, C. (2003), 'Examining water temperature proxies in Porites corals from the Great Barrier Reef: a cross-shelf comparison', Coral Reefs, 22 (4), 389-404, 10.1007/s00338-003-0322-5.

Examining water temperature proxies in Porites corals from the Great Barrier Reef: a cross-shelf comparison

Fallon, S.J. (2000), 'Environmental Records from Corals and Coralline Sponges', PhD Thesis, Australian National University, 10.25911/5d778a502c764.

Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Davies Reef. Reef located at -18.82, 147.64 from 'Reefs and shoals – Queensland' geodatabase. 6.8 m depth.

Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.

Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band (8-12 samples per annual band as per Saha et al. 2018b). JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.

BaCa (GBRCD.SA21RAT01.BaCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Ce (GBRCD.SA21RAT01.Ce): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Dy (GBRCD.SA21RAT01.Dy): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Er (GBRCD.SA21RAT01.Er): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Eu (GBRCD.SA21RAT01.Eu): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Gd (GBRCD.SA21RAT01.Gd): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Ho (GBRCD.SA21RAT01.Ho): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

La (GBRCD.SA21RAT01.La): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Lu (GBRCD.SA21RAT01.Lu): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

MnCa (GBRCD.SA21RAT01.MnCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Nd (GBRCD.SA21RAT01.Nd): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Pr (GBRCD.SA21RAT01.Pr): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Sm (GBRCD.SA21RAT01.Sm): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

SrCa (GBRCD.SA21RAT01.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Tb (GBRCD.SA21RAT01.Tb): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Tm (GBRCD.SA21RAT01.Tm): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Y (GBRCD.SA21RAT01.Y): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

YCa (GBRCD.SA21RAT01.YCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Yb (GBRCD.SA21RAT01.Yb): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

year (GBRCD.SA21RAT01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/7j44-s864'

pub1_doi: '10.1016/j.gca.2021.02.014.' has been replaced by '10.1016/j.gca.2021.02.014'

pub2_doi: '10.1016/j.chemgeo.2018.09.005.' has been replaced by '10.1016/j.chemgeo.2018.09.005'

pub1_altDataURL: '' has been replaced by 'https://ars.els-cdn.com/content/image/1-s2.0-S0016703721001095-mmc1.pdf'

geo_notes: '1.5 m below LAT' has been replaced by '1.5 m below lowest astronomical tide.'

BaCa (GBRCD.SA21RAT01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.SA21RAT01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.SA21RAT01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.SA21RAT01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.SA21RAT01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Dy (GBRCD.SA21RAT01.Dy): paleoData_isPrimary: '' has been replaced by 'FALSE'

Dy (GBRCD.SA21RAT01.Dy): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Er (GBRCD.SA21RAT01.Er): paleoData_isPrimary: '' has been replaced by 'FALSE'

Er (GBRCD.SA21RAT01.Er): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.SA21RAT01.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.SA21RAT01.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.SA21RAT01.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.SA21RAT01.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ho (GBRCD.SA21RAT01.Ho): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ho (GBRCD.SA21RAT01.Ho): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.SA21RAT01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.SA21RAT01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.SA21RAT01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.SA21RAT01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.SA21RAT01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.SA21RAT01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Nd (GBRCD.SA21RAT01.Nd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Nd (GBRCD.SA21RAT01.Nd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.SA21RAT01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.SA21RAT01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.SA21RAT01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.SA21RAT01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA21RAT01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA21RAT01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tb (GBRCD.SA21RAT01.Tb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tb (GBRCD.SA21RAT01.Tb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tm (GBRCD.SA21RAT01.Tm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tm (GBRCD.SA21RAT01.Tm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.SA21RAT01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.SA21RAT01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.SA21RAT01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.SA21RAT01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.SA21RAT01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.SA21RAT01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA21RAT01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA21RAT01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

pub2_altDataURL: '' has been replaced by 'https://ars.els-cdn.com/content/image/1-s2.0-S0009254118304455-mmc1.pdf'

BaCa (GBRCD.SA21RAT01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.SA21RAT01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.8'

BaCa (GBRCD.SA21RAT01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.SA21RAT01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

BaCa (GBRCD.SA21RAT01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ce (GBRCD.SA21RAT01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Ce (GBRCD.SA21RAT01.Ce): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Dy (GBRCD.SA21RAT01.Dy): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Dy (GBRCD.SA21RAT01.Dy): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Er (GBRCD.SA21RAT01.Er): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Er (GBRCD.SA21RAT01.Er): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Eu (GBRCD.SA21RAT01.Eu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Eu (GBRCD.SA21RAT01.Eu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Gd (GBRCD.SA21RAT01.Gd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Gd (GBRCD.SA21RAT01.Gd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ho (GBRCD.SA21RAT01.Ho): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Ho (GBRCD.SA21RAT01.Ho): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

La (GBRCD.SA21RAT01.La): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

La (GBRCD.SA21RAT01.La): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Lu (GBRCD.SA21RAT01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Lu (GBRCD.SA21RAT01.Lu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

MnCa (GBRCD.SA21RAT01.MnCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.5'

MnCa (GBRCD.SA21RAT01.MnCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MnCa (GBRCD.SA21RAT01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

MnCa (GBRCD.SA21RAT01.MnCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Nd (GBRCD.SA21RAT01.Nd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Nd (GBRCD.SA21RAT01.Nd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.SA21RAT01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Pr (GBRCD.SA21RAT01.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.SA21RAT01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Sm (GBRCD.SA21RAT01.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA21RAT01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA21RAT01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tb (GBRCD.SA21RAT01.Tb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Tb (GBRCD.SA21RAT01.Tb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tm (GBRCD.SA21RAT01.Tm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Tm (GBRCD.SA21RAT01.Tm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.SA21RAT01.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Y (GBRCD.SA21RAT01.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

YCa (GBRCD.SA21RAT01.YCa): paleoData_uncertaintyAnalytical: '' has been replaced by '1.4'

YCa (GBRCD.SA21RAT01.YCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

YCa (GBRCD.SA21RAT01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

YCa (GBRCD.SA21RAT01.YCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Yb (GBRCD.SA21RAT01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Yb (GBRCD.SA21RAT01.Yb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

BaCa (GBRCD.SA21RAT01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.SA21RAT01.Ce): interpretation1_scope: '' has been replaced by 'climate'

Dy (GBRCD.SA21RAT01.Dy): interpretation1_scope: '' has been replaced by 'climate'

Er (GBRCD.SA21RAT01.Er): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.SA21RAT01.Eu): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.SA21RAT01.Gd): interpretation1_scope: '' has been replaced by 'climate'

Ho (GBRCD.SA21RAT01.Ho): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.SA21RAT01.La): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.SA21RAT01.Lu): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.SA21RAT01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

Nd (GBRCD.SA21RAT01.Nd): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.SA21RAT01.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.SA21RAT01.Sm): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.SA21RAT01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Tb (GBRCD.SA21RAT01.Tb): interpretation1_scope: '' has been replaced by 'climate'

Tm (GBRCD.SA21RAT01.Tm): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.SA21RAT01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.SA21RAT01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.SA21RAT01.Yb): interpretation1_scope: '' has been replaced by 'climate'

Saha, N., Webb, G.E., Zhao, J.-X., Lewis, S.E., Duc Nguyen, A. & Feng, Y.

Saha, N., Webb, G.E., Zhao, J.-X., Lewis, S.E., Duc Nguyen, A. & Feng, Y. (2021), 'Spatiotemporal variation of rare earth elements from river to reef continuum aids monitoring of terrigenous sources in the Great Barrier Reef', Geochimica et Cosmochimica Acta, 299, 85-112, 10.1016/j.gca.2021.02.014.

Spatiotemporal variation of rare earth elements from river to reef continuum aids monitoring of terrigenous sources in the Great Barrier Reef

Saha, N., Webb, G.E., Zhao, J.-X., Leonard, N.D. & Nguyen, A.D. (2018), 'Influence of marine biochemical cycles on seasonal variation of Ba/Ca in the near-shore coral Cyphastrea, Rat Island, southern Great Barrier Reef', Chemical Geology, 499, 71-83, 10.1016/j.chemgeo.2018.09.005.

Influence of marine biochemical cycles on seasonal variation of Ba/Ca in the near-shore coral Cyphastrea, Rat Island, southern Great Barrier Reef

SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.

notes: 'PAN-98-2 B3 BaCa corrected against NIST 614 standard.' has been replaced by ''

BaCa (GBRCD.AL03PAN01_2.BaCa): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.'

Cd (GBRCD.AL03PAN01_2.Cd): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Distance (GBRCD.AL03PAN01_2.Distance): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Mn (GBRCD.AL03PAN01_2.Mn): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

P (GBRCD.AL03PAN01_2.P): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. BaCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

year (GBRCD.AL03PAN01_2.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'GPS coordinates offset from Pandora Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase. PAN-98-2 B3 BaCa corrected against NIST 614 standard.' has been replaced by 'PAN-98-2 B3 BaCa corrected against NIST 614 standard.'

BaCa (GBRCD.AL03PAN01_2.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.AL03PAN01_2.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.AL03PAN01_2.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.AL03PAN01_2.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.AL03PAN01_2.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.AL03PAN01_2.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AL03PAN01_2.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.AL03PAN01_2.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.AL03PAN01_2.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.AL03PAN01_2.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03PAN01_2.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03PAN01_2.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.AL03PAN01_2.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.AL03PAN01_2.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.AL03PAN01_2.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.AL03PAN01_2.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AL03PAN01_2.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AL03PAN01_2.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.AL03PAN01_2.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.AL03PAN01_2.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BaCa (GBRCD.AL03PAN01_2.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

BaCa (GBRCD.AL03PAN01_2.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.AL03PAN01_2.Cd): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Cd (GBRCD.AL03PAN01_2.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.AL03PAN01_2.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AL03PAN01_2.Distance): paleoData_units: '' has been replaced by 'millimetres'

Mn (GBRCD.AL03PAN01_2.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Mn (GBRCD.AL03PAN01_2.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.AL03PAN01_2.P): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

P (GBRCD.AL03PAN01_2.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.AL03PAN01_2.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.AL03PAN01_2.Cd): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.AL03PAN01_2.Distance): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.AL03PAN01_2.Mn): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.AL03PAN01_2.P): interpretation1_scope: '' has been replaced by 'climate'

Annual chronology determined between minima using x-rays and density versus distance measurements, and UV photos and luminescence versus distance.

Annual (October to September) Burdekin river flow reconstruction = -0.231 + exp ((0.437) + (4.324*coral)))

year (GBRCD.LO14NEL08.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/brfb-ry52'

geo_notes: 'Distance from surface 2.9 m' has been replaced by 'Latitude and longitude for core from AIMS' coral core database. Distance from surface 2.9 m.'

LuminRange (GBRCD.LO14NEL08.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO14NEL08.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL08.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL08.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL08.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO14NEL08.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO14NEL08.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Lough, J.M., Llewellyn, L.E., Lewis, S.E., Turney, C.S.M., Palmer, J.G., Cook, C.G. & Hogg, A.G.

Lough, J.M., Llewellyn, L.E., Lewis, S.E., Turney, C.S.M., Palmer, J.G., Cook, C.G. & Hogg, A.G. (2014), 'Evidence for suppressed mid-Holocene northeastern Australian monsoon variability from coral luminescence', Paleoceanography, 29 (6), 581-594, 10.1002/2014pa002630.

Evidence for suppressed mid-Holocene northeastern Australian monsoon variability from coral luminescence

Latitude and longitude for core from AIMS' coral core database. Distance from surface 2.9 m.

U-Th. SrCa peaks & troughs matched with bimonthly mean climatology of Heron Reef SST minima and maxima; re-created for archiving based on published data.

5216 ± 41 ka; date of separate core section centimetres below selected R9C sample was used as publication reference date. Assumed 2-3 years between dated section and oldest section of record. Date of U-Th dating not supplied and no conversion to standard reference period. Year analysed determined from Radiogenic Isotope Facility records. Additonal information in GBRCD Appendices.

Slabs were pre-treated with 15% hydrogen peroxide for 48 hr. Approx. 1 mm resolution subsampling along pre-drilled trench using a 1 mm drill bit.

Standard SrCa-SST calibration and also also in form of SST-SrCa. SST = -15.3668 (±0.234) * SrCa + 163.9214 (±2.124) where SrCa is in mmol/mol and SST is degrees Celsius.

5216 ± 41 ka; date of separate core section centimetres below selected R9C sample was used as publication reference date. Assumed 2-3 years between dated section and oldest section of record. Date of U-Th dating not supplied and no conversion to standard reference period. Year analysed determined from Radiogenic Isotope Facility records. Additional information in GBRCD publication appendices.

Standard SrCa-SST calibration and also in the form of SST-SrCa. SST = -15.3668 (±0.234) * SrCa + 163.9214 (±2.124) where SrCa is in mmol/mol and SST is degrees Celsius.

SrCa (GBRCD.SA16HER05b.SrCa): paleoData_gbrDatingNotes: '5216 ± 41 ka; date of separate core section centimetres below selected R9C sample was used as publication reference date. Assumed 2-3 years between dated section and oldest section of record. Date of U-Th dating not supplied and no conversion to standard reference period. Year analysed determined from Radiogenic Isotope Facility records. Additonal information in GBRCD Appendices.' has been replaced by '5216 ± 41 ka; date of separate core section centimetres below selected R9C sample was used as publication reference date. Assumed 2-3 years between dated section and oldest section of record. Date of U-Th dating not supplied and no conversion to standard reference period. Year analysed determined from Radiogenic Isotope Facility records. Additional information in GBRCD publication appendices.'

SrCa (GBRCD.SA16HER05b.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

SrCa (GBRCD.SA16HER05b.SrCa): paleoData_uncertaintyAnalytical: '0.0154' has been replaced by '0.359'

year (GBRCD.SA16HER05b.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER05b.SrCa): calibration_notes: 'Standard SrCa-SST calibration and also also in form of SST-SrCa. SST = -15.3668 (±0.234) * SrCa + 163.9214 (±2.124) where SrCa is in mmol/mol and SST is degrees Celsius.' has been replaced by 'Standard SrCa-SST calibration and also in the form of SST-SrCa. SST = -15.3668 (±0.234) * SrCa + 163.9214 (±2.124) where SrCa is in mmol/mol and SST is degrees Celsius.'

notes: 'Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.' has been replaced by 'Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/zjzp-ba88'

geo_notes: 'Fossil. 13.3-13.7 m recovery depth. Approx 14m below present-day sea level.' has been replaced by 'Fossil. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. 13.3-13.7 m recovery depth. Approx 14 m below present-day sea level.'

SrCa (GBRCD.SA16HER05b.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER05b.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER05b.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER05b.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER05b.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA16HER05b.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA16HER05b.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.

Sadler, J., Webb, G.E., Leonard, N.D., Nothdurft, L.D. & Clark, T.R.

Sadler, J., Webb, G.E., Leonard, N.D., Nothdurft, L.D. & Clark, T.R. (2016), 'Reef core insights into mid-Holocene water temperatures of the southern Great Barrier Reef', Paleoceanography, 31 (10), 1395-1408, 10.1002/2016pa00294.

Reef core insights into mid-Holocene water temperatures of the southern Great Barrier Reef

Fossil. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. 13.3-13.7 m recovery depth. Approx 14 m below present-day sea level.

Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.

Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. LiCa calculated from LiMg and MgCa. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.

BCa (GBRCD.MC17DAV01.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.MC17DAV01.BCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

BCa (GBRCD.MC17DAV01.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.01179'

BCa (GBRCD.MC17DAV01.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'mmol/mol'

BMg (GBRCD.MC17DAV01.BMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BMg (GBRCD.MC17DAV01.BMg): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

BMg (GBRCD.MC17DAV01.BMg): paleoData_uncertaintyAnalytical: '3.651' has been replaced by ''

BMg (GBRCD.MC17DAV01.BMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by ''

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.000242'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'mmol/mol'

LiCa (GBRCD.MC17DAV01.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.MC17DAV01.LiCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. LiCa calculated from LiMg and MgCa. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. LiCa calculated from LiMg and MgCa. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_uncertaintyAnalytical: '3.649' has been replaced by '0.0325'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by 'mmol/mol'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_uncertaintyAnalytical: '0.83' has been replaced by '0.024'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by 'mmol/mol'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_uncertaintyAnalytical: '0.636' has been replaced by '0.0194'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by 'mmol/mol'

UB (GBRCD.MC17DAV01.UB): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UB (GBRCD.MC17DAV01.UB): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

UCa (GBRCD.MC17DAV01.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.MC17DAV01.UCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

UCa (GBRCD.MC17DAV01.UCa): paleoData_uncertaintyAnalytical: '1.341' has been replaced by '9.2e-06'

UCa (GBRCD.MC17DAV01.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by 'mmol/mol'

USr (GBRCD.MC17DAV01.USr): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

USr (GBRCD.MC17DAV01.USr): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

d11B (GBRCD.MC17DAV01.d11B): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

d11B (GBRCD.MC17DAV01.d11B): paleoData_uncertaintyAnalytical: '0.34' has been replaced by '0.17'

d11B (GBRCD.MC17DAV01.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

d11B_pHcf_pres (GBRCD.MC17DAV01.d11B_pHcf_pres): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported for JCp-1 from Thompson et al. (2022) and assumes published uncertainty is 1 standard deviation.'

year (GBRCD.MC17DAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Coral record from McCulloch et al. (2017) can be matched by UWA lab number with record archived for Thompson et al. (2022). Coral core ID matches data from D'Olivo et al. (2018) but records do not match for any trace element values; it is possibly an interpolated version of this record.' has been replaced by 'Coral record from McCulloch et al. (2017) can be matched by UWA lab number with record archived for Thompson et al. (2022). Coral core ID matches data from D'Olivo et al. (2018) but records do not match for any trace element values; DO18DAV02 is possibly an interpolated version of this record.'

BCa (GBRCD.MC17DAV01.BCa): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

BMg (GBRCD.MC17DAV01.BMg): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_description: 'Barium/Calcium 

LiCa (GBRCD.MC17DAV01.LiCa): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

UB (GBRCD.MC17DAV01.UB): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

UB (GBRCD.MC17DAV01.UB): paleoData_description: 'Uranium/Boron 

UCa (GBRCD.MC17DAV01.UCa): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

USr (GBRCD.MC17DAV01.USr): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

USr (GBRCD.MC17DAV01.USr): paleoData_description: 'Uranium/Strontium 

d11B (GBRCD.MC17DAV01.d11B): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

d11B_pHcf_pres (GBRCD.MC17DAV01.d11B_pHcf_pres): paleoData_core: 'Davies13-2; DAV13-2' has been replaced by 'Davies 13-2; D-2'

BCa (GBRCD.MC17DAV01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.MC17DAV01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BMg (GBRCD.MC17DAV01.BMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

BMg (GBRCD.MC17DAV01.BMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.MC17DAV01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.MC17DAV01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UB (GBRCD.MC17DAV01.UB): paleoData_isPrimary: '' has been replaced by 'FALSE'

UB (GBRCD.MC17DAV01.UB): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.MC17DAV01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.MC17DAV01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

USr (GBRCD.MC17DAV01.USr): paleoData_isPrimary: '' has been replaced by 'FALSE'

USr (GBRCD.MC17DAV01.USr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B (GBRCD.MC17DAV01.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.MC17DAV01.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B_pHcf_pres (GBRCD.MC17DAV01.d11B_pHcf_pres): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B_pHcf_pres (GBRCD.MC17DAV01.d11B_pHcf_pres): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.MC17DAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.MC17DAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

UB (GBRCD.MC17DAV01.UB): paleoData_description: 'Uranium/Boron' has been replaced by 'Uranium/Boron 

USr (GBRCD.MC17DAV01.USr): paleoData_description: 'Uranium/Strontium' has been replaced by 'Uranium/Strontium 

BCa (GBRCD.MC17DAV01.BCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

BCa (GBRCD.MC17DAV01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.MC17DAV01.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BMg (GBRCD.MC17DAV01.BMg): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

BMg (GBRCD.MC17DAV01.BMg): paleoData_uncertaintyAnalytical: '' has been replaced by '3.651'

BMg (GBRCD.MC17DAV01.BMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

BMg (GBRCD.MC17DAV01.BMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BMg (GBRCD.MC17DAV01.BMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BaCa (GBRCD.MC17DAV01.BaCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.MC17DAV01.LiCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. LiCa calculated from LiMg and MgCa. Analytical uncertainty reported from Thompson et al. (2022).'

LiCa (GBRCD.MC17DAV01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.MC17DAV01.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '3.649'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.MC17DAV01.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.83'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.MC17DAV01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by '2s %'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.MC17DAV01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UB (GBRCD.MC17DAV01.UB): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

UB (GBRCD.MC17DAV01.UB): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UB (GBRCD.MC17DAV01.UB): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.MC17DAV01.UCa): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

UCa (GBRCD.MC17DAV01.UCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by '2s %'

UCa (GBRCD.MC17DAV01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.MC17DAV01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

USr (GBRCD.MC17DAV01.USr): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

USr (GBRCD.MC17DAV01.USr): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

USr (GBRCD.MC17DAV01.USr): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

d11B (GBRCD.MC17DAV01.d11B): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

d11B (GBRCD.MC17DAV01.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.34'

d11B (GBRCD.MC17DAV01.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.MC17DAV01.d11B): paleoData_measurementInstrument: '' has been replaced by 'NU Plasma II'

d11B (GBRCD.MC17DAV01.d11B): paleoData_measurementMethod: '' has been replaced by 'MC-ICP-MS'

d11B_pHcf_pres (GBRCD.MC17DAV01.d11B_pHcf_pres): paleoData_notes: 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard.' has been replaced by 'Milled at continuous 2 mm increments in 5 mm-wide transects for bimonthly or better resolution. d11B isotopic ratio relative to NIST SRM 951 boric acid standard. Analytical uncertainty reported from Thompson et al. (2022).'

BCa (GBRCD.MC17DAV01.BCa): interpretation1_scope: '' has been replaced by 'climate'

BMg (GBRCD.MC17DAV01.BMg): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.MC17DAV01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.MC17DAV01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.MC17DAV01.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.MC17DAV01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.MC17DAV01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UB (GBRCD.MC17DAV01.UB): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.MC17DAV01.UCa): interpretation1_scope: '' has been replaced by 'climate'

USr (GBRCD.MC17DAV01.USr): interpretation1_scope: '' has been replaced by 'climate'

d11B (GBRCD.MC17DAV01.d11B): interpretation1_scope: '' has been replaced by 'climate'

d11B_pHcf_pres (GBRCD.MC17DAV01.d11B_pHcf_pres): interpretation1_scope: '' has been replaced by 'climate'

Coral record from McCulloch et al. (2017) can be matched by UWA lab number with record archived for Thompson et al. (2022). Coral core ID matches data from D'Olivo et al. (2018) but records do not match for any trace element values; DO18DAV02 is possibly an interpolated version of this record.

year (GBRCD.LO11CID01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002052' has been replaced by '10.1029/2010pa002050'

LuminRange (GBRCD.LO11CID01.LuminRange): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11CID01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11CID01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11CID01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11CID01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11CID01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11CID01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11CID01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

De'ath et al. (2009); Lewis et al. (2012); Lough (2007); Lough and Barnes (1997)

MgCa (GBRCD.DE14ARL02.MgCa): paleoData_measurementInstrument: 'Varian Vista Pro inductively coupled plasma atomic emission spectrometer' has been replaced by 'Varian Vista Pro ICP-AES'

MgCa (GBRCD.DE14ARL02.MgCa): paleoData_notes: 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. In house standard reproducibility: MgCa = 0.3%.'

SrCa (GBRCD.DE14ARL02.SrCa): paleoData_measurementInstrument: 'Varian Vista Pro inductively coupled plasma atomic emission spectrometer' has been replaced by 'Varian Vista Pro ICP-AES'

SrCa (GBRCD.DE14ARL02.SrCa): paleoData_notes: 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. In house standard reproducibility: SrCa = 0.16%.'

d13C (GBRCD.DE14ARL02.d13C): paleoData_measurementInstrument: 'GV Isoprime II stable isotope ratio mass spectrometer with Multiprep carbonate device' has been replaced by 'GV Isoprime II stable IRMS with Multiprep carbonate device'

d13C (GBRCD.DE14ARL02.d13C): paleoData_notes: 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. NBS-19 standard reproducibility: d13C = 0.05 permil.'

d18O (GBRCD.DE14ARL02.d18O): paleoData_measurementInstrument: 'GV Isoprime II stable isotope ratio mass spectrometer with Multiprep carbonate device' has been replaced by 'GV Isoprime II stable IRMS with Multiprep carbonate device'

d18O (GBRCD.DE14ARL02.d18O): paleoData_notes: 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Ultrasonically cleaned and oven dried. Annual intervals from sampling grooves. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. NBS-19 standard reproducibility: d18O = 0.08 permil.'

year (GBRCD.DE14ARL02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '' has been replaced by 'Latitude and longitude for coral from Xiao et al. (2020). Water depth of approx. 4 m.'

Extn (GBRCD.DE14ARL02.Extn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Extn (GBRCD.DE14ARL02.Extn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DE14ARL02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DE14ARL02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DE14ARL02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DE14ARL02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.DE14ARL02.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.DE14ARL02.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.DE14ARL02.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.DE14ARL02.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18Osw (GBRCD.DE14ARL02.d18Osw): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18Osw (GBRCD.DE14ARL02.d18Osw): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DE14ARL02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DE14ARL02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d18Osw (GBRCD.DE14ARL02.d18Osw): paleoData_description: 'δ18O of seawater calculated from paired δ18O and Sr/Ca' has been replaced by 'δ18O of seawater calculated from paired δ18O and Sr/Ca.'

MgCa (GBRCD.DE14ARL02.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.3'

MgCa (GBRCD.DE14ARL02.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.DE14ARL02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Pro inductively coupled plasma atomic emission spectrometer'

MgCa (GBRCD.DE14ARL02.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.DE14ARL02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Pro inductively coupled plasma atomic emission spectrometer'

SrCa (GBRCD.DE14ARL02.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d13C (GBRCD.DE14ARL02.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.05'

d13C (GBRCD.DE14ARL02.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.DE14ARL02.d13C): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II stable isotope ratio mass spectrometer with Multiprep carbonate device'

d13C (GBRCD.DE14ARL02.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.DE14ARL02.d18O): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II stable isotope ratio mass spectrometer with Multiprep carbonate device'

d18O (GBRCD.DE14ARL02.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

Extn (GBRCD.DE14ARL02.Extn): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DE14ARL02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DE14ARL02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.DE14ARL02.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.DE14ARL02.d18O): interpretation1_scope: '' has been replaced by 'climate'

d18Osw (GBRCD.DE14ARL02.d18Osw): interpretation1_scope: '' has been replaced by 'climate'

Wang, Z., Li, J., Wei, G., Deng, W., Chen, X., Zeng, T., Wang, X., Ma, J., Zhang, L., Tu, X., Wang, Q. & McCulloch, M.

Wang, Z., Li, J., Wei, G., Deng, W., Chen, X., Zeng, T., Wang, X., Ma, J., Zhang, L., Tu, X., Wang, Q. & McCulloch, M. (2019), 'Biologically controlled Mo isotope fractionation in coral reef systems', Geochimica et Cosmochimica Acta, 262, 128-142, 10.1016/j.gca.2019.07.037.

Biologically controlled Mo isotope fractionation in coral reef systems

Latitude and longitude for coral from Xiao et al. (2020). Water depth of approx. 4 m.

Bulk sampled. Bands were cut on the leading edge of the high-density bands. Total uncertainties for D14C measured by gas counting is 2.5 - 3 permil.

D14C (GBRCD.DR99ABR02.D14C): paleoData_notes: 'Bulk sampled. Bands were cut on the leading edge of the high-density bands.' has been replaced by 'Bulk sampled. Bands were cut on the leading edge of the high-density bands. Total uncertainties for D14C measured by gas counting is 2.5 - 3 permil.'

D14C (GBRCD.DR99ABR02.D14C): paleoData_uncertaintyAnalytical: '3' has been replaced by ''

D14C (GBRCD.DR99ABR02.D14C): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

year (GBRCD.DR99ABR02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Core take from same coral as Abraham-1. Published longitude places core east of GBR and so has been updated based on AIMS coral database. Original latitude and longitude was -22.1, 153.' has been replaced by 'Core take from same coral as Abraham-1.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/h4cj-x411'

geo_notes: '10 m depth' has been replaced by 'Published longitude places core east of GBR and so has been updated based on AIMS' coral core database. Original latitude and longitude was -22.1, 153. Elevation -10 m.'

D14C (GBRCD.DR99ABR02.D14C): paleoData_isPrimary: '' has been replaced by 'FALSE'

D14C (GBRCD.DR99ABR02.D14C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DR99ABR02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DR99ABR02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

D14C (GBRCD.DR99ABR02.D14C): paleoData_description: 'δ14C (14C/12C) deviation from a standard and corrected for δ13C' has been replaced by 'δ14C (14C/12C) deviation from a standard and corrected for δ13C.'

D14C (GBRCD.DR99ABR02.D14C): paleoData_measurementInstrument: '' has been replaced by 'Gas proportional beta counters'

D14C (GBRCD.DR99ABR02.D14C): paleoData_measurementMethod: '' has been replaced by 'GC'

D14C (GBRCD.DR99ABR02.D14C): paleoData_uncertaintyAnalytical: '' has been replaced by '3'

D14C (GBRCD.DR99ABR02.D14C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

D14C (GBRCD.DR99ABR02.D14C): interpretation1_scope: '' has been replaced by 'climate'

Druffel, E.R.M. & Griffin, S. (1999), 'Variability of surface ocean radiocarbon and stable isotopes in the southwestern Pacific', Journal of Geophysical Research: Oceans, 104 (C10), 23607-23613, 10.1029/1999JC900212.

Variability of surface ocean radiocarbon and stable isotopes in the southwestern Pacific

Druffel, E.R.M. and Griffin, S. (1993), 'Large variations of surface ocean radiocarbon: evidence of circulation changes in the southwestern Pacific', Journal of Geophysical Research, 98 (C11), 20246-20259, 10.1029/93JC02113.

Large variations of surface ocean radiocarbon: evidence of circulation changes in the southwestern Pacific

Published longitude places core east of GBR and so has been updated based on AIMS' coral core database. Original latitude and longitude was -22.1, 153. Elevation -10 m.

Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. Ledge sampled every 0.25 mm. SrCa reproducibility of seawater with ID-TIMS was better than 0.15%.

year (GBRCD.AL03PAN01_1.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'GPS coordinates offset from Pandora Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by ''

Distance (GBRCD.AL03PAN01_1.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03PAN01_1.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.AL03PAN01_1.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.AL03PAN01_1.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AL03PAN01_1.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AL03PAN01_1.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.AL03PAN01_1.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Distance (GBRCD.AL03PAN01_1.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AL03PAN01_1.Distance): paleoData_units: '' has been replaced by 'millimetres'

SrCa (GBRCD.AL03PAN01_1.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 261'

SrCa (GBRCD.AL03PAN01_1.SrCa): paleoData_measurementMethod: '' has been replaced by 'TIMS'

Distance (GBRCD.AL03PAN01_1.Distance): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.AL03PAN01_1.SrCa): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.FA03DAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '3.1 m depth' has been replaced by 'Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Davies Reef. Reef located at -18.82, 147.64 from 'Reefs and shoals – Queensland' geodatabase. 3.1 m depth.'

BaCa (GBRCD.FA03DAV01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.FA03DAV01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.FA03DAV01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03DAV01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03DAV01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03DAV01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03DAV01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03DAV01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03DAV01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03DAV01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03DAV01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03DAV01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03DAV01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03DAV01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03DAV01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.FA03DAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.FA03DAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.FA03DAV01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.FA03DAV01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

MgCa (GBRCD.FA03DAV01.MgCa): paleoData_uncertaintyAnalytical: '4.3' has been replaced by '4.2'

BCa (GBRCD.FA03DAV01.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '3.8'

BCa (GBRCD.FA03DAV01.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BCa (GBRCD.FA03DAV01.BCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BCa (GBRCD.FA03DAV01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.FA03DAV01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

BaCa (GBRCD.FA03DAV01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.FA03DAV01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BaCa (GBRCD.FA03DAV01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.FA03DAV01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.FA03DAV01.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.FA03DAV01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.3'

MgCa (GBRCD.FA03DAV01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.FA03DAV01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

MgCa (GBRCD.FA03DAV01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.FA03DAV01.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

Mn (GBRCD.FA03DAV01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.FA03DAV01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

SrCa (GBRCD.FA03DAV01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.FA03DAV01.UCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

UCa (GBRCD.FA03DAV01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.FA03DAV01.BCa): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.FA03DAV01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.FA03DAV01.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.FA03DAV01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.FA03DAV01.Mn): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.FA03DAV01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.FA03DAV01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Davies Reef. Reef located at -18.82, 147.64 from 'Reefs and shoals – Queensland' geodatabase. 3.1 m depth.

Time series created with a 'recursive-diminishing window smoothing algorithm that identified a seasonal low value for each year' that equated to the winter dry season and this was checked against reference photographs of fluorescent bands. 12 data points interpolated between identified low points were totalled to produce an annual value.

Emitted fluorescence was recorded at 0.452 mm intervals with a 2 mm diameter beam. Diagenesis check information from Hendy et al. (2007).

Havannah and Pandora fluorescence series composite. Exponential equation for reconstruction of Burdekin Flow superseded by subsequent calibrations due to dating errors

Standardised annual fluorescence/luminescence calculated by interpolating and summing 12 values between annual minimum (winter) luminescence values.

Emitted fluorescence was recorded at 0.452 mm intervals with a 2 mm diameter beam. Standardised (with respect to long-term mean & SD) fluorescence index 1737-1980.

notes: 'Standardised (with respect to long-term mean & SD) fluorescence index 1737-1980.' has been replaced by ''

LuminSF (GBRCD.IS98PAN01.LuminSF): paleoData_measurementMaterialScreening: 'Yes; SEM' has been replaced by 'No'

LuminSF (GBRCD.IS98PAN01.LuminSF): paleoData_notes: 'Emitted fluorescence was recorded at 0.452 mm intervals with a 2 mm diameter beam. Diagenesis check information from Hendy et al. (2007).' has been replaced by 'Emitted fluorescence was recorded at 0.452 mm intervals with a 2 mm diameter beam. Standardised (with respect to long-term mean & SD) fluorescence index 1737-1980.'

year (GBRCD.IS98PAN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Standardised (with respect to long-term mean & SD) fluorescence index 1737-1980. Latitude and latitude supplied in publication do not match described location and so was updated based on the AIMS coral database.' has been replaced by 'Standardised (with respect to long-term mean & SD) fluorescence index 1737-1980.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/3qe0-vw13'

pub1_doi: 'Isdale, P.J., Stewart, B.J., Tickle, K.S. & Lough, J.M. (1998), 'Palaeohydrological variation in a tropical river catchment: a reconstruction using fluorescent bands in corals of the Great Barrier Reef, Australia', The Holocene, 8, no. 1, 1-8, 10.1191/095968398670905088' has been replaced by '10.1191/095968398670905088'

geo_notes: '' has been replaced by 'Latitude and latitude supplied in publication do not match described location and so was updated based on the AIMS' coral core database.'

LuminSF (GBRCD.IS98PAN01.LuminSF): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminSF (GBRCD.IS98PAN01.LuminSF): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.IS98PAN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.IS98PAN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminSF (GBRCD.IS98PAN01.LuminSF): paleoData_measurementInstrument: '' has been replaced by 'Fluoromicrodensitometer (FLUORAC).'

LuminSF (GBRCD.IS98PAN01.LuminSF): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminSF (GBRCD.IS98PAN01.LuminSF): interpretation1_scope: '' has been replaced by 'climate'

Hendy et al. (2002); Hendy et al. (2003a); Hendy et al. (2003b); Hendy et al. (2007); Hendy et al. (2012)

Isdale, P.J., Stewart, B.J., Tickle, K.S. & Lough, J.M. (1998), 'Palaeohydrological variation in a tropical river catchment: a reconstruction using fluorescent bands in corals of the Great Barrier Reef, Australia', The Holocene, 8 (1), 1-8, 10.1191/095968398670905088.

Palaeohydrological variation in a tropical river catchment: a reconstruction using fluorescent bands in corals of the Great Barrier Reef, Australia

Latitude and latitude supplied in publication do not match described location and so was updated based on the AIMS' coral core database.

Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.

Pre-treated with sodium hypochlorite for 24 hr to remove organics and subsequently ultrasonically rinsed and oven dried. RGB intensities acquired using Line Scan Software Version 1.6 (Avaatech).

Luminescence calculated from spectral green/blue ratio measured by spectral luminescence scanning.

year (GBRCD.RO14SQR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/yk7y-rm74'

pub1_doi: '10.1371/journal.pone.0084305.' has been replaced by '10.1371/journal.pone.0084305'

pub2_doi: '10.1007/978-94-017-9849-5_23.' has been replaced by '10.1007/978-94-017-9849-5_23'

LuminGB (GBRCD.RO14SQR01.LuminGB): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminGB (GBRCD.RO14SQR01.LuminGB): paleoData_jcpUsed: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14SQR01.LuminGB): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14SQR01.LuminGB): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RO14SQR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RO14SQR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14SQR01.LuminGB): paleoData_measurementInstrument: '' has been replaced by 'Avaatech core-scanner with Line-scan Camera'

LuminGB (GBRCD.RO14SQR01.LuminGB): paleoData_measurementMethod: '' has been replaced by 'SLS'

LuminGB (GBRCD.RO14SQR01.LuminGB): interpretation1_scope: '' has been replaced by 'climate'

Published record uses standardised values based on the 1982-2010 period.

Rodriguez-Ramirez, A., Grove, C.A., Zinke, J., Pandolfi, J.M. & Zhao, J.-x.

Rodriguez-Ramirez, A., Grove, C.A., Zinke, J., Pandolfi, J.M. & Zhao, J.-x. (2014), 'Coral Luminescence Identifies the Pacific Decadal Oscillation as a Primary Driver of River Runoff Variability Impacting the Southern Great Barrier Reef', PLOS ONE, 9 (1), e84305, 10.1371/journal.pone.0084305.

Coral Luminescence Identifies the Pacific Decadal Oscillation as a Primary Driver of River Runoff Variability Impacting the Southern Great Barrier Reef

Grove, C.A., Rodriguez-Ramirez, A., Merschel, G., Tjallingii, R., Zinke, J., Macia, A. & Brummer, G.-J.A.

Grove, C.A., Rodriguez-Ramirez, A., Merschel, G., Tjallingii, R., Zinke, J., Macia, A. & Brummer, G.-J.A. (2015), 'UV-Spectral Luminescence Scanning: Technical Updates and Calibration Developments', in Croudace, I.W. & Rothwell, R.G. (eds), Micro-XRF Studies of Sediment Cores: Applications of a non-destructive tool for the environmental sciences, Springer Netherlands, Dordrecht, 563-581, 10.1007/978-94-017-9849-5_23.

Micro-XRF Studies of Sediment Cores: Applications of a non-destructive tool for the environmental sciences

UV-Spectral Luminescence Scanning: Technical Updates and Calibration Developments

Max 23.37 mm/year; min 4.83 mm/year; average 14.2 mm/year; calculated from density bands

5-10 mg was drilled from each annual high and low density band with a hand held drill. Isotope values calibrated to Vienna Peedee Belemnite and NBS-19 carbonate standard. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).

5-10 mg was drilled from each annual high and low density band with a hand held drill. Isotope values calibrated to Vienna Peedee Belemnite and NBS-19 carbonate standard.

Thermo GasBench II coupled to a Thermo Delta V plus mass spectrometer

5-10 mg was drilled from each annual high and low density band with a hand held drill. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).

Calcn (GBRCD.ER16MAG01.Calcn): paleoData_notes: '5-10 mg was drilled from each annual high and low density band with a hand held drill. Isotope values calibrated to Vienna Peedee Belemnite and NBS-19 carbonate standard. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).' has been replaced by '5-10 mg was drilled from each annual high and low density band with a hand held drill. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).'

Density (GBRCD.ER16MAG01.Density): paleoData_measurementInstrument: '' has been replaced by 'AIMS densitometer'

Density (GBRCD.ER16MAG01.Density): paleoData_measurementMethod: '' has been replaced by 'Gamma ray densitometry'

Density (GBRCD.ER16MAG01.Density): paleoData_notes: '5-10 mg was drilled from each annual high and low density band with a hand held drill. Isotope values calibrated to Vienna Peedee Belemnite and NBS-19 carbonate standard. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).' has been replaced by '5-10 mg was drilled from each annual high and low density band with a hand held drill. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).'

Extn (GBRCD.ER16MAG01.Extn): paleoData_notes: '5-10 mg was drilled from each annual high and low density band with a hand held drill. Isotope values calibrated to Vienna Peedee Belemnite and NBS-19 carbonate standard. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).' has been replaced by '5-10 mg was drilled from each annual high and low density band with a hand held drill. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).'

d15N (GBRCD.ER16MAG01.d15N): paleoData_measurementInstrument: 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer' has been replaced by 'Thermo Delta V Plus IRMS'

d15N (GBRCD.ER16MAG01.d15N): paleoData_notes: '5-10 mg was drilled from each annual high and low density band with a hand held drill. Isotope values calibrated to Vienna Peedee Belemnite and NBS-19 carbonate standard. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).' has been replaced by '5-10 mg was drilled from each annual high and low density band with a hand held drill. Isotope values calibrated to Vienna Peedee Belemnite and NBS-19 carbonate standard.'

d15N (GBRCD.ER16MAG01.d15N): paleoData_uncertaintyAnalytical: '0.2' has been replaced by ''

d15N (GBRCD.ER16MAG01.d15N): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

d18O (GBRCD.ER16MAG01.d18O): paleoData_notes: '5-10 mg was drilled from each annual high and low density band with a hand held drill. Isotope values calibrated to Vienna Peedee Belemnite and NBS-19 carbonate standard. Density, Extn & Calcn measured by AIMS densitometer as per De'ath et al. (2009).' has been replaced by '5-10 mg was drilled from each annual high and low density band with a hand held drill. Isotope values calibrated to Vienna Peedee Belemnite and NBS-19 carbonate standard.'

year (GBRCD.ER16MAG01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Note the replicate d18O samples. Coral growth characteristics (Density, Extn & Calcn) measured 1986 to 1815. d15N measured 1987 to 1820 & d18O measured 1987 to 1828. GPS coordinates plot the core on Magnetic Island. Thought to be the same coral head later sampled by AIMS as GFB31. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.' has been replaced by 'Note the replicate d18O samples. Coral growth characteristics (Density, Extn & Calcn) measured 1815-1986. d15N measured 1820-1987 & d18O measured 1828-1987. Thought to be the same coral head later sampled by AIMS as GFB31.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/1dcs-8065'

geo_notes: '3-5 m depth' has been replaced by 'Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.'

Calcn (GBRCD.ER16MAG01.Calcn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Density (GBRCD.ER16MAG01.Density): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Extn (GBRCD.ER16MAG01.Extn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d15N (GBRCD.ER16MAG01.d15N): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d18O (GBRCD.ER16MAG01.d18O): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Calcn (GBRCD.ER16MAG01.Calcn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Calcn (GBRCD.ER16MAG01.Calcn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Density (GBRCD.ER16MAG01.Density): paleoData_isPrimary: '' has been replaced by 'FALSE'

Density (GBRCD.ER16MAG01.Density): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Extn (GBRCD.ER16MAG01.Extn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Extn (GBRCD.ER16MAG01.Extn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d15N (GBRCD.ER16MAG01.d15N): paleoData_isPrimary: '' has been replaced by 'FALSE'

d15N (GBRCD.ER16MAG01.d15N): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.ER16MAG01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.ER16MAG01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.ER16MAG01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.ER16MAG01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d15N (GBRCD.ER16MAG01.d15N): paleoData_description: '15N/14N
δ15N of skeleton bound organic matter.' has been replaced by '15N/14N 
 δ15N of skeleton bound organic matter.'

Calcn (GBRCD.ER16MAG01.Calcn): paleoData_units: 'grams/ centimetre/year' has been replaced by 'grams/centimetre/year'

Density (GBRCD.ER16MAG01.Density): paleoData_units: 'grams per centimetre' has been replaced by 'grams/centimetre'

d15N (GBRCD.ER16MAG01.d15N): paleoData_uncertaintyAnalytical: '' has been replaced by '0.2'

d15N (GBRCD.ER16MAG01.d15N): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d15N (GBRCD.ER16MAG01.d15N): paleoData_measurementInstrument: '' has been replaced by 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer'

d15N (GBRCD.ER16MAG01.d15N): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.ER16MAG01.d18O): paleoData_measurementInstrument: '' has been replaced by 'Thermo GasBench II coupled to a Thermo Delta V plus mass spectrometer'

d18O (GBRCD.ER16MAG01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

pub1_author: 'Erler, D.V., Wang, X.T., Sigman, D.M., Scheffers, S.R., Martínez-García, A. & Haug, G.H.' has been replaced by 'Erler, D.V., Wang, X.T., Sigman, D.M., Scheffers, S.R., Martinez-Garcia, A. & Haug, G.H.'

pub1_citation: 'Erler, D.V., Wang, X.T., Sigman, D.M., Scheffers, S.R., Martínez-García, A. & Haug, G.H. (2016), 'Nitrogen isotopic composition of organic matter from a 168 year-old coral skeleton: Implications for coastal nutrient cycling in the Great Barrier Reef Lagoon', Earth and Planetary Science Letters, 434, 161-170, 10.1016/j.epsl.2015.11.023.' has been replaced by 'Erler, D.V., Wang, X.T., Sigman, D.M., Scheffers, S.R., Martinez-Garcia, A. & Haug, G.H. (2016), 'Nitrogen isotopic composition of organic matter from a 168 year-old coral skeleton: Implications for coastal nutrient cycling in the Great Barrier Reef Lagoon', Earth and Planetary Science Letters, 434, 161-170, 10.1016/j.epsl.2015.11.023.'

Calcn (GBRCD.ER16MAG01.Calcn): interpretation1_scope: '' has been replaced by 'climate'

Density (GBRCD.ER16MAG01.Density): interpretation1_scope: '' has been replaced by 'climate'

Extn (GBRCD.ER16MAG01.Extn): interpretation1_scope: '' has been replaced by 'climate'

d15N (GBRCD.ER16MAG01.d15N): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.ER16MAG01.d18O): interpretation1_scope: '' has been replaced by 'climate'

Barnes and Lough (1992); D'Olivo and McCulloch (2022); De'ath et al. (2009); Lewis (2005); Lewis et al. (2007); Lough (2007); Lough (2011a); Lough (2011b); Lough and Barnes (1997)

Note the replicate d18O samples. Coral growth characteristics (Density, Extn & Calcn) measured 1815-1986. d15N measured 1820-1987 & d18O measured 1828-1987. Thought to be the same coral head later sampled by AIMS as GFB31.

Erler, D.V., Wang, X.T., Sigman, D.M., Scheffers, S.R., Martinez-Garcia, A. & Haug, G.H.

Erler, D.V., Wang, X.T., Sigman, D.M., Scheffers, S.R., Martinez-Garcia, A. & Haug, G.H. (2016), 'Nitrogen isotopic composition of organic matter from a 168 year-old coral skeleton: Implications for coastal nutrient cycling in the Great Barrier Reef Lagoon', Earth and Planetary Science Letters, 434, 161-170, 10.1016/j.epsl.2015.11.023.

Nitrogen isotopic composition of organic matter from a 168 year-old coral skeleton: Implications for coastal nutrient cycling in the Great Barrier Reef Lagoon

Erler, D.V., Farid, H.T., Glaze, T.D., Carlson-Perret, N.L. & Lough, J.M.

Erler, D.V., Farid, H.T., Glaze, T.D., Carlson-Perret, N.L. & Lough, J.M. (2020), 'Coral skeletons reveal the history of nitrogen cycling in the coastal Great Barrier Reef', Nature Communications, 11 (1), 1500, 10.1038/s41467-020-15278-w.

Coral skeletons reveal the history of nitrogen cycling in the coastal Great Barrier Reef

Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.

year (GBRCD.LO11SMI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002066' has been replaced by '10.1029/2010pa002050'

LuminRange (GBRCD.LO11SMI01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11SMI01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11SMI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11SMI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11SMI01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11SMI01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11SMI01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.

 A secondary Ba/Ca measurement for laser ablation datasets.
 This is a measure of the total Ba/Ca using the count intensities of the Ba138 isotope.

SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available. REEs measured.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available. REEs measured.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available. REEs measured.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available. REEs measured.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available. REEs measured.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available. REEs measured.

notes: 'Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.' has been replaced by ''

BCa (GBRCD.LE12HAS01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12HAS01.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Ba138Ca (GBRCD.LE12HAS01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12HAS01.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available. REEs measured.'

BaCa (GBRCD.LE12HAS01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12HAS01.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Cd (GBRCD.LE12HAS01.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12HAS01.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CdCa (GBRCD.LE12HAS01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12HAS01.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Ce (GBRCD.LE12HAS01.Ce): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ce (GBRCD.LE12HAS01.Ce): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CeCa (GBRCD.LE12HAS01.CeCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CeCa (GBRCD.LE12HAS01.CeCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Distance (GBRCD.LE12HAS01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Eu (GBRCD.LE12HAS01.Eu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Eu (GBRCD.LE12HAS01.Eu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

EuCa (GBRCD.LE12HAS01.EuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

EuCa (GBRCD.LE12HAS01.EuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Gd (GBRCD.LE12HAS01.Gd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Gd (GBRCD.LE12HAS01.Gd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

GdCa (GBRCD.LE12HAS01.GdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

GdCa (GBRCD.LE12HAS01.GdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

La (GBRCD.LE12HAS01.La): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12HAS01.La): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LaCa (GBRCD.LE12HAS01.LaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LaCa (GBRCD.LE12HAS01.LaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LiCa (GBRCD.LE12HAS01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12HAS01.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Lu (GBRCD.LE12HAS01.Lu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Lu (GBRCD.LE12HAS01.Lu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LuCa (GBRCD.LE12HAS01.LuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LuCa (GBRCD.LE12HAS01.LuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MgCa (GBRCD.LE12HAS01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12HAS01.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Mn (GBRCD.LE12HAS01.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12HAS01.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MnCa (GBRCD.LE12HAS01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12HAS01.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

P (GBRCD.LE12HAS01.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12HAS01.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PCa (GBRCD.LE12HAS01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12HAS01.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PbCa (GBRCD.LE12HAS01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12HAS01.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Pr (GBRCD.LE12HAS01.Pr): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Pr (GBRCD.LE12HAS01.Pr): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PrCa (GBRCD.LE12HAS01.PrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PrCa (GBRCD.LE12HAS01.PrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Sm (GBRCD.LE12HAS01.Sm): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Sm (GBRCD.LE12HAS01.Sm): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SmCa (GBRCD.LE12HAS01.SmCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SmCa (GBRCD.LE12HAS01.SmCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SrCa (GBRCD.LE12HAS01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12HAS01.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available. REEs measured.'

UCa (GBRCD.LE12HAS01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12HAS01.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Y (GBRCD.LE12HAS01.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12HAS01.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YCa (GBRCD.LE12HAS01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12HAS01.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Yb (GBRCD.LE12HAS01.Yb): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Yb (GBRCD.LE12HAS01.Yb): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YbCa (GBRCD.LE12HAS01.YbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YbCa (GBRCD.LE12HAS01.YbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

ZnCa (GBRCD.LE12HAS01.ZnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

ZnCa (GBRCD.LE12HAS01.ZnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

year (GBRCD.LE12HAS01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/7g7x-da74'

geo_notes: '4 m' has been replaced by '5.5 m depth as per AIMS' coral core database.'

BCa (GBRCD.LE12HAS01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12HAS01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12HAS01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12HAS01.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12HAS01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE12HAS01.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CeCa (GBRCD.LE12HAS01.CeCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12HAS01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.LE12HAS01.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

EuCa (GBRCD.LE12HAS01.EuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.LE12HAS01.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

GdCa (GBRCD.LE12HAS01.GdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE12HAS01.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LaCa (GBRCD.LE12HAS01.LaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12HAS01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE12HAS01.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuCa (GBRCD.LE12HAS01.LuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12HAS01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12HAS01.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12HAS01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12HAS01.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12HAS01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12HAS01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE12HAS01.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PrCa (GBRCD.LE12HAS01.PrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.LE12HAS01.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SmCa (GBRCD.LE12HAS01.SmCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12HAS01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12HAS01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12HAS01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12HAS01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE12HAS01.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YbCa (GBRCD.LE12HAS01.YbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

ZnCa (GBRCD.LE12HAS01.ZnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12HAS01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12HAS01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12HAS01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12HAS01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12HAS01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12HAS01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12HAS01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12HAS01.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12HAS01.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12HAS01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12HAS01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12HAS01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12HAS01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12HAS01.CeCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12HAS01.CeCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12HAS01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12HAS01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.LE12HAS01.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.LE12HAS01.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

EuCa (GBRCD.LE12HAS01.EuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

EuCa (GBRCD.LE12HAS01.EuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.LE12HAS01.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.LE12HAS01.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

GdCa (GBRCD.LE12HAS01.GdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

GdCa (GBRCD.LE12HAS01.GdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE12HAS01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE12HAS01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12HAS01.LaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12HAS01.LaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12HAS01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12HAS01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12HAS01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12HAS01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12HAS01.LuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12HAS01.LuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12HAS01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12HAS01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12HAS01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12HAS01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12HAS01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12HAS01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12HAS01.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12HAS01.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12HAS01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12HAS01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12HAS01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12HAS01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12HAS01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12HAS01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12HAS01.PrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12HAS01.PrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE12HAS01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE12HAS01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SmCa (GBRCD.LE12HAS01.SmCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SmCa (GBRCD.LE12HAS01.SmCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12HAS01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12HAS01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12HAS01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12HAS01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12HAS01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12HAS01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12HAS01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12HAS01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12HAS01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12HAS01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12HAS01.YbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12HAS01.YbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12HAS01.ZnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12HAS01.ZnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12HAS01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12HAS01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12HAS01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 
 This is a measure of the total Ba/Ca using the count intensities of the Ba138 isotope.'

BaCa (GBRCD.LE12HAS01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12HAS01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

notes: 'BaCa, Ba138Ca, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.' has been replaced by 'Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.'

BCa (GBRCD.LE12HAS01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12HAS01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12HAS01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12HAS01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12HAS01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12HAS01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12HAS01.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12HAS01.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12HAS01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12HAS01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ce (GBRCD.LE12HAS01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ce (GBRCD.LE12HAS01.Ce): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CeCa (GBRCD.LE12HAS01.CeCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CeCa (GBRCD.LE12HAS01.CeCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12HAS01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12HAS01.Distance): paleoData_units: '' has been replaced by 'millimetres'

Eu (GBRCD.LE12HAS01.Eu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Eu (GBRCD.LE12HAS01.Eu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

EuCa (GBRCD.LE12HAS01.EuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

EuCa (GBRCD.LE12HAS01.EuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Gd (GBRCD.LE12HAS01.Gd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Gd (GBRCD.LE12HAS01.Gd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

GdCa (GBRCD.LE12HAS01.GdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

GdCa (GBRCD.LE12HAS01.GdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

La (GBRCD.LE12HAS01.La): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

La (GBRCD.LE12HAS01.La): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LaCa (GBRCD.LE12HAS01.LaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LaCa (GBRCD.LE12HAS01.LaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.LE12HAS01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12HAS01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Lu (GBRCD.LE12HAS01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Lu (GBRCD.LE12HAS01.Lu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LuCa (GBRCD.LE12HAS01.LuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LuCa (GBRCD.LE12HAS01.LuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12HAS01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12HAS01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12HAS01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12HAS01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12HAS01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12HAS01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12HAS01.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12HAS01.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12HAS01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12HAS01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12HAS01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12HAS01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Pr (GBRCD.LE12HAS01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Pr (GBRCD.LE12HAS01.Pr): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PrCa (GBRCD.LE12HAS01.PrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PrCa (GBRCD.LE12HAS01.PrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Sm (GBRCD.LE12HAS01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Sm (GBRCD.LE12HAS01.Sm): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SmCa (GBRCD.LE12HAS01.SmCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SmCa (GBRCD.LE12HAS01.SmCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12HAS01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12HAS01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12HAS01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12HAS01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12HAS01.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12HAS01.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12HAS01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12HAS01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Yb (GBRCD.LE12HAS01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Yb (GBRCD.LE12HAS01.Yb): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YbCa (GBRCD.LE12HAS01.YbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YbCa (GBRCD.LE12HAS01.YbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

ZnCa (GBRCD.LE12HAS01.ZnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

ZnCa (GBRCD.LE12HAS01.ZnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12HAS01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12HAS01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12HAS01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12HAS01.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12HAS01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE12HAS01.Ce): interpretation1_scope: '' has been replaced by 'climate'

CeCa (GBRCD.LE12HAS01.CeCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12HAS01.Distance): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.LE12HAS01.Eu): interpretation1_scope: '' has been replaced by 'climate'

EuCa (GBRCD.LE12HAS01.EuCa): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.LE12HAS01.Gd): interpretation1_scope: '' has been replaced by 'climate'

GdCa (GBRCD.LE12HAS01.GdCa): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE12HAS01.La): interpretation1_scope: '' has been replaced by 'climate'

LaCa (GBRCD.LE12HAS01.LaCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12HAS01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE12HAS01.Lu): interpretation1_scope: '' has been replaced by 'climate'

LuCa (GBRCD.LE12HAS01.LuCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12HAS01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12HAS01.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12HAS01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12HAS01.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12HAS01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12HAS01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE12HAS01.Pr): interpretation1_scope: '' has been replaced by 'climate'

PrCa (GBRCD.LE12HAS01.PrCa): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE12HAS01.Sm): interpretation1_scope: '' has been replaced by 'climate'

SmCa (GBRCD.LE12HAS01.SmCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12HAS01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12HAS01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12HAS01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12HAS01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE12HAS01.Yb): interpretation1_scope: '' has been replaced by 'climate'

YbCa (GBRCD.LE12HAS01.YbCa): interpretation1_scope: '' has been replaced by 'climate'

ZnCa (GBRCD.LE12HAS01.ZnCa): interpretation1_scope: '' has been replaced by 'climate'

Lewis, S.E., Brodie, J.E., McCulloch, M.T., Mallela, J., Jupiter, S.D., Williams, H.S., Lough, J.M. & Matson, E.G.

Lewis, S.E., Brodie, J.E., McCulloch, M.T., Mallela, J., Jupiter, S.D., Williams, H.S., Lough, J.M. & Matson, E.G. (2012), 'An assessment of an environmental gradient using coral geochemical records, Whitsunday Islands, Great Barrier Reef, Australia', Marine Pollution Bulletin, 65 (4-9), 306-319, 10.1016/j.marpolbul.2011.09.030.

An assessment of an environmental gradient using coral geochemical records, Whitsunday Islands, Great Barrier Reef, Australia

Milled at 1 mm intervals near density transects using a micro-mill with a 1 mm bit. Analytical precision for SrCa & isotopes from in-house coral standard (Mafia Coral Powder (MCP)).

Additional SrCa-SST equations using OISST and in situ logger SST datasets available in publication supplement

Density (GBRCD.RE19CLK01.Density): paleoData_measurementInstrument: '' has been replaced by 'AIMS densitometer'

Density (GBRCD.RE19CLK01.Density): paleoData_measurementMethod: '' has been replaced by 'Gamma ray densitometry'

year (GBRCD.RE19CLK01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

Density (GBRCD.RE19CLK01.Density): paleoData_isPrimary: '' has been replaced by 'FALSE'

Density (GBRCD.RE19CLK01.Density): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19CLK01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19CLK01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19CLK01.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19CLK01.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19CLK01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19CLK01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RE19CLK01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RE19CLK01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.RE19CLK01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Lumin (GBRCD.RE19CLK01.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Density (GBRCD.RE19CLK01.Density): paleoData_units: 'grams per centimetre' has been replaced by 'grams/centimetre'

Distance (GBRCD.RE19CLK01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.RE19CLK01.Distance): paleoData_units: '' has been replaced by 'millimetres'

Lumin (GBRCD.RE19CLK01.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.RE19CLK01.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

SrCa (GBRCD.RE19CLK01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Jobin-Yvon Optima 2C ICP-AES'

SrCa (GBRCD.RE19CLK01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

Density (GBRCD.RE19CLK01.Density): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.RE19CLK01.Distance): interpretation1_scope: '' has been replaced by 'climate'

Lumin (GBRCD.RE19CLK01.Lumin): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.RE19CLK01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.

390 λ excitation/490 λ emission was measured at 0.25 mm increments.

notes: 'Individual record that makes up part of KI Master record. No data available for part of 1987-1988; missing data was not included in determination of resolution.' has been replaced by 'Individual record that makes up part of KI Master record. No data available for part of 1987-1988; missing data was not included in determination of resolution. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).'

geo_notes: 'Latitude and longitude from Jupiter (2006). GPS coordinates plot core on Keswick Island. Based on core location map in the PhD thesis, the core site should be near the north coast of Keswick Island. 3 m collection depth (Jupiter et al. 2008).' has been replaced by 'GPS coordinates plot core on Keswick Island. Based on core location map in the Jupiter (2006) PhD thesis, the core site should be near the north coast of Keswick Island. 3 m collection depth.'

year (GBRCD.JU08KES01a.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude from Jupiter (2006). GPS coordinates plot core on Keswick Island. Based on core location map in the PhD thesis, the core site should be near the north coast of Keswick Island. Individual record that makes up part of KI Master record. No data available for part of 1987-1988; missing data was not included in determination of resolution.' has been replaced by 'Individual record that makes up part of KI Master record. No data available for part of 1987-1988; missing data was not included in determination of resolution.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/2p3k-1a67'

geo_notes: '3 m depth' has been replaced by 'Latitude and longitude from Jupiter (2006). GPS coordinates plot core on Keswick Island. Based on core location map in the PhD thesis, the core site should be near the north coast of Keswick Island. 3 m collection depth (Jupiter et al. 2008).'

Lumin (GBRCD.JU08KES01a.Lumin): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lumin (GBRCD.JU08KES01a.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08KES01a.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08KES01a.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08KES01a.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Lumin (GBRCD.JU08KES01a.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Lumin (GBRCD.JU08KES01a.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.JU08KES01a.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

Lumin (GBRCD.JU08KES01a.Lumin): interpretation1_scope: '' has been replaced by 'climate'

Individual record that makes up part of KI Master record. No data available for part of 1987-1988; missing data was not included in determination of resolution. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).

Jupiter, S., Roff, G., Marion, G., Henderson, M., Schrameyer, V., McCulloch, M. & Hoegh-Guldberg, O.

Jupiter, S., Roff, G., Marion, G., Henderson, M., Schrameyer, V., McCulloch, M. & Hoegh-Guldberg, O. (2008), 'Linkages between coral assemblages and coral proxies of terrestrial exposure along a cross-shelf gradient on the southern Great Barrier Reef', Coral Reefs, 27 (4), 887-903, 10.1007/s00338-008-0422-3.

Linkages between coral assemblages and coral proxies of terrestrial exposure along a cross-shelf gradient on the southern Great Barrier Reef

GPS coordinates plot core on Keswick Island. Based on core location map in the Jupiter (2006) PhD thesis, the core site should be near the north coast of Keswick Island. 3 m collection depth.

Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data.

Slabs were pre-treated with 15% hydrogen peroxide for 48 hr. Sampled every 1 mm along pre-drilled trench using a 1 mm drill bit.

SrCa (GBRCD.SA16HER04b.SrCa): paleoData_measurementInstrument: 'Varian Vista Ax CCD simultaneous inductively coupled plasma-atomic emission spectrometer' has been replaced by 'Varian Vista Ax CCD simultaneous ICP-AES'

SrCa (GBRCD.SA16HER04b.SrCa): paleoData_uncertaintyAnalytical: '0.0154' has been replaced by '0.359'

year (GBRCD.SA16HER04b.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '2.55 m below lowest astronomical tide.' has been replaced by 'Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. 2.55 m water depth, below lowest astronomical tide.'

SrCa (GBRCD.SA16HER04b.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER04b.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER04b.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER04b.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER04b.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Ax CCD simultaneous inductively coupled plasma-atomic emission spectrometer'

SrCa (GBRCD.SA16HER04b.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.SA16HER04b.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. 2.55 m water depth, below lowest astronomical tide.

Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.

Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.

Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements.

notes: 'PAN-98-2 B1 MnCa corrected against NIST 614 standard.' has been replaced by ''

BaCa (GBRCD.AL03PAN01_4.BaCa): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Cd (GBRCD.AL03PAN01_4.Cd): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Distance (GBRCD.AL03PAN01_4.Distance): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements.'

Mn (GBRCD.AL03PAN01_4.Mn): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.'

MnCa (GBRCD.AL03PAN01_4.MnCa): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.'

P (GBRCD.AL03PAN01_4.P): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Y (GBRCD.AL03PAN01_4.Y): paleoData_notes: 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard. MnCa corrected against NIST 614 standard.' has been replaced by 'Pre-treated with concentrated hydrogen peroxide to remove organics and subsequently ultrasonically rinsed. 500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

year (GBRCD.AL03PAN01_4.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'GPS coordinates offset from Pandora Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase. PAN-98-2 B1 MnCa corrected against NIST 614 standard.' has been replaced by 'PAN-98-2 B1 MnCa corrected against NIST 614 standard.'

BaCa (GBRCD.AL03PAN01_4.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.AL03PAN01_4.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.AL03PAN01_4.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.AL03PAN01_4.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.AL03PAN01_4.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.AL03PAN01_4.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.AL03PAN01_4.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.AL03PAN01_4.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AL03PAN01_4.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.AL03PAN01_4.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.AL03PAN01_4.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.AL03PAN01_4.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03PAN01_4.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03PAN01_4.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.AL03PAN01_4.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.AL03PAN01_4.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.AL03PAN01_4.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.AL03PAN01_4.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.AL03PAN01_4.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.AL03PAN01_4.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.AL03PAN01_4.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.AL03PAN01_4.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AL03PAN01_4.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AL03PAN01_4.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.AL03PAN01_4.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.AL03PAN01_4.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BaCa (GBRCD.AL03PAN01_4.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

BaCa (GBRCD.AL03PAN01_4.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.AL03PAN01_4.Cd): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Cd (GBRCD.AL03PAN01_4.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.AL03PAN01_4.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AL03PAN01_4.Distance): paleoData_units: '' has been replaced by 'millimetres'

Mn (GBRCD.AL03PAN01_4.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Mn (GBRCD.AL03PAN01_4.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.AL03PAN01_4.MnCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

MnCa (GBRCD.AL03PAN01_4.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.AL03PAN01_4.P): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

P (GBRCD.AL03PAN01_4.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.AL03PAN01_4.Y): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Y (GBRCD.AL03PAN01_4.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.AL03PAN01_4.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.AL03PAN01_4.Cd): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.AL03PAN01_4.Distance): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.AL03PAN01_4.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.AL03PAN01_4.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.AL03PAN01_4.P): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.AL03PAN01_4.Y): interpretation1_scope: '' has been replaced by 'climate'

Approx. 100 mg collected from coral central growth axis using a small drill and a 2 mm diameter carbide engraving bit. Samples were collected from each high and each low density band. Additional samples were collected from the low density bands where extension >10 mm (i.e. minimum of two and maximum of three samples per year of growth).

d15N (GBRCD.ER20PAN02.d15N): paleoData_measurementInstrument: 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer' has been replaced by 'GV Isoprime II stable IRMS with Multiprep carbonate device'

year (GBRCD.ER20PAN02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Elevation from PAN22 as reported in AIMS coral core database.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/sne4-9x94'

geo_notes: '4.6 m distance from surface' has been replaced by 'Elevation from PAN22 as reported in AIMS' coral core database. Distance from surface 4.6 m.'

d15N (GBRCD.ER20PAN02.d15N): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d15N (GBRCD.ER20PAN02.d15N): paleoData_isPrimary: '' has been replaced by 'FALSE'

d15N (GBRCD.ER20PAN02.d15N): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.ER20PAN02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.ER20PAN02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d15N (GBRCD.ER20PAN02.d15N): paleoData_description: '15N/14N

d15N (GBRCD.ER20PAN02.d15N): paleoData_measurementInstrument: '' has been replaced by 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer'

d15N (GBRCD.ER20PAN02.d15N): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d15N (GBRCD.ER20PAN02.d15N): paleoData_uncertaintyAnalytical: '' has been replaced by '0.4'

d15N (GBRCD.ER20PAN02.d15N): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d15N (GBRCD.ER20PAN02.d15N): interpretation1_scope: '' has been replaced by 'climate'

Elevation from PAN22 as reported in AIMS' coral core database. Distance from surface 4.6 m.

BCa (GBRCD.LE12HKI01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12HKI01.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Ba138Ca (GBRCD.LE12HKI01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12HKI01.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available. REEs measured.'

BaCa (GBRCD.LE12HKI01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12HKI01.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Cd (GBRCD.LE12HKI01.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12HKI01.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CdCa (GBRCD.LE12HKI01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12HKI01.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Ce (GBRCD.LE12HKI01.Ce): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ce (GBRCD.LE12HKI01.Ce): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CeCa (GBRCD.LE12HKI01.CeCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CeCa (GBRCD.LE12HKI01.CeCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Distance (GBRCD.LE12HKI01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Eu (GBRCD.LE12HKI01.Eu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Eu (GBRCD.LE12HKI01.Eu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

EuCa (GBRCD.LE12HKI01.EuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

EuCa (GBRCD.LE12HKI01.EuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Gd (GBRCD.LE12HKI01.Gd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Gd (GBRCD.LE12HKI01.Gd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

GdCa (GBRCD.LE12HKI01.GdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

GdCa (GBRCD.LE12HKI01.GdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

La (GBRCD.LE12HKI01.La): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12HKI01.La): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LaCa (GBRCD.LE12HKI01.LaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LaCa (GBRCD.LE12HKI01.LaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LiCa (GBRCD.LE12HKI01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12HKI01.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Lu (GBRCD.LE12HKI01.Lu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Lu (GBRCD.LE12HKI01.Lu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LuCa (GBRCD.LE12HKI01.LuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LuCa (GBRCD.LE12HKI01.LuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MgCa (GBRCD.LE12HKI01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12HKI01.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Mn (GBRCD.LE12HKI01.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12HKI01.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MnCa (GBRCD.LE12HKI01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12HKI01.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

P (GBRCD.LE12HKI01.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12HKI01.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PCa (GBRCD.LE12HKI01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12HKI01.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PbCa (GBRCD.LE12HKI01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12HKI01.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Pr (GBRCD.LE12HKI01.Pr): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Pr (GBRCD.LE12HKI01.Pr): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PrCa (GBRCD.LE12HKI01.PrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PrCa (GBRCD.LE12HKI01.PrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Sm (GBRCD.LE12HKI01.Sm): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Sm (GBRCD.LE12HKI01.Sm): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SmCa (GBRCD.LE12HKI01.SmCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SmCa (GBRCD.LE12HKI01.SmCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SrCa (GBRCD.LE12HKI01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12HKI01.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available. REEs measured.'

UCa (GBRCD.LE12HKI01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12HKI01.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Y (GBRCD.LE12HKI01.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12HKI01.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YCa (GBRCD.LE12HKI01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12HKI01.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Yb (GBRCD.LE12HKI01.Yb): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Yb (GBRCD.LE12HKI01.Yb): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YbCa (GBRCD.LE12HKI01.YbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YbCa (GBRCD.LE12HKI01.YbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

ZnCa (GBRCD.LE12HKI01.ZnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

ZnCa (GBRCD.LE12HKI01.ZnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

year (GBRCD.LE12HKI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE12HKI01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12HKI01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12HKI01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12HKI01.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12HKI01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE12HKI01.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CeCa (GBRCD.LE12HKI01.CeCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12HKI01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.LE12HKI01.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

EuCa (GBRCD.LE12HKI01.EuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.LE12HKI01.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

GdCa (GBRCD.LE12HKI01.GdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE12HKI01.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LaCa (GBRCD.LE12HKI01.LaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12HKI01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE12HKI01.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuCa (GBRCD.LE12HKI01.LuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12HKI01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12HKI01.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12HKI01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12HKI01.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12HKI01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12HKI01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE12HKI01.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PrCa (GBRCD.LE12HKI01.PrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.LE12HKI01.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SmCa (GBRCD.LE12HKI01.SmCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12HKI01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12HKI01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12HKI01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12HKI01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE12HKI01.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YbCa (GBRCD.LE12HKI01.YbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

ZnCa (GBRCD.LE12HKI01.ZnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12HKI01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12HKI01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12HKI01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12HKI01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12HKI01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12HKI01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12HKI01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12HKI01.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12HKI01.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12HKI01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12HKI01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12HKI01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12HKI01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12HKI01.CeCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12HKI01.CeCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12HKI01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12HKI01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.LE12HKI01.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.LE12HKI01.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

EuCa (GBRCD.LE12HKI01.EuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

EuCa (GBRCD.LE12HKI01.EuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.LE12HKI01.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.LE12HKI01.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

GdCa (GBRCD.LE12HKI01.GdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

GdCa (GBRCD.LE12HKI01.GdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE12HKI01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE12HKI01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12HKI01.LaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12HKI01.LaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12HKI01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12HKI01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12HKI01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12HKI01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12HKI01.LuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12HKI01.LuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12HKI01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12HKI01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12HKI01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12HKI01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12HKI01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12HKI01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12HKI01.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12HKI01.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12HKI01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12HKI01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12HKI01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12HKI01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12HKI01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12HKI01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12HKI01.PrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12HKI01.PrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE12HKI01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE12HKI01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SmCa (GBRCD.LE12HKI01.SmCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SmCa (GBRCD.LE12HKI01.SmCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12HKI01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12HKI01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12HKI01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12HKI01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12HKI01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12HKI01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12HKI01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12HKI01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12HKI01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12HKI01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12HKI01.YbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12HKI01.YbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12HKI01.ZnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12HKI01.ZnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12HKI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12HKI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12HKI01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12HKI01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12HKI01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12HKI01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12HKI01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12HKI01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12HKI01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12HKI01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12HKI01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12HKI01.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12HKI01.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12HKI01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12HKI01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ce (GBRCD.LE12HKI01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ce (GBRCD.LE12HKI01.Ce): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CeCa (GBRCD.LE12HKI01.CeCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CeCa (GBRCD.LE12HKI01.CeCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12HKI01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12HKI01.Distance): paleoData_units: '' has been replaced by 'millimetres'

Eu (GBRCD.LE12HKI01.Eu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Eu (GBRCD.LE12HKI01.Eu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

EuCa (GBRCD.LE12HKI01.EuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

EuCa (GBRCD.LE12HKI01.EuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Gd (GBRCD.LE12HKI01.Gd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Gd (GBRCD.LE12HKI01.Gd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

GdCa (GBRCD.LE12HKI01.GdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

GdCa (GBRCD.LE12HKI01.GdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

La (GBRCD.LE12HKI01.La): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

La (GBRCD.LE12HKI01.La): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LaCa (GBRCD.LE12HKI01.LaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LaCa (GBRCD.LE12HKI01.LaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.LE12HKI01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12HKI01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Lu (GBRCD.LE12HKI01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Lu (GBRCD.LE12HKI01.Lu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LuCa (GBRCD.LE12HKI01.LuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LuCa (GBRCD.LE12HKI01.LuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12HKI01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12HKI01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12HKI01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12HKI01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12HKI01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12HKI01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12HKI01.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12HKI01.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12HKI01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12HKI01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12HKI01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12HKI01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Pr (GBRCD.LE12HKI01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Pr (GBRCD.LE12HKI01.Pr): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PrCa (GBRCD.LE12HKI01.PrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PrCa (GBRCD.LE12HKI01.PrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Sm (GBRCD.LE12HKI01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Sm (GBRCD.LE12HKI01.Sm): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SmCa (GBRCD.LE12HKI01.SmCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SmCa (GBRCD.LE12HKI01.SmCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12HKI01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12HKI01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12HKI01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12HKI01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12HKI01.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12HKI01.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12HKI01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12HKI01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Yb (GBRCD.LE12HKI01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Yb (GBRCD.LE12HKI01.Yb): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YbCa (GBRCD.LE12HKI01.YbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YbCa (GBRCD.LE12HKI01.YbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

ZnCa (GBRCD.LE12HKI01.ZnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

ZnCa (GBRCD.LE12HKI01.ZnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12HKI01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12HKI01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12HKI01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12HKI01.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12HKI01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE12HKI01.Ce): interpretation1_scope: '' has been replaced by 'climate'

CeCa (GBRCD.LE12HKI01.CeCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12HKI01.Distance): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.LE12HKI01.Eu): interpretation1_scope: '' has been replaced by 'climate'

EuCa (GBRCD.LE12HKI01.EuCa): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.LE12HKI01.Gd): interpretation1_scope: '' has been replaced by 'climate'

GdCa (GBRCD.LE12HKI01.GdCa): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE12HKI01.La): interpretation1_scope: '' has been replaced by 'climate'

LaCa (GBRCD.LE12HKI01.LaCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12HKI01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE12HKI01.Lu): interpretation1_scope: '' has been replaced by 'climate'

LuCa (GBRCD.LE12HKI01.LuCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12HKI01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12HKI01.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12HKI01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12HKI01.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12HKI01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12HKI01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE12HKI01.Pr): interpretation1_scope: '' has been replaced by 'climate'

PrCa (GBRCD.LE12HKI01.PrCa): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE12HKI01.Sm): interpretation1_scope: '' has been replaced by 'climate'

SmCa (GBRCD.LE12HKI01.SmCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12HKI01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12HKI01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12HKI01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12HKI01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE12HKI01.Yb): interpretation1_scope: '' has been replaced by 'climate'

YbCa (GBRCD.LE12HKI01.YbCa): interpretation1_scope: '' has been replaced by 'climate'

ZnCa (GBRCD.LE12HKI01.ZnCa): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.RO14GKI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14GKI01.LuminGB): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminGB (GBRCD.RO14GKI01.LuminGB): paleoData_jcpUsed: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14GKI01.LuminGB): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14GKI01.LuminGB): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RO14GKI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RO14GKI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14GKI01.LuminGB): paleoData_measurementInstrument: '' has been replaced by 'Avaatech core-scanner with Line-scan Camera'

LuminGB (GBRCD.RO14GKI01.LuminGB): paleoData_measurementMethod: '' has been replaced by 'SLS'

LuminGB (GBRCD.RO14GKI01.LuminGB): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.RO14SQR02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14SQR02.LuminGB): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminGB (GBRCD.RO14SQR02.LuminGB): paleoData_jcpUsed: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14SQR02.LuminGB): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14SQR02.LuminGB): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RO14SQR02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RO14SQR02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14SQR02.LuminGB): paleoData_measurementInstrument: '' has been replaced by 'Avaatech core-scanner with Line-scan Camera'

LuminGB (GBRCD.RO14SQR02.LuminGB): paleoData_measurementMethod: '' has been replaced by 'SLS'

LuminGB (GBRCD.RO14SQR02.LuminGB): interpretation1_scope: '' has been replaced by 'climate'

Originally created by matching SrCa maxima & minima with AIMS Davies Reef weekly SST minima & maxima. Age model recreated and extended for archiving using fortnightly averaged SST from AIMS Davies and Hardy Reef loggers.

Tissue region was pre-treated with hydrogen peroxide for 24-36 hr to oxidise organics and slices subsequently ultrasonically rinsed and dried. Ledge sampled every 0.25 mm. Every second sample analysed and consecutive sampled analysed for troughs and peaks.

SrCa (GBRCD.MA00SLY01.SrCa): paleoData_measurementInstrument: 'Finnigan MAT 261 MS' has been replaced by 'Finnigan MAT 261 mass spectrometer'

SrCa (GBRCD.MA00SLY01.SrCa): paleoData_uncertaintyAnalytical: '0.25' has been replaced by ''

SrCa (GBRCD.MA00SLY01.SrCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

year (GBRCD.MA00SLY01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/bzqn-bp10'

geo_notes: 'Top depth of 2.7 m' has been replaced by '2.7 m water depth.'

pub1_altDataURL: '' has been replaced by '10.25911/5d63bfacacc9f'

Distance (GBRCD.MA00SLY01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.MA00SLY01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.MA00SLY01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.MA00SLY01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.MA00SLY01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.MA00SLY01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.MA00SLY01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Distance (GBRCD.MA00SLY01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.MA00SLY01.Distance): paleoData_units: '' has been replaced by 'millimetres'

SrCa (GBRCD.MA00SLY01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 261 MS'

SrCa (GBRCD.MA00SLY01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ID-TIMS'

Distance (GBRCD.MA00SLY01.Distance): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.MA00SLY01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Marshall, J.F. (2000), 'Decadal-scale, high resolution records of sea surface temperature in the eastern Indian and south western Pacific Oceans from proxy records of the strontium/calcium ratio of massive Porites corals', PhD Thesis, Australian National University, 10.25911/5d63bfacacc9f.

Decadal-scale, high resolution records of sea surface temperature in the eastern Indian and south western Pacific Oceans from proxy records of the strontium/calcium ratio of massive Porites corals

Marshall, J.F. & McCulloch, M.T. (2002), 'An assessment of the Sr/Ca ratio in shallow water hermatypic corals as a proxy for sea surface temperature', Geochimica et Cosmochimica Acta, 66 (18), 3263-3280, 10.1016/S0016-7037(02)00926-2.

An assessment of the Sr/Ca ratio in shallow water hermatypic corals as a proxy for sea surface temperature

year (GBRCD.LO11NOR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002063' has been replaced by '10.1029/2010pa002050'

LuminRange (GBRCD.LO11NOR01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11NOR01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11NOR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11NOR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11NOR01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11NOR01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11NOR01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Continuous 5-year intervals. Samples cleaned with hydrogen peroxide and subsequently rinsed and dried. Samples d11B relative to NBS SRM 951 boric acid standard and d13C standardised to Vienna Peedee Belemnite using NBS 19.

d11B (GBRCD.PE05FLI01.d11B): paleoData_measurementInstrument: 'Finnigan Triton thermal ionisation mass spectrometer in negative mode' has been replaced by 'Finnigan Triton TIMS in negative mode'

d11B (GBRCD.PE05FLI01.d11B): paleoData_uncertaintyAnalytical: '0.2' has been replaced by '0.1'

d11B (GBRCD.PE05FLI01.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.PE05FLI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for core from AIMS coral database. Original publication latitude and longitude was -17.5, 148.3.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/y1ee-q614'

geo_notes: '' has been replaced by 'Latitude and longitude for core from AIMS' coral core database. Original publication latitude and longitude was -17.5, 148.3.'

Arag (GBRCD.PE05FLI01.Arag): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Calcn (GBRCD.PE05FLI01.Calcn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Extn (GBRCD.PE05FLI01.Extn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.PE05FLI01.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d13C (GBRCD.PE05FLI01.d13C): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B_pH (GBRCD.PE05FLI01.pH_d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B_pH (GBRCD.PE05FLI01.pH_d11B): paleoData_description: '' has been replaced by 'pH calculated from δ11B.'

Arag (GBRCD.PE05FLI01.Arag): paleoData_isPrimary: '' has been replaced by 'FALSE'

Arag (GBRCD.PE05FLI01.Arag): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Calcn (GBRCD.PE05FLI01.Calcn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Calcn (GBRCD.PE05FLI01.Calcn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Extn (GBRCD.PE05FLI01.Extn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Extn (GBRCD.PE05FLI01.Extn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B (GBRCD.PE05FLI01.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.PE05FLI01.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.PE05FLI01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.PE05FLI01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B_pH (GBRCD.PE05FLI01.pH_d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B_pH (GBRCD.PE05FLI01.pH_d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.PE05FLI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.PE05FLI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Calcn (GBRCD.PE05FLI01.Calcn): paleoData_units: 'grams/ centimetre/year' has been replaced by 'grams/centimetre/year'

d11B (GBRCD.PE05FLI01.d11B): paleoData_measurementInstrument: '' has been replaced by 'Finnigan Triton thermal ionisation mass spectrometer in negative mode'

d11B (GBRCD.PE05FLI01.d11B): paleoData_measurementMethod: '' has been replaced by 'TIMS'

d11B (GBRCD.PE05FLI01.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.2'

d11B (GBRCD.PE05FLI01.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d13C (GBRCD.PE05FLI01.d13C): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 251 with Kiel carbonate device'

d13C (GBRCD.PE05FLI01.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d11B_pH (GBRCD.PE05FLI01.pH_d11B): paleoData_longName: '' has been replaced by 'δ11B pH'

d11B_pH (GBRCD.PE05FLI01.pH_d11B): paleoData_units: '' has been replaced by 'dimensionless'

d11B_pH (GBRCD.PE05FLI01.pH_d11B): paleoData_variableName: 'pH_d11B' has been replaced by 'd11B_pH'

Arag (GBRCD.PE05FLI01.Arag): interpretation1_scope: '' has been replaced by 'climate'

Calcn (GBRCD.PE05FLI01.Calcn): interpretation1_scope: '' has been replaced by 'climate'

Extn (GBRCD.PE05FLI01.Extn): interpretation1_scope: '' has been replaced by 'climate'

d11B (GBRCD.PE05FLI01.d11B): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.PE05FLI01.d13C): interpretation1_scope: '' has been replaced by 'climate'

pH_d11B (GBRCD.PE05FLI01.pH_d11B): interpretation1_scope: '' has been replaced by 'climate'

Pelejero, C., Calvo, E., McCulloch, M.T., Marshall, J.F., Gagan, M.K., Lough, J.M. & Opdyke, B.N.

Pelejero, C., Calvo, E., McCulloch, M.T., Marshall, J.F., Gagan, M.K., Lough, J.M. & Opdyke, B.N. (2005), 'Preindustrial to Modern Interdecadal Variability in Coral Reef pH', Science, 309 (5744), 2204-2207, 10.1126/science.1113692.

Preindustrial to Modern Interdecadal Variability in Coral Reef pH

Latitude and longitude for core from AIMS' coral core database. Original publication latitude and longitude was -17.5, 148.3.

Bulk samples were drilled for annual growth periods with 3-5 consecutive years analysed from each decade. No analytical precision data available. Normalised using Mud of Queensland (MUQ) with MUQ values as per Kamber et al. (2005). REEs measured.

notes: '' has been replaced by 'Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).'

geo_notes: 'Latitude and longitude from Jupiter (2006). GPS coordinates plot core on Keswick Island. Based on core location map in the PhD thesis, the core site should be near the north coast of Keswick Island. 5 m collection depth.' has been replaced by 'GPS coordinates plot core on Keswick Island. Based on core location map in the Jupiter (2006) PhD thesis, the core site should be near the north coast of Keswick Island. 5 m collection depth.'

Ce (GBRCD.JU08KES01b.Ce): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Dy (GBRCD.JU08KES01b.Dy): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Er (GBRCD.JU08KES01b.Er): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Eu (GBRCD.JU08KES01b.Eu): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Gd (GBRCD.JU08KES01b.Gd): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Ho (GBRCD.JU08KES01b.Ho): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

La (GBRCD.JU08KES01b.La): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Lu (GBRCD.JU08KES01b.Lu): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Nd (GBRCD.JU08KES01b.Nd): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Pr (GBRCD.JU08KES01b.Pr): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Sm (GBRCD.JU08KES01b.Sm): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Tb (GBRCD.JU08KES01b.Tb): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Tm (GBRCD.JU08KES01b.Tm): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Y (GBRCD.JU08KES01b.Y): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

YHo (GBRCD.JU08KES01b.YHo): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Yb (GBRCD.JU08KES01b.Yb): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

year (GBRCD.JU08KES01b.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude from Jupiter (2006). GPS coordinates plot core on Keswick Island. Based on core location map in the PhD thesis, the core site should be near the north coast of Keswick Island.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/2syx-b667'

geo_notes: '5 m depth' has been replaced by 'Latitude and longitude from Jupiter (2006). GPS coordinates plot core on Keswick Island. Based on core location map in the PhD thesis, the core site should be near the north coast of Keswick Island. 5 m collection depth.'

Ce (GBRCD.JU08KES01b.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Dy (GBRCD.JU08KES01b.Dy): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Er (GBRCD.JU08KES01b.Er): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.JU08KES01b.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.JU08KES01b.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ho (GBRCD.JU08KES01b.Ho): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.JU08KES01b.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.JU08KES01b.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Nd (GBRCD.JU08KES01b.Nd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.JU08KES01b.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.JU08KES01b.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tb (GBRCD.JU08KES01b.Tb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tm (GBRCD.JU08KES01b.Tm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.JU08KES01b.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YHo (GBRCD.JU08KES01b.YHo): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.JU08KES01b.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.JU08KES01b.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.JU08KES01b.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Dy (GBRCD.JU08KES01b.Dy): paleoData_isPrimary: '' has been replaced by 'FALSE'

Dy (GBRCD.JU08KES01b.Dy): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Er (GBRCD.JU08KES01b.Er): paleoData_isPrimary: '' has been replaced by 'FALSE'

Er (GBRCD.JU08KES01b.Er): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.JU08KES01b.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.JU08KES01b.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.JU08KES01b.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.JU08KES01b.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ho (GBRCD.JU08KES01b.Ho): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ho (GBRCD.JU08KES01b.Ho): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.JU08KES01b.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.JU08KES01b.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.JU08KES01b.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.JU08KES01b.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Nd (GBRCD.JU08KES01b.Nd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Nd (GBRCD.JU08KES01b.Nd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.JU08KES01b.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.JU08KES01b.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.JU08KES01b.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.JU08KES01b.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tb (GBRCD.JU08KES01b.Tb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tb (GBRCD.JU08KES01b.Tb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tm (GBRCD.JU08KES01b.Tm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tm (GBRCD.JU08KES01b.Tm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.JU08KES01b.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.JU08KES01b.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YHo (GBRCD.JU08KES01b.YHo): paleoData_isPrimary: '' has been replaced by 'FALSE'

YHo (GBRCD.JU08KES01b.YHo): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.JU08KES01b.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.JU08KES01b.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08KES01b.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08KES01b.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

YHo (GBRCD.JU08KES01b.YHo): paleoData_description: 'Yttrium/Holmium as mass ratio' has been replaced by 'Yttrium/Holmium as mass ratio.'

Ce (GBRCD.JU08KES01b.Ce): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Ce (GBRCD.JU08KES01b.Ce): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Dy (GBRCD.JU08KES01b.Dy): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Dy (GBRCD.JU08KES01b.Dy): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Er (GBRCD.JU08KES01b.Er): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Er (GBRCD.JU08KES01b.Er): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Eu (GBRCD.JU08KES01b.Eu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Eu (GBRCD.JU08KES01b.Eu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Gd (GBRCD.JU08KES01b.Gd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Gd (GBRCD.JU08KES01b.Gd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ho (GBRCD.JU08KES01b.Ho): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Ho (GBRCD.JU08KES01b.Ho): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

La (GBRCD.JU08KES01b.La): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

La (GBRCD.JU08KES01b.La): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Lu (GBRCD.JU08KES01b.Lu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Lu (GBRCD.JU08KES01b.Lu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Nd (GBRCD.JU08KES01b.Nd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Nd (GBRCD.JU08KES01b.Nd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.JU08KES01b.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Pr (GBRCD.JU08KES01b.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.JU08KES01b.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Sm (GBRCD.JU08KES01b.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tb (GBRCD.JU08KES01b.Tb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Tb (GBRCD.JU08KES01b.Tb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tm (GBRCD.JU08KES01b.Tm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Tm (GBRCD.JU08KES01b.Tm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.JU08KES01b.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Y (GBRCD.JU08KES01b.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

YHo (GBRCD.JU08KES01b.YHo): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

YHo (GBRCD.JU08KES01b.YHo): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Yb (GBRCD.JU08KES01b.Yb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Yb (GBRCD.JU08KES01b.Yb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ce (GBRCD.JU08KES01b.Ce): interpretation1_scope: '' has been replaced by 'climate'

Dy (GBRCD.JU08KES01b.Dy): interpretation1_scope: '' has been replaced by 'climate'

Er (GBRCD.JU08KES01b.Er): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.JU08KES01b.Eu): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.JU08KES01b.Gd): interpretation1_scope: '' has been replaced by 'climate'

Ho (GBRCD.JU08KES01b.Ho): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.JU08KES01b.La): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.JU08KES01b.Lu): interpretation1_scope: '' has been replaced by 'climate'

Nd (GBRCD.JU08KES01b.Nd): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.JU08KES01b.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.JU08KES01b.Sm): interpretation1_scope: '' has been replaced by 'climate'

Tb (GBRCD.JU08KES01b.Tb): interpretation1_scope: '' has been replaced by 'climate'

Tm (GBRCD.JU08KES01b.Tm): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.JU08KES01b.Y): interpretation1_scope: '' has been replaced by 'climate'

YHo (GBRCD.JU08KES01b.YHo): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.JU08KES01b.Yb): interpretation1_scope: '' has been replaced by 'climate'

Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).

Jupiter, S. (2008), 'Coral rare earth element tracers of terrestrial exposure in nearshore corals of the Great Barrier Reef', In: Riegl, B. & Dodge, R.E. (eds), Proceedings of the 11th International Coral Reef Symposium, 7-11 July Fort Lauderdale, Florida, 102-106.

Coral rare earth element tracers of terrestrial exposure in nearshore corals of the Great Barrier Reef

Jupiter, S.D. (2006), 'From Cane to Coral Reefs: Ecosystem Connectivity and Downstream Responses to Land Use Intensification', PhD Thesis, University of California, Santa Cruz, pp. 600.

From Cane to Coral Reefs: Ecosystem Connectivity and Downstream Responses to Land Use Intensification

GPS coordinates plot core on Keswick Island. Based on core location map in the Jupiter (2006) PhD thesis, the core site should be near the north coast of Keswick Island. 5 m collection depth.

SrCa (GBRCD.SA16HER04a.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

year (GBRCD.SA16HER04a.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER04a.SrCa): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

year (GBRCD.SA16HER04a.year): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

SrCa (GBRCD.SA16HER04a.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65'

SrCa (GBRCD.SA16HER04a.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER04a.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER04a.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER04a.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER04a.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA16HER04a.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA16HER04a.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Continuous 5-year intervals. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.

Combined equation from this study (fit period 1986-1988), Alibert & McCulloch (1997), Gagan et al. (1998) and Marshall & McCulloch (2002).

Continuous 5-year intervals. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. Reproducibility: d18O = 0.02 permil.

Continuous 5-year intervals. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. Reproducibility: SrCa = 0.02%.

SrCa (GBRCD.CA07FLI01.SrCa): paleoData_measurementInstrument: 'Finnigan MAT 261 Thermal Ionisation Mass Spectrometer' has been replaced by 'Finnigan MAT 261 TIMS'

SrCa (GBRCD.CA07FLI01.SrCa): paleoData_notes: 'Continuous 5-year intervals. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Continuous 5-year intervals. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. Reproducibility: SrCa = 0.02%.'

d18O (GBRCD.CA07FLI01.d18O): paleoData_notes: 'Continuous 5-year intervals. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard.' has been replaced by 'Continuous 5-year intervals. Isotope data normalised to Vienna Pee Dee Belemnite using NBS-19 standard. Reproducibility: d18O = 0.02 permil.'

d18O (GBRCD.CA07FLI01.d18O): paleoData_uncertaintyAnalytical: '0.03' has been replaced by '0.02'

year (GBRCD.CA07FLI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/qkph-pf51'

SrCa (GBRCD.CA07FLI01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.CA07FLI01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.CA07FLI01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.CA07FLI01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.CA07FLI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.CA07FLI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.CA07FLI01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 261 Thermal Ionisation Mass Spectrometer'

SrCa (GBRCD.CA07FLI01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ID-TIMS'

d18O (GBRCD.CA07FLI01.d18O): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 251 with Kiel carbonate device'

d18O (GBRCD.CA07FLI01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.CA07FLI01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.CA07FLI01.d18O): interpretation1_scope: '' has been replaced by 'climate'

Calvo, E., Marshall, J.F., Pelejero, C., McCulloch, M.T., Gagan, M.K. & Lough, J.M.

Calvo, E., Marshall, J.F., Pelejero, C., McCulloch, M.T., Gagan, M.K. & Lough, J.M. (2007), 'Interdecadal climate variability in the Coral Sea since 1708 A.D', Palaeogeography, Palaeoclimatology, Palaeoecology, 248 (1-2), 190-201, 10.1016/j.palaeo.2006.12.003.

Interdecadal climate variability in the Coral Sea since 1708 A.D

d15N (GBRCD.ER20PAN01.d15N): paleoData_measurementInstrument: 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer' has been replaced by 'Thermo Delta V Plus IRMS'

year (GBRCD.ER20PAN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

d15N (GBRCD.ER20PAN01.d15N): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d15N (GBRCD.ER20PAN01.d15N): paleoData_isPrimary: '' has been replaced by 'FALSE'

d15N (GBRCD.ER20PAN01.d15N): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.ER20PAN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.ER20PAN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d15N (GBRCD.ER20PAN01.d15N): paleoData_description: '15N/14N

d15N (GBRCD.ER20PAN01.d15N): paleoData_measurementInstrument: '' has been replaced by 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer'

d15N (GBRCD.ER20PAN01.d15N): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d15N (GBRCD.ER20PAN01.d15N): paleoData_uncertaintyAnalytical: '' has been replaced by '0.4'

d15N (GBRCD.ER20PAN01.d15N): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d15N (GBRCD.ER20PAN01.d15N): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.RO14GKI02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14GKI02.LuminGB): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminGB (GBRCD.RO14GKI02.LuminGB): paleoData_jcpUsed: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14GKI02.LuminGB): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14GKI02.LuminGB): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RO14GKI02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RO14GKI02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14GKI02.LuminGB): paleoData_measurementInstrument: '' has been replaced by 'Avaatech core-scanner with Line-scan Camera'

LuminGB (GBRCD.RO14GKI02.LuminGB): paleoData_measurementMethod: '' has been replaced by 'SLS'

LuminGB (GBRCD.RO14GKI02.LuminGB): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.LO11DUN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002055' has been replaced by '10.1029/2010pa002050'

LuminRange (GBRCD.LO11DUN01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11DUN01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11DUN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11DUN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11DUN01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11DUN01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11DUN01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.FA03MYR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for reef from 'Reefs and shoals – Queensland' geodatabase. Coral head collected from site near entrance of prominent gutter at northeastern end of reef.' has been replaced by ''

geo_notes: '8 m depth' has been replaced by 'Latitude and longitude for reef from 'Reefs and shoals – Queensland' geodatabase. Coral head collected from site near entrance of prominent gutter at northeastern end of reef. 8 m depth.'

BaCa (GBRCD.FA03MYR01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.FA03MYR01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.FA03MYR01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03MYR01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03MYR01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03MYR01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03MYR01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03MYR01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03MYR01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03MYR01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03MYR01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03MYR01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03MYR01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03MYR01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03MYR01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.FA03MYR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.FA03MYR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.FA03MYR01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.FA03MYR01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

MgCa (GBRCD.FA03MYR01.MgCa): paleoData_uncertaintyAnalytical: '4.6' has been replaced by '4.2'

BCa (GBRCD.FA03MYR01.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '3.8'

BCa (GBRCD.FA03MYR01.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BCa (GBRCD.FA03MYR01.BCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BCa (GBRCD.FA03MYR01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.FA03MYR01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

BaCa (GBRCD.FA03MYR01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.FA03MYR01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BaCa (GBRCD.FA03MYR01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.FA03MYR01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.FA03MYR01.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.FA03MYR01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.6'

MgCa (GBRCD.FA03MYR01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.FA03MYR01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

MgCa (GBRCD.FA03MYR01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.FA03MYR01.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

Mn (GBRCD.FA03MYR01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.FA03MYR01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

SrCa (GBRCD.FA03MYR01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.FA03MYR01.UCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

UCa (GBRCD.FA03MYR01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.FA03MYR01.BCa): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.FA03MYR01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.FA03MYR01.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.FA03MYR01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.FA03MYR01.Mn): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.FA03MYR01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.FA03MYR01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for reef from 'Reefs and shoals – Queensland' geodatabase. Coral head collected from site near entrance of prominent gutter at northeastern end of reef. 8 m depth.

Density (GBRCD.RE19POR01.Density): paleoData_measurementInstrument: '' has been replaced by 'AIMS densitometer'

Density (GBRCD.RE19POR01.Density): paleoData_measurementMethod: '' has been replaced by 'Gamma ray densitometry'

year (GBRCD.RE19POR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Published latitude & longitude places coral on land and so was corrected based on AIMS coral database.' has been replaced by ''

geo_notes: '2 m' has been replaced by 'Published latitude & longitude places coral on land and so was corrected based on AIMS' coral core database. 2 m water depth.'

Density (GBRCD.RE19POR01.Density): paleoData_isPrimary: '' has been replaced by 'FALSE'

Density (GBRCD.RE19POR01.Density): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19POR01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19POR01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19POR01.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19POR01.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19POR01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19POR01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.RE19POR01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.RE19POR01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.RE19POR01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.RE19POR01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RE19POR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RE19POR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.RE19POR01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Lumin (GBRCD.RE19POR01.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Density (GBRCD.RE19POR01.Density): paleoData_units: 'grams per centimetre' has been replaced by 'grams/centimetre'

Distance (GBRCD.RE19POR01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.RE19POR01.Distance): paleoData_units: '' has been replaced by 'millimetres'

Lumin (GBRCD.RE19POR01.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.RE19POR01.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

SrCa (GBRCD.RE19POR01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Jobin-Yvon Optima 2C ICP-AES'

SrCa (GBRCD.RE19POR01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d13C (GBRCD.RE19POR01.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.05'

d13C (GBRCD.RE19POR01.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.RE19POR01.d13C): paleoData_measurementInstrument: '' has been replaced by 'VG Optima dual inlet IRMS'

d13C (GBRCD.RE19POR01.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.RE19POR01.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Optima dual inlet IRMS'

d18O (GBRCD.RE19POR01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

Density (GBRCD.RE19POR01.Density): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.RE19POR01.Distance): interpretation1_scope: '' has been replaced by 'climate'

Lumin (GBRCD.RE19POR01.Lumin): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.RE19POR01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.RE19POR01.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.RE19POR01.d18O): interpretation1_scope: '' has been replaced by 'climate'

Barnes and Lough (1992); De'ath et al. (2009); Lough (2011b); Lough and Barnes (1992); Lough et al. (2002); Madin et al. (2016)

Published latitude & longitude places coral on land and so was corrected based on AIMS' coral core database. 2 m water depth.

Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.

Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.

Individual coral calibration. Slope uncertainty reported as negative. Additional universal multi-trace element calibration calculated based on composite coral records.

Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.

Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.

BCa (GBRCD.DO18MYR02.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18MYR02.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18MYR02.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18MYR02.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18MYR02.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18MYR02.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18MYR02.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18MYR02.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18MYR02.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18MYR02.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18MYR02.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18MYR02.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18MYR02.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18MYR02.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18MYR02.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18MYR02.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18MYR02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for coral are assumed to be the same as MYR5-271 from D'Olivo et al. (2013).' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/zn35-nd16'

pub1_citation: 'D'Olivo, J.P., Sinclair, D.J., Rankenburg, K. & McCulloch, M.T. (2018), 'A universal multi-trace element calibration for reconstructing sea surface temperatures from long-lived Porites corals: Removing 'vital-effects'', Geochimica et Cosmochimica Acta, 239, 109-135, 10.1016/j.gca.2018.07.035' has been replaced by 'D'Olivo, J.P., Sinclair, D.J., Rankenburg, K. & McCulloch, M.T. (2018), 'A universal multi-trace element calibration for reconstructing sea surface temperatures from long-lived Porites corals: Removing 'vital-effects'', Geochimica et Cosmochimica Acta, 239, 109-135, 10.1016/j.gca.2018.07.035.'

pub1_altDataURL: '' has been replaced by '10.17632/ww8mvgzymf.1'

geo_notes: '5 m depth' has been replaced by 'Latitude and longitude for coral are assumed to be the same as MYR5-271 from D'Olivo et al. (2013). 5 m water depth.'

BCa (GBRCD.DO18MYR02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18MYR02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18MYR02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18MYR02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18MYR02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18MYR02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18MYR02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18MYR02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18MYR02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18MYR02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18MYR02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18MYR02.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18MYR02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18MYR02.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18MYR02.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18MYR02.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18MYR02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18MYR02.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18MYR02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18MYR02.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18MYR02.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18MYR02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18MYR02.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18MYR02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18MYR02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18MYR02.UCa): interpretation1_scope: '' has been replaced by 'climate'

D'Olivo, J.P., Sinclair, D.J., Rankenburg, K. & McCulloch, M.T. (2018), 'A universal multi-trace element calibration for reconstructing sea surface temperatures from long-lived Porites corals: Removing 'vital-effects'', Geochimica et Cosmochimica Acta, 239, 109-135, 10.1016/j.gca.2018.07.035.

A universal multi-trace element calibration for reconstructing sea surface temperatures from long-lived Porites corals: Removing 'vital-effects'

Latitude and longitude for coral are assumed to be the same as MYR5-271 from D'Olivo et al. (2013). 5 m water depth.

Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.

Exponential regression based on HAV01 1648-1985 and 4-core average 1986-2011

year (GBRCD.LO15HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Based on coral ID, expected the same record as LO11HAV01 but values are not the same.' has been replaced by 'Based on coral ID, expected the same record as LO11HAV01 but values are not the same and no explanation for difference is noted.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/ya1w-m389'

geo_notes: '2.5 m water depth at top' has been replaced by '2.5 m water depth at the top.'

LuminRange (GBRCD.LO15HAV01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO15HAV01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO15HAV01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO15HAV01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO15HAV01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

D'Olivo and McCulloch (2022); De'ath et al. (2009); Erler et al. (2020); Hendy et al. (2002); Hendy et al. (2003a); Hendy et al. (2003b); Hendy et al. (2007); Hendy et al. (2012); Isdale et al. (1998); Lough (2007); Lough (2011a); Lough (2011b); Lough and Barnes (1997); McCulloch et al. (2003); Palmer et al. (2015)

Based on coral ID, expected the same record as LO11HAV01 but values are not the same and no explanation for difference is noted.

Lough, J.M., Lewis, S.E. & Cantin, N.E. (2015), 'Freshwater impacts in the central Great Barrier Reef: 1648–2011', Coral Reefs, 34 (3), 739-751, 10.1007/s00338-015-1297-8.

Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.

Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.

Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard.

Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP B.

BCa (GBRCD.DO17HAV03.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO17HAV03.BCa): paleoData_notes: 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard.'

Extn (GBRCD.DO17HAV03.Extn): paleoData_notes: 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard.'

LiCa (GBRCD.DO17HAV03.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO17HAV03.LiCa): paleoData_notes: 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard.'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_notes: 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard.'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_uncertaintyAnalytical: '1.4' has been replaced by '0.7'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_notes: 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard.'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_uncertaintyAnalytical: '2.2' has been replaced by '1.1'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO17HAV03.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO17HAV03.SrCa): paleoData_notes: 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard.'

SrCa (GBRCD.DO17HAV03.SrCa): paleoData_uncertaintyAnalytical: '0.4' has been replaced by '0.2'

SrCa (GBRCD.DO17HAV03.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO17HAV03.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO17HAV03.UCa): paleoData_notes: 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard.'

UCa (GBRCD.DO17HAV03.UCa): paleoData_uncertaintyAnalytical: '1.2' has been replaced by '0.6'

UCa (GBRCD.DO17HAV03.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

d11B (GBRCD.DO17HAV03.d11B): paleoData_notes: 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Better than monthly resolution (approx. 14 samples per year). Analytical precision reported for NEP B.'

d11B (GBRCD.DO17HAV03.d11B): paleoData_uncertaintyAnalytical: '0.34' has been replaced by '0.16'

d11B (GBRCD.DO17HAV03.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.DO17HAV03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude from D'Olivo & McCulloch (2017) NOAA/WDS HAV09_3 dataset.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/c8sx-js16'

geo_notes: '3.6 m depth from top' has been replaced by 'Latitude and longitude from D'Olivo & McCulloch (2017) NOAA/WDS HAV09_3 dataset. 3.6 m water depth.'

BCa (GBRCD.DO17HAV03.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Extn (GBRCD.DO17HAV03.Extn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.DO17HAV03.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiMg (GBRCD.DO17HAV03.LiMg): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.DO17HAV03.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO17HAV03.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO17HAV03.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO17HAV03.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BCa (GBRCD.DO17HAV03.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO17HAV03.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Extn (GBRCD.DO17HAV03.Extn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Extn (GBRCD.DO17HAV03.Extn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO17HAV03.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO17HAV03.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO17HAV03.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO17HAV03.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO17HAV03.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO17HAV03.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B (GBRCD.DO17HAV03.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO17HAV03.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO17HAV03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO17HAV03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO17HAV03.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO17HAV03.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO17HAV03.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO17HAV03.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.4'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO17HAV03.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.2'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO17HAV03.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO17HAV03.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO17HAV03.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO17HAV03.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO17HAV03.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

d11B (GBRCD.DO17HAV03.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.34'

d11B (GBRCD.DO17HAV03.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.DO17HAV03.d11B): paleoData_measurementInstrument: '' has been replaced by 'NU Plasma II MC-ICP-MS'

d11B (GBRCD.DO17HAV03.d11B): paleoData_measurementMethod: '' has been replaced by 'MC-ICP-MS'

BCa (GBRCD.DO17HAV03.BCa): interpretation1_scope: '' has been replaced by 'climate'

Extn (GBRCD.DO17HAV03.Extn): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO17HAV03.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO17HAV03.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO17HAV03.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO17HAV03.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO17HAV03.UCa): interpretation1_scope: '' has been replaced by 'climate'

d11B (GBRCD.DO17HAV03.d11B): interpretation1_scope: '' has been replaced by 'climate'

D'Olivo, J.P. & McCulloch, M.T. (2017), 'Response of coral calcification and calcifying fluid composition to thermally induced bleaching stress', Scientific Reports, 7 (1), 2207, 10.1038/s41598-017-02306-x.

Response of coral calcification and calcifying fluid composition to thermally induced bleaching stress

Latitude and longitude from D'Olivo & McCulloch (2017) NOAA/WDS HAV09_3 dataset. 3.6 m water depth.

Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.

7880 ± 60 years. Minimal information about U-series dating; dates not converted to standard reference time. Assumed dated in year of thesis submission (2000) for youngest possible age. Additional 14C age (7300 ± 60 yBP); no contextual information but likely calibrated age.

Ablation using a 50 x 500 μm slit, at 5 Hz, using an energy of 50 MJ with a 50% partial reflecting mirror.

ArF excimer laser, with a 193 nm wavelength, connected to a VG Elemental Plasmaquad PQ2+ instrument

year (GBRCD.MA00MYR03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983). Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by 'Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).'

geo_notes: 'Fossil. Myrmidon hole 2 section 17 is 20.5-22.01 m. Marshall (2000) piece depth is 20.6-21.0 m.' has been replaced by 'Fossil. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Myrmidon hole 2 section 17 is 20.5-22.01 m. Marshall (2000) piece depth is 20.6-21.0 m.'

BCa (GBRCD.MA00MYR03.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.MA00MYR03.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.MA00MYR03.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.MA00MYR03.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.MA00MYR03.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.MA00MYR03.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.MA00MYR03.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.MA00MYR03.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.MA00MYR03.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.MA00MYR03.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.MA00MYR03.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.MA00MYR03.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.MA00MYR03.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.MA00MYR03.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.MA00MYR03.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.MA00MYR03.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.MA00MYR03.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.MA00MYR03.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.MA00MYR03.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.MA00MYR03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.MA00MYR03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

pub1_journal: 'PhD Thesis, Australian National University' has been replaced by 'PhD Thesis'

BaCa (GBRCD.MA00MYR03.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.MA00MYR03.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.MA00MYR03.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '3.8'

BCa (GBRCD.MA00MYR03.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BCa (GBRCD.MA00MYR03.BCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser, with a 193 nm wavelength, connected to a VG Elemental Plasmaquad PQ2+ instrument'

BCa (GBRCD.MA00MYR03.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.MA00MYR03.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser, with a 193 nm wavelength, connected to a VG Elemental Plasmaquad PQ2+ instrument'

BaCa (GBRCD.MA00MYR03.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.MA00MYR03.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.MA00MYR03.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.MA00MYR03.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

MgCa (GBRCD.MA00MYR03.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.MA00MYR03.MgCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser, with a 193 nm wavelength, connected to a VG Elemental Plasmaquad PQ2+ instrument'

MgCa (GBRCD.MA00MYR03.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.MA00MYR03.SrCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser, with a 193 nm wavelength, connected to a VG Elemental Plasmaquad PQ2+ instrument'

SrCa (GBRCD.MA00MYR03.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.MA00MYR03.UCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser, with a 193 nm wavelength, connected to a VG Elemental Plasmaquad PQ2+ instrument'

UCa (GBRCD.MA00MYR03.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.MA00MYR03.BCa): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.MA00MYR03.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.MA00MYR03.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.MA00MYR03.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.MA00MYR03.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.MA00MYR03.UCa): interpretation1_scope: '' has been replaced by 'climate'

Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).

Fossil. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Myrmidon hole 2 section 17 is 20.5-22.01 m. Marshall (2000) piece depth is 20.6-21.0 m.

Best estimate for age model years re-created by A. Arzey for database by matching d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima. Approx. 2 years of data could not be assigned an age based on the original age model and seasonal cycle.

3-5 samples per year at 0.5-1.5 mm resolution. Sampled using slow speed drilling and a needle file in later phases. Methods as per Chakraborty & Ramesh (1993; 1997). No analytical precision information supplied.

Calibration based on data and age model from Chakraborty et al. (2000); calibration may not align with archived data.

notes: 'Archived data from thesis; missing additional data points published in Chakraborty et al. (2000). Distance inverted as originally measured from oldest section of coral. Based on age and published X-ray the coral may be SLYC01 from AIMS' coral core database.' has been replaced by 'Archived data from thesis; missing additional data points published in Chakraborty et al. (2000). Age model could not be recreated for period between summer 1978 and winter 1980 and so this data is not included in the database. Distance inverted as originally measured from oldest section of coral. Based on age and published X-ray the coral may be SLYC01 from AIMS' coral core database.'

Density (GBRCD.CH93SLY02.Density): paleoData_measurementInstrument: '' has been replaced by 'AIMS densitometer'

Density (GBRCD.CH93SLY02.Density): paleoData_measurementMethod: '' has been replaced by 'Gamma ray densitometry'

year (GBRCD.CH93SLY02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Archived data from thesis; missing additional data points published in Chakraborty et al. (2000). Distance inverted as originally measured from oldest section of coral. Based on age and published X-ray the coral may be SLYC01 from AIMS coral database.' has been replaced by 'Archived data from thesis; missing additional data points published in Chakraborty et al. (2000). Distance inverted as originally measured from oldest section of coral. Based on age and published X-ray the coral may be SLYC01 from AIMS' coral core database.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/krha-nr94'

Density (GBRCD.CH93SLY02.Density): paleoData_isPrimary: '' has been replaced by 'FALSE'

Density (GBRCD.CH93SLY02.Density): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.CH93SLY02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.CH93SLY02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.CH93SLY02.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.CH93SLY02.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.CH93SLY02.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.CH93SLY02.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.CH93SLY02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.CH93SLY02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.CH93SLY02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Density (GBRCD.CH93SLY02.Density): paleoData_units: 'grams per centimetre' has been replaced by 'grams/centimetre'

Distance (GBRCD.CH93SLY02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.CH93SLY02.Distance): paleoData_units: '' has been replaced by 'millimetres'

d13C (GBRCD.CH93SLY02.d13C): paleoData_measurementInstrument: '' has been replaced by 'VG Micromass 602D mass spectrometer'

d13C (GBRCD.CH93SLY02.d13C): paleoData_measurementMethod: '' has been replaced by 'MS'

d18O (GBRCD.CH93SLY02.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Micromass 602D mass spectrometer'

d18O (GBRCD.CH93SLY02.d18O): paleoData_measurementMethod: '' has been replaced by 'MS'

Density (GBRCD.CH93SLY02.Density): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.CH93SLY02.Distance): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.CH93SLY02.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.CH93SLY02.d18O): interpretation1_scope: '' has been replaced by 'climate'

Archived data from thesis; missing additional data points published in Chakraborty et al. (2000). Age model could not be recreated for period between summer 1978 and winter 1980 and so this data is not included in the database. Distance inverted as originally measured from oldest section of coral. Based on age and published X-ray the coral may be SLYC01 from AIMS' coral core database.

Chakraborty, S. (1993), 'Environmental significance of isotopic and trace elemental variations in banded corals', PhD Thesis. The Maharaja Sayajirao University of Baroda, pp 119.

Environmental significance of isotopic and trace elemental variations in banded corals

Chakraborty, S., Ramesh, R. & Lough, J.M. (2000), 'Effect of intraband variability on stable isotope and density time series obtained from banded corals', Journal of Earth System Science, 109, no. 1, 145-151, 10.1007/BF02719158.

Effect of intraband variability on stable isotope and density time series obtained from banded corals

SrCa (GBRCD.SA16HER03b.SrCa): paleoData_measurementInstrument: 'Varian Vista Ax CCD simultaneous inductively coupled plasma-atomic emission spectrometer' has been replaced by 'Varian Vista Ax CCD simultaneous ICP-AES'

SrCa (GBRCD.SA16HER03b.SrCa): paleoData_uncertaintyAnalytical: '0.0154' has been replaced by '0.359'

year (GBRCD.SA16HER03b.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '7.5 m below lowest astronomical tide.' has been replaced by 'Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. 7.5 m water depth, below lowest astronomical tide.'

SrCa (GBRCD.SA16HER03b.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER03b.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER03b.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER03b.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER03b.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Ax CCD simultaneous inductively coupled plasma-atomic emission spectrometer'

SrCa (GBRCD.SA16HER03b.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.SA16HER03b.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. 7.5 m water depth, below lowest astronomical tide.

SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.

5-10 cm sections were selected for 2000-2006 period and 5 mg was milled at 1 mm increments following sub-annual banding along the primary growth axis using a 1 mm drill bit with hand held Dremel drill and flexible shaft extension. REE and Y normalised using Mud of Queensland (MuQ). REEs measured.

BaCa (GBRCD.LE19SUD01.BaCa): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

BaCa (GBRCD.LE19SUD01.BaCa): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Ce (GBRCD.LE19SUD01.Ce): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Ce (GBRCD.LE19SUD01.Ce): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Dy (GBRCD.LE19SUD01.Dy): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Dy (GBRCD.LE19SUD01.Dy): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Er (GBRCD.LE19SUD01.Er): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Er (GBRCD.LE19SUD01.Er): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Eu (GBRCD.LE19SUD01.Eu): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Eu (GBRCD.LE19SUD01.Eu): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Gd (GBRCD.LE19SUD01.Gd): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Gd (GBRCD.LE19SUD01.Gd): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Ho (GBRCD.LE19SUD01.Ho): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Ho (GBRCD.LE19SUD01.Ho): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

La (GBRCD.LE19SUD01.La): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

La (GBRCD.LE19SUD01.La): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Lu (GBRCD.LE19SUD01.Lu): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Lu (GBRCD.LE19SUD01.Lu): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Nd (GBRCD.LE19SUD01.Nd): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Nd (GBRCD.LE19SUD01.Nd): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Pr (GBRCD.LE19SUD01.Pr): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Pr (GBRCD.LE19SUD01.Pr): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Sm (GBRCD.LE19SUD01.Sm): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Sm (GBRCD.LE19SUD01.Sm): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Tb (GBRCD.LE19SUD01.Tb): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Tb (GBRCD.LE19SUD01.Tb): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Tm (GBRCD.LE19SUD01.Tm): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Tm (GBRCD.LE19SUD01.Tm): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Y (GBRCD.LE19SUD01.Y): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Y (GBRCD.LE19SUD01.Y): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Yb (GBRCD.LE19SUD01.Yb): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Yb (GBRCD.LE19SUD01.Yb): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Zr (GBRCD.LE19SUD01.Zr): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Zr (GBRCD.LE19SUD01.Zr): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

year (GBRCD.LE19SUD01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Coral collected within the lagoon. Latitude and longitude inferred from publication map using 'Reefs and shoals – Queensland' geodatabase.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/tve6-va34'

pub1_doi: '10.1016/j.marpolbul.2019.110634.' has been replaced by '10.1016/j.marpolbul.2019.110634'

pub1_altDataURL: '' has been replaced by 'https://ars.els-cdn.com/content/image/1-s2.0-S0025326X19307829-mmc2.docx'

geo_notes: 'Approx. 5 m water depth' has been replaced by 'Coral collected within the lagoon. Latitude and longitude inferred from publication map using 'Reefs and shoals – Queensland' geodatabase. Approx. 5 m water depth.'

BaCa (GBRCD.LE19SUD01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.LE19SUD01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE19SUD01.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Dy (GBRCD.LE19SUD01.Dy): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Er (GBRCD.LE19SUD01.Er): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.LE19SUD01.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.LE19SUD01.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ho (GBRCD.LE19SUD01.Ho): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE19SUD01.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE19SUD01.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Nd (GBRCD.LE19SUD01.Nd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE19SUD01.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.LE19SUD01.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tb (GBRCD.LE19SUD01.Tb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tm (GBRCD.LE19SUD01.Tm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE19SUD01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE19SUD01.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Zr (GBRCD.LE19SUD01.Zr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE19SUD01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE19SUD01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE19SUD01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE19SUD01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Dy (GBRCD.LE19SUD01.Dy): paleoData_isPrimary: '' has been replaced by 'FALSE'

Dy (GBRCD.LE19SUD01.Dy): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Er (GBRCD.LE19SUD01.Er): paleoData_isPrimary: '' has been replaced by 'FALSE'

Er (GBRCD.LE19SUD01.Er): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.LE19SUD01.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.LE19SUD01.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.LE19SUD01.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.LE19SUD01.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ho (GBRCD.LE19SUD01.Ho): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ho (GBRCD.LE19SUD01.Ho): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE19SUD01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE19SUD01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE19SUD01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE19SUD01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Nd (GBRCD.LE19SUD01.Nd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Nd (GBRCD.LE19SUD01.Nd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE19SUD01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE19SUD01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE19SUD01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE19SUD01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tb (GBRCD.LE19SUD01.Tb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tb (GBRCD.LE19SUD01.Tb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tm (GBRCD.LE19SUD01.Tm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tm (GBRCD.LE19SUD01.Tm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE19SUD01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE19SUD01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE19SUD01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE19SUD01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Zr (GBRCD.LE19SUD01.Zr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Zr (GBRCD.LE19SUD01.Zr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE19SUD01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE19SUD01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.LE19SUD01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Zr (GBRCD.LE19SUD01.Zr): paleoData_description: '' has been replaced by 'Zirconium'

BaCa (GBRCD.LE19SUD01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

BaCa (GBRCD.LE19SUD01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ce (GBRCD.LE19SUD01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Ce (GBRCD.LE19SUD01.Ce): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Dy (GBRCD.LE19SUD01.Dy): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Dy (GBRCD.LE19SUD01.Dy): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Er (GBRCD.LE19SUD01.Er): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Er (GBRCD.LE19SUD01.Er): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Eu (GBRCD.LE19SUD01.Eu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Eu (GBRCD.LE19SUD01.Eu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Gd (GBRCD.LE19SUD01.Gd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Gd (GBRCD.LE19SUD01.Gd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ho (GBRCD.LE19SUD01.Ho): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Ho (GBRCD.LE19SUD01.Ho): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

La (GBRCD.LE19SUD01.La): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

La (GBRCD.LE19SUD01.La): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Lu (GBRCD.LE19SUD01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Lu (GBRCD.LE19SUD01.Lu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Nd (GBRCD.LE19SUD01.Nd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Nd (GBRCD.LE19SUD01.Nd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.LE19SUD01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Pr (GBRCD.LE19SUD01.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.LE19SUD01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Sm (GBRCD.LE19SUD01.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tb (GBRCD.LE19SUD01.Tb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Tb (GBRCD.LE19SUD01.Tb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tm (GBRCD.LE19SUD01.Tm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Tm (GBRCD.LE19SUD01.Tm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.LE19SUD01.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Y (GBRCD.LE19SUD01.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Yb (GBRCD.LE19SUD01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Yb (GBRCD.LE19SUD01.Yb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Zr (GBRCD.LE19SUD01.Zr): paleoData_longName: '' has been replaced by 'Zr'

Zr (GBRCD.LE19SUD01.Zr): paleoData_units: '' has been replaced by 'parts per billion'

Zr (GBRCD.LE19SUD01.Zr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Zr (GBRCD.LE19SUD01.Zr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

BaCa (GBRCD.LE19SUD01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE19SUD01.Ce): interpretation1_scope: '' has been replaced by 'climate'

Dy (GBRCD.LE19SUD01.Dy): interpretation1_scope: '' has been replaced by 'climate'

Er (GBRCD.LE19SUD01.Er): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.LE19SUD01.Eu): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.LE19SUD01.Gd): interpretation1_scope: '' has been replaced by 'climate'

Ho (GBRCD.LE19SUD01.Ho): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE19SUD01.La): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE19SUD01.Lu): interpretation1_scope: '' has been replaced by 'climate'

Nd (GBRCD.LE19SUD01.Nd): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE19SUD01.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE19SUD01.Sm): interpretation1_scope: '' has been replaced by 'climate'

Tb (GBRCD.LE19SUD01.Tb): interpretation1_scope: '' has been replaced by 'climate'

Tm (GBRCD.LE19SUD01.Tm): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE19SUD01.Y): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE19SUD01.Yb): interpretation1_scope: '' has been replaced by 'climate'

Zr (GBRCD.LE19SUD01.Zr): interpretation1_scope: '' has been replaced by 'climate'

Leonard, N.D., Welsh, K.J., Nguyen, A.D., Sadler, J., Pandolfi, J.M., Clark, T.R., Zhao, J.x., Feng, Y.x. & Webb, G.E.

Leonard, N.D., Welsh, K.J., Nguyen, A.D., Sadler, J., Pandolfi, J.M., Clark, T.R., Zhao, J.x., Feng, Y.x. & Webb, G.E. (2019), 'High resolution geochemical analysis of massive Porites spp. corals from the Wet Tropics, Great Barrier Reef: rare earth elements, yttrium and barium as indicators of terrigenous input', Marine Pollution Bulletin, 149, 110634, 10.1016/j.marpolbul.2019.110634.

High resolution geochemical analysis of massive Porites spp. corals from the Wet Tropics, Great Barrier Reef: rare earth elements, yttrium and barium as indicators of terrigenous input

Coral collected within the lagoon. Latitude and longitude inferred from publication map using 'Reefs and shoals – Queensland' geodatabase. Approx. 5 m water depth.

U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).

5.790 ± 0.031 ka reported 2003-09 for top of NEL01D and 6.089 ± 0.040 ka reported 2003-09 for bottom of NEL01D. Additional dating information provided in Lewis (2005). Original age discrepancy compared with Lewis (2005) U-Th dating becomes within error using re-calibration of 14C ages. Assumed this NEL01D youngest year (year 130) matches LO14NEL04 youngest year (Lough et al. (2014) year 0).

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.

SST-TE calibrations are based on adjusting previous equations for Magnetic Island temperature range. SrCa is adjusted Gagan et al. (1998), UCa is adjusted Min et al. (1995). Additional adjusted MgCa calibrations are listed in Lewis (2005).

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Ba = 1.27%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: BaCa = 1.57%;. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: MgCa = 0.9%. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Mn = 1.48%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: SrCa = 0.46%. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Th = 1.83%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: UCa = 0.6%. Trace element reproducibility as reported in Lewis (2005). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Y = 3.47%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.

Ba (GBRCD.LE07NEL01.Ba): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Ba = 1.27%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.'

BaCa (GBRCD.LE07NEL01.BaCa): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: BaCa = 1.57%;. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.'

Ca (GBRCD.LE07NEL01.Ca): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. REEs measured.'

MgCa (GBRCD.LE07NEL01.MgCa): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: MgCa = 0.9%. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.'

Mn (GBRCD.LE07NEL01.Mn): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Mn = 1.48%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.'

Pr (GBRCD.LE07NEL01.Pr): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. REEs measured.'

Sm (GBRCD.LE07NEL01.Sm): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. REEs measured.'

SrCa (GBRCD.LE07NEL01.SrCa): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: SrCa = 0.46%. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.'

Th (GBRCD.LE07NEL01.Th): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Th = 1.83%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.'

UCa (GBRCD.LE07NEL01.UCa): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: UCa = 0.6%. Trace element reproducibility as reported in Lewis (2005). REEs measured.'

Y (GBRCD.LE07NEL01.Y): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Y = 3.47%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.'

YHo (GBRCD.LE07NEL01.YHo): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. REEs measured.'

year (GBRCD.LE07NEL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Recovered during construction of Nelly Bay Harbour in 2001. Latitude and longitude supplied by S. Lewis. Some uncertainty on specific location of coral but coral was taken within current Nelly Bay Harbour. Note growth hiatus covering period -3868 to -3874; hiatus is excluded from resolution calculations.' has been replaced by 'Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/6qfb-7016'

pub1_journal: 'Palaeogeography, Palaeoclimatology, Palaeoecology,' has been replaced by 'Palaeogeography, Palaeoclimatology, Palaeoecology'

geo_notes: 'Fossil. Retrieved from under approx. 0.5 m of sediment on the sea floor.' has been replaced by 'Fossil. Recovered during construction of Nelly Bay Harbour in 2001. Latitude and longitude supplied by S. Lewis. Some uncertainty on specific location of coral but coral was taken within current Nelly Bay Harbour. Retrieved from under approx. 0.5 m of sediment on the sea floor.'

BaCa (GBRCD.LE07NEL01.BaCa): paleoData_description: 'Barium/Calcium 

Ba (GBRCD.LE07NEL01.Ba): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba (GBRCD.LE07NEL01.Ba): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE07NEL01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE07NEL01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ca (GBRCD.LE07NEL01.Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ca (GBRCD.LE07NEL01.Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE07NEL01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE07NEL01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE07NEL01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE07NEL01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE07NEL01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE07NEL01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE07NEL01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE07NEL01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE07NEL01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE07NEL01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Th (GBRCD.LE07NEL01.Th): paleoData_isPrimary: '' has been replaced by 'FALSE'

Th (GBRCD.LE07NEL01.Th): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE07NEL01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE07NEL01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE07NEL01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE07NEL01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YHo (GBRCD.LE07NEL01.YHo): paleoData_isPrimary: '' has been replaced by 'FALSE'

YHo (GBRCD.LE07NEL01.YHo): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE07NEL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE07NEL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.LE07NEL01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ca (GBRCD.LE07NEL01.Ca): paleoData_description: '' has been replaced by 'Calcium'

YHo (GBRCD.LE07NEL01.YHo): paleoData_description: 'Yttrium/Holmium as mass ratio' has been replaced by 'Yttrium/Holmium as mass ratio.'

Ba (GBRCD.LE07NEL01.Ba): paleoData_uncertaintyAnalytical: '' has been replaced by '1.27'

Ba (GBRCD.LE07NEL01.Ba): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba (GBRCD.LE07NEL01.Ba): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Ba (GBRCD.LE07NEL01.Ba): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

BaCa (GBRCD.LE07NEL01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '1.57'

BaCa (GBRCD.LE07NEL01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.LE07NEL01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

BaCa (GBRCD.LE07NEL01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ca (GBRCD.LE07NEL01.Ca): paleoData_longName: '' has been replaced by 'Ca'

Ca (GBRCD.LE07NEL01.Ca): paleoData_units: '' has been replaced by 'parts per million'

Ca (GBRCD.LE07NEL01.Ca): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Ca (GBRCD.LE07NEL01.Ca): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

MgCa (GBRCD.LE07NEL01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.94'

MgCa (GBRCD.LE07NEL01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.LE07NEL01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

MgCa (GBRCD.LE07NEL01.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Mn (GBRCD.LE07NEL01.Mn): paleoData_uncertaintyAnalytical: '' has been replaced by '1.48'

Mn (GBRCD.LE07NEL01.Mn): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Mn (GBRCD.LE07NEL01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Mn (GBRCD.LE07NEL01.Mn): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.LE07NEL01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Pr (GBRCD.LE07NEL01.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.LE07NEL01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Sm (GBRCD.LE07NEL01.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.LE07NEL01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

SrCa (GBRCD.LE07NEL01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Th (GBRCD.LE07NEL01.Th): paleoData_uncertaintyAnalytical: '' has been replaced by '3.47'

Th (GBRCD.LE07NEL01.Th): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Th (GBRCD.LE07NEL01.Th): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Th (GBRCD.LE07NEL01.Th): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

UCa (GBRCD.LE07NEL01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

UCa (GBRCD.LE07NEL01.UCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.LE07NEL01.Y): paleoData_uncertaintyAnalytical: '' has been replaced by '1.83'

Y (GBRCD.LE07NEL01.Y): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Y (GBRCD.LE07NEL01.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Y (GBRCD.LE07NEL01.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

YHo (GBRCD.LE07NEL01.YHo): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

YHo (GBRCD.LE07NEL01.YHo): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ba (GBRCD.LE07NEL01.Ba): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE07NEL01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Ca (GBRCD.LE07NEL01.Ca): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE07NEL01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE07NEL01.Mn): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE07NEL01.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE07NEL01.Sm): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE07NEL01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Th (GBRCD.LE07NEL01.Th): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE07NEL01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE07NEL01.Y): interpretation1_scope: '' has been replaced by 'climate'

YHo (GBRCD.LE07NEL01.YHo): interpretation1_scope: '' has been replaced by 'climate'

Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.

Lewis, S.E., Shields, G.A., Kamber, B.S. & Lough, J.M. (2007), 'A multi-trace element coral record of land-use changes in the Burdekin River catchment, NE Australia', Palaeogeography, Palaeoclimatology, Palaeoecology, 246 (2-4), 471-487, 10.1016/j.palaeo.2006.10.021.

A multi-trace element coral record of land-use changes in the Burdekin River catchment, NE Australia

Lewis, S.E. (2005), 'Environmental Trends in GBR lagoon and Burdekin River catchment during the mid-Holocene and since European settlement using Porites coral records, Magnetic Island, QLD', PhD Thesis, James Cook University.

Environmental Trends in GBR lagoon and Burdekin River catchment during the mid-Holocene and since European settlement using Porites coral records, Magnetic Island, QLD

Fossil. Recovered during construction of Nelly Bay Harbour in 2001. Latitude and longitude supplied by S. Lewis. Some uncertainty on specific location of coral but coral was taken within current Nelly Bay Harbour. Retrieved from under approx. 0.5 m of sediment on the sea floor.

Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.

Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard.

Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP B.

BCa (GBRCD.DO17HAV02.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO17HAV02.BCa): paleoData_notes: 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard.'

Extn (GBRCD.DO17HAV02.Extn): paleoData_notes: 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard.'

LiCa (GBRCD.DO17HAV02.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO17HAV02.LiCa): paleoData_notes: 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard.'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_notes: 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard.'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_uncertaintyAnalytical: '1.4' has been replaced by '0.7'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_notes: 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard.'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_uncertaintyAnalytical: '2.2' has been replaced by '1.1'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO17HAV02.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO17HAV02.SrCa): paleoData_notes: 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard.'

SrCa (GBRCD.DO17HAV02.SrCa): paleoData_uncertaintyAnalytical: '0.4' has been replaced by '0.2'

SrCa (GBRCD.DO17HAV02.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO17HAV02.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO17HAV02.UCa): paleoData_notes: 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard.'

UCa (GBRCD.DO17HAV02.UCa): paleoData_uncertaintyAnalytical: '1.2' has been replaced by '0.6'

UCa (GBRCD.DO17HAV02.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

d11B (GBRCD.DO17HAV02.d11B): paleoData_notes: 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 7 samples per year). Analytical precision reported for NEP B.'

d11B (GBRCD.DO17HAV02.d11B): paleoData_uncertaintyAnalytical: '0.34' has been replaced by '0.16'

d11B (GBRCD.DO17HAV02.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.DO17HAV02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.DO17HAV02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Extn (GBRCD.DO17HAV02.Extn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.DO17HAV02.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiMg (GBRCD.DO17HAV02.LiMg): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.DO17HAV02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO17HAV02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO17HAV02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO17HAV02.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BCa (GBRCD.DO17HAV02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO17HAV02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Extn (GBRCD.DO17HAV02.Extn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Extn (GBRCD.DO17HAV02.Extn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO17HAV02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO17HAV02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO17HAV02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO17HAV02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO17HAV02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO17HAV02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B (GBRCD.DO17HAV02.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO17HAV02.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO17HAV02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO17HAV02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO17HAV02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO17HAV02.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO17HAV02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO17HAV02.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.4'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO17HAV02.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.2'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO17HAV02.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO17HAV02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO17HAV02.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO17HAV02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO17HAV02.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

d11B (GBRCD.DO17HAV02.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.34'

d11B (GBRCD.DO17HAV02.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.DO17HAV02.d11B): paleoData_measurementInstrument: '' has been replaced by 'NU Plasma II MC-ICP-MS'

d11B (GBRCD.DO17HAV02.d11B): paleoData_measurementMethod: '' has been replaced by 'MC-ICP-MS'

BCa (GBRCD.DO17HAV02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Extn (GBRCD.DO17HAV02.Extn): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO17HAV02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO17HAV02.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO17HAV02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO17HAV02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO17HAV02.UCa): interpretation1_scope: '' has been replaced by 'climate'

d11B (GBRCD.DO17HAV02.d11B): interpretation1_scope: '' has been replaced by 'climate'

Multiple U-Th dates from Marshall 2000; top of core age was 7968 ± 100 years and basal core age was 7646 ± 60 years. Minimal information about U-series dating; dates not converted to standard reference time. New U-Th date on alternate slice measured July 2022 and assumed to match youngest year of the record. See GBRCD Appendices.

Ledge sampled every 0.25 mm. Every second sample analysed generally, but consecutive samples analysed around peaks and troughs.

Multiple U-Th dates from Marshall 2000; top of core age was 7968 ± 100 years and basal core age was 7646 ± 60 years. Minimal information about U-series dating; dates not converted to standard reference time. New U-Th date on alternate slice measured July 2022 and assumed to match youngest year of the record. See GBRCD publication appendices.

Finnigan MAT 251 mass spectrometer coupled with an automated carbonate reaction Kiel device

Distance (GBRCD.MA00MYR02.Distance): paleoData_gbrDatingNotes: 'Multiple U-Th dates from Marshall 2000; top of core age was 7968 ± 100 years and basal core age was 7646 ± 60 years. Minimal information about U-series dating; dates not converted to standard reference time. New U-Th date on alternate slice measured July 2022 and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Multiple U-Th dates from Marshall 2000; top of core age was 7968 ± 100 years and basal core age was 7646 ± 60 years. Minimal information about U-series dating; dates not converted to standard reference time. New U-Th date on alternate slice measured July 2022 and assumed to match youngest year of the record. See GBRCD publication appendices.'

d13C (GBRCD.MA00MYR02.d13C): paleoData_gbrDatingNotes: 'Multiple U-Th dates from Marshall 2000; top of core age was 7968 ± 100 years and basal core age was 7646 ± 60 years. Minimal information about U-series dating; dates not converted to standard reference time. New U-Th date on alternate slice measured July 2022 and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Multiple U-Th dates from Marshall 2000; top of core age was 7968 ± 100 years and basal core age was 7646 ± 60 years. Minimal information about U-series dating; dates not converted to standard reference time. New U-Th date on alternate slice measured July 2022 and assumed to match youngest year of the record. See GBRCD publication appendices.'

d18O (GBRCD.MA00MYR02.d18O): paleoData_gbrDatingNotes: 'Multiple U-Th dates from Marshall 2000; top of core age was 7968 ± 100 years and basal core age was 7646 ± 60 years. Minimal information about U-series dating; dates not converted to standard reference time. New U-Th date on alternate slice measured July 2022 and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Multiple U-Th dates from Marshall 2000; top of core age was 7968 ± 100 years and basal core age was 7646 ± 60 years. Minimal information about U-series dating; dates not converted to standard reference time. New U-Th date on alternate slice measured July 2022 and assumed to match youngest year of the record. See GBRCD publication appendices.'

year (GBRCD.MA00MYR02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: 'Fossil. Myrmidon hole 2 section 16 is 18.72-20.5 m. Marshall (2000) piece depth is 20.0-20.6 m.' has been replaced by 'Fossil. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Myrmidon hole 2 section 16 is 18.72-20.5 m. Marshall (2000) piece depth is 20.0-20.6 m.'

Distance (GBRCD.MA00MYR02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d13C (GBRCD.MA00MYR02.d13C): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d18O (GBRCD.MA00MYR02.d18O): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.MA00MYR02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.MA00MYR02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.MA00MYR02.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.MA00MYR02.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.MA00MYR02.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.MA00MYR02.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.MA00MYR02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.MA00MYR02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.MA00MYR02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Distance (GBRCD.MA00MYR02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.MA00MYR02.Distance): paleoData_units: '' has been replaced by 'millimetres'

d13C (GBRCD.MA00MYR02.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.03'

d13C (GBRCD.MA00MYR02.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.MA00MYR02.d13C): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 251 mass spectrometer coupled with an automated carbonate reaction Kiel device'

d13C (GBRCD.MA00MYR02.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.MA00MYR02.d18O): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 251 mass spectrometer coupled with an automated carbonate reaction Kiel device'

d18O (GBRCD.MA00MYR02.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

Distance (GBRCD.MA00MYR02.Distance): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.MA00MYR02.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.MA00MYR02.d18O): interpretation1_scope: '' has been replaced by 'climate'

Fossil. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Myrmidon hole 2 section 16 is 18.72-20.5 m. Marshall (2000) piece depth is 20.0-20.6 m.

Slices pre-treated with sodium hypochlorite for 24 hr and subsequently ultrasonically rinsed. LA-ICP-MS laser spot dimension was 50 x 500 μm and laser pulse rate set to 5 Hz. Davies Reef pressed coral standard and NIST-614 glass standard. No analytical precision data available.

BCa (GBRCD.LE18HAV02.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18HAV02.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.LE18HAV02.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18HAV02.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18HAV02.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18HAV02.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18HAV02.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18HAV02.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18HAV02.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18HAV02.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18HAV02.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18HAV02.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18HAV02.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18HAV02.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18HAV02.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18HAV02.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18HAV02.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18HAV02.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18HAV02.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18HAV02.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18HAV02.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18HAV02.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18HAV02.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18HAV02.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18HAV02.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18HAV02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/mj1g-7d40'

geo_notes: '3 m' has been replaced by '3 m estimated water depth.'

pub1_altDataURL: '' has been replaced by 'https://ars.els-cdn.com/content/image/1-s2.0-S0016703718303326-mmc3.xlsx'

BCa (GBRCD.LE18HAV02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE18HAV02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18HAV02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18HAV02.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18HAV02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18HAV02.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18HAV02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18HAV02.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18HAV02.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18HAV02.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18HAV02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18HAV02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18HAV02.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18HAV02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE18HAV02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18HAV02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18HAV02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18HAV02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18HAV02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18HAV02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18HAV02.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18HAV02.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18HAV02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18HAV02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18HAV02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18HAV02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18HAV02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18HAV02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18HAV02.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18HAV02.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18HAV02.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18HAV02.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18HAV02.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18HAV02.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18HAV02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18HAV02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18HAV02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18HAV02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18HAV02.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18HAV02.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18HAV02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18HAV02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

pub2_altDataURL: '10.1594/PANGAEA.944981' has been replaced by ''

Ba138Ca (GBRCD.LE18HAV02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18HAV02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE18HAV02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE18HAV02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18HAV02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18HAV02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18HAV02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18HAV02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18HAV02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18HAV02.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18HAV02.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18HAV02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18HAV02.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18HAV02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18HAV02.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18HAV02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18HAV02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18HAV02.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18HAV02.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18HAV02.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18HAV02.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18HAV02.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18HAV02.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18HAV02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18HAV02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18HAV02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18HAV02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18HAV02.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18HAV02.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18HAV02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18HAV02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18HAV02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18HAV02.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18HAV02.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18HAV02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18HAV02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18HAV02.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18HAV02.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18HAV02.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18HAV02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18HAV02.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18HAV02.YCa): interpretation1_scope: '' has been replaced by 'climate'

Lewis, S.E., Lough, J.M., Cantin, N.E., Matson, E.G., Kinsley, L., Bainbridge, Z.T. & Brodie, J.E

Lewis, S.E., Lough, J.M., Cantin, N.E., Matson, E.G., Kinsley, L., Bainbridge, Z.T. & Brodie, J.E. (2018), 'A critical evaluation of coral Ba/Ca, Mn/Ca and Y/Ca ratios as indicators of terrestrial input: New data from the Great Barrier Reef, Australia', Geochimica et Cosmochimica Acta, 237, 131-154, 10.1016/j.gca.2018.06.017.

A critical evaluation of coral Ba/Ca, Mn/Ca and Y/Ca ratios as indicators of terrestrial input: New data from the Great Barrier Reef, Australia

UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.

Average from 7 AIMS loggers: Barren Island, Half tide Rocks, Halfway Island, Humpy Island, North Keppel Island, Peak Island, and Pelican Island

BCa (GBRCD.WU21HUM01.BCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

LiCa (GBRCD.WU21HUM01.LiCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

MgCa (GBRCD.WU21HUM01.MgCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

SrCa (GBRCD.WU21HUM01.SrCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

UCa (GBRCD.WU21HUM01.UCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

year (GBRCD.WU21HUM01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.WU21HUM01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.WU21HUM01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21HUM01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21HUM01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21HUM01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21HUM01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21HUM01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21HUM01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21HUM01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21HUM01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WU21HUM01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WU21HUM01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.WU21HUM01.BCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

BCa (GBRCD.WU21HUM01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.WU21HUM01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

LiCa (GBRCD.WU21HUM01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.WU21HUM01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

MgCa (GBRCD.WU21HUM01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.WU21HUM01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

SrCa (GBRCD.WU21HUM01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.WU21HUM01.UCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

UCa (GBRCD.WU21HUM01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.WU21HUM01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.WU21HUM01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.WU21HUM01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.WU21HUM01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.WU21HUM01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).

SST-TE calibrations are based on adjusting previous equations for Magnetic Island temperature range. SrCa is adjusted Gagan et al. (1998) equation. Available MgCa calibrations are listed in Lewis (2005). SST-d18O calibrations were based on Gagan et al. (1998) equation.

Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: BaCa = 4.64%.

Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: d13C = 014 permil.

Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: d18O = 0.1 permil.

Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: MgCa = 0.75%.

Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: Mn = 44.72%.

Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: SrCa = 0.22%.

Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. d18O = 0.1 permil.

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: BaCa = 4.64%.'

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_uncertaintyAnalytical: '4.64' has been replaced by ''

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

MgCa (GBRCD.LE05MAG01.MgCa): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: MgCa = 0.75%.'

MgCa (GBRCD.LE05MAG01.MgCa): paleoData_uncertaintyAnalytical: '0.75' has been replaced by ''

MgCa (GBRCD.LE05MAG01.MgCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

Mn (GBRCD.LE05MAG01.Mn): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: Mn = 44.72%.'

SrCa (GBRCD.LE05MAG01.SrCa): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: SrCa = 0.22%.'

SrCa (GBRCD.LE05MAG01.SrCa): paleoData_uncertaintyAnalytical: '0.22' has been replaced by ''

SrCa (GBRCD.LE05MAG01.SrCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

d13C (GBRCD.LE05MAG01.d13C): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: d13C = 014 permil.'

d13C (GBRCD.LE05MAG01.d13C): paleoData_uncertaintyAnalytical: '0.14' has been replaced by ''

d13C (GBRCD.LE05MAG01.d13C): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

d18O (GBRCD.LE05MAG01.d18O): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: d18O = 0.1 permil.'

d18O (GBRCD.LE05MAG01.d18O): paleoData_uncertaintyAnalytical: '0.1' has been replaced by ''

d18O (GBRCD.LE05MAG01.d18O): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

d18Osw (GBRCD.LE05MAG01.d18Osw): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. d18O = 0.1 permil.'

year (GBRCD.LE05MAG01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude matched to other records with the same core ID. GPS coordinates plot the core on Magnetic Island. Thought to be the same coral head later sampled by AIMS as GFB31. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.' has been replaced by 'Thought to be the same coral head later sampled by AIMS as GFB31.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/p7xm-rb70'

pub1_altDataURL: '' has been replaced by 'https://researchonline.jcu.edu.au/1347/'

geo_notes: '' has been replaced by 'Latitude and longitude matched to other records with the same core ID. GPS coordinates plot the core on Magnetic Island. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.'

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE05MAG01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE05MAG01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE05MAG01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE05MAG01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE05MAG01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE05MAG01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.LE05MAG01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.LE05MAG01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.LE05MAG01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.LE05MAG01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18Osw (GBRCD.LE05MAG01.d18Osw): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18Osw (GBRCD.LE05MAG01.d18Osw): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE05MAG01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE05MAG01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

d18Osw (GBRCD.LE05MAG01.d18Osw): paleoData_description: 'δ18O of seawater calculated from paired δ18O and Sr/Ca' has been replaced by 'δ18O of seawater calculated from paired δ18O and Sr/Ca.'

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.64'

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

BaCa (GBRCD.LE05MAG01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

MgCa (GBRCD.LE05MAG01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.75'

MgCa (GBRCD.LE05MAG01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.LE05MAG01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

MgCa (GBRCD.LE05MAG01.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

Mn (GBRCD.LE05MAG01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

Mn (GBRCD.LE05MAG01.Mn): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.LE05MAG01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

SrCa (GBRCD.LE05MAG01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d13C (GBRCD.LE05MAG01.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.14'

d13C (GBRCD.LE05MAG01.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.LE05MAG01.d13C): paleoData_measurementInstrument: '' has been replaced by 'Micromass PRISM III stable-isotope mass spectrometer'

d13C (GBRCD.LE05MAG01.d13C): paleoData_measurementMethod: '' has been replaced by 'MS'

d18O (GBRCD.LE05MAG01.d18O): paleoData_measurementInstrument: '' has been replaced by 'Micromass PRISM III stable-isotope mass spectrometer'

d18O (GBRCD.LE05MAG01.d18O): paleoData_measurementMethod: '' has been replaced by 'MS'

BaCa (GBRCD.LE05MAG01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE05MAG01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE05MAG01.Mn): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE05MAG01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.LE05MAG01.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.LE05MAG01.d18O): interpretation1_scope: '' has been replaced by 'climate'

d18Osw (GBRCD.LE05MAG01.d18Osw): interpretation1_scope: '' has been replaced by 'climate'

Barnes and Lough (1992); D'Olivo and McCulloch (2022); De'ath et al. (2009); Erler et al. (2016); Lewis et al. (2007); Lough (2007); Lough (2011a); Lough (2011b); Lough and Barnes (1997)

Thought to be the same coral head later sampled by AIMS as GFB31.

Latitude and longitude matched to other records with the same core ID. GPS coordinates plot the core on Magnetic Island. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.

BCa (GBRCD.DO18MYR03.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18MYR03.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18MYR03.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18MYR03.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18MYR03.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18MYR03.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18MYR03.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18MYR03.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18MYR03.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18MYR03.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18MYR03.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18MYR03.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18MYR03.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18MYR03.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18MYR03.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18MYR03.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18MYR03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '6.6 m depth' has been replaced by 'Latitude and longitude for coral are assumed to be the same as MYR5-271 from D'Olivo et al. (2013). 6.6 m water depth.'

BCa (GBRCD.DO18MYR03.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18MYR03.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18MYR03.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18MYR03.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18MYR03.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18MYR03.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18MYR03.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18MYR03.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18MYR03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18MYR03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18MYR03.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18MYR03.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18MYR03.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18MYR03.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18MYR03.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18MYR03.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18MYR03.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18MYR03.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18MYR03.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18MYR03.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18MYR03.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18MYR03.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18MYR03.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18MYR03.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18MYR03.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18MYR03.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for coral are assumed to be the same as MYR5-271 from D'Olivo et al. (2013). 6.6 m water depth.

SrCa maxima & minima matched with HadISST1.1 minima & maxima. Cross-checked with UCa.

Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.

Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: BaCa = 0.92%.

Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: MgCa = 0.62%.

Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: SrCa = 0.24%.

Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: UCa = 0.76%.

Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: YCa = 2.02%.

notes: 'Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD Appendices.' has been replaced by 'Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.'

pub1_title: 'Great Barrier Reef Coral Skeletal Records Database (GBRCD)' has been replaced by 'Coral Skeletal Proxy Records Database for the Great Barrier Reef, Australia'

pub1_citation: '' has been replaced by 'Arzey, A.K., McGregor, H.V., Clark, T.R., Webster, J.M., Lewis, S.E., Mallela, J., McKay, N.P., Fahey, H.W., Chakraborty, S., Razak, T.B. & Fischer, M.J. (2024), 'Coral skeletal proxy records database for the Great Barrier Reef, Australia', Earth System Science Data, 16 (10), 4869-4930, 10.5194/essd-16-4869-2024.'

pub1_journal: '' has been replaced by 'Earth System Science Data'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_notes: 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: BaCa = 0.92%.'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_uncertaintyAnalytical: '1.29' has been replaced by ''

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_notes: 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: MgCa = 0.62%.'

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_uncertaintyAnalytical: '0.23' has been replaced by ''

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

SrCa (GBRCD.AR24DIP01.SrCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

SrCa (GBRCD.AR24DIP01.SrCa): paleoData_notes: 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: SrCa = 0.24%.'

SrCa (GBRCD.AR24DIP01.SrCa): paleoData_uncertaintyAnalytical: '0.15' has been replaced by ''

SrCa (GBRCD.AR24DIP01.SrCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

UCa (GBRCD.AR24DIP01.UCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

UCa (GBRCD.AR24DIP01.UCa): paleoData_notes: 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: UCa = 0.76%.'

UCa (GBRCD.AR24DIP01.UCa): paleoData_uncertaintyAnalytical: '0.59' has been replaced by ''

UCa (GBRCD.AR24DIP01.UCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

YCa (GBRCD.AR24DIP01.YCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

YCa (GBRCD.AR24DIP01.YCa): paleoData_notes: 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: YCa = 2.02%.'

YCa (GBRCD.AR24DIP01.YCa): paleoData_uncertaintyAnalytical: '4.99' has been replaced by ''

YCa (GBRCD.AR24DIP01.YCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

year (GBRCD.AR24DIP01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. See GBRCD Appendices.' has been replaced by 'Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD Appendices.'

geo_notes: '' has been replaced by 'Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase.'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.AR24DIP01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.AR24DIP01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.AR24DIP01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.AR24DIP01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.AR24DIP01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24DIP01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24DIP01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24DIP01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24DIP01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.AR24DIP01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.AR24DIP01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AR24DIP01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AR24DIP01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '1.29'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

BaCa (GBRCD.AR24DIP01.BaCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.23'

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

MgCa (GBRCD.AR24DIP01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.AR24DIP01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

SrCa (GBRCD.AR24DIP01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.AR24DIP01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

UCa (GBRCD.AR24DIP01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

YCa (GBRCD.AR24DIP01.YCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.99'

YCa (GBRCD.AR24DIP01.YCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

YCa (GBRCD.AR24DIP01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

YCa (GBRCD.AR24DIP01.YCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BaCa (GBRCD.AR24DIP01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.AR24DIP01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.AR24DIP01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.AR24DIP01.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.AR24DIP01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.

Arzey, A.K., McGregor, H.V., Clark, T.R., Webster, J.M., Lewis, S.E., Mallela, J., McKay, N.P., Fahey, H.W., Chakraborty, S., Razak, T.B. & Fischer, M.J.

Arzey, A.K., McGregor, H.V., Clark, T.R., Webster, J.M., Lewis, S.E., Mallela, J., McKay, N.P., Fahey, H.W., Chakraborty, S., Razak, T.B. & Fischer, M.J. (2024), 'Coral skeletal proxy records database for the Great Barrier Reef, Australia', Earth System Science Data, 16 (10), 4869-4930, 10.5194/essd-16-4869-2024.

Coral Skeletal Proxy Records Database for the Great Barrier Reef, Australia

Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase.

BCa (GBRCD.DO18MYR01.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18MYR01.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18MYR01.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18MYR01.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18MYR01.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18MYR01.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18MYR01.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18MYR01.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18MYR01.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18MYR01.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18MYR01.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18MYR01.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18MYR01.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18MYR01.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18MYR01.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18MYR01.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18MYR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude from D'Olivo et al. (2013).' has been replaced by ''

geo_notes: '4 m depth from top' has been replaced by 'Latitude and longitude from D'Olivo et al. (2013). 4 m water depth.'

BCa (GBRCD.DO18MYR01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18MYR01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18MYR01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18MYR01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18MYR01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18MYR01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18MYR01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18MYR01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18MYR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18MYR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18MYR01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18MYR01.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18MYR01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18MYR01.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18MYR01.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18MYR01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18MYR01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18MYR01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18MYR01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18MYR01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18MYR01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18MYR01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18MYR01.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18MYR01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18MYR01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18MYR01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude from D'Olivo et al. (2013). 4 m water depth.

Exponential regression based on HAV01 1648-1985 and 4-core average 1986-2012

year (GBRCD.LO15HAV02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: 'Depth to top 3 m' has been replaced by 'Latitude and longitude for core from AIMS' coral core database. Depth to top 3 m.'

LuminRange (GBRCD.LO15HAV02.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO15HAV02.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO15HAV02.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO15HAV02.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO15HAV02.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for core from AIMS' coral core database. Depth to top 3 m.

Archived age model matched d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima.

3-5 samples per year at 0.5-1.5 mm resolution to collect approx. 1 mg of powder. Sampled using slow speed drilling and a needle file in later phases. Measurements relative to foram control and 2 marble standards. Methods as per Chakraborty & Ramesh (1993; 1997). No analytical precision information supplied.

Density (GBRCD.CH93SLY01.Density): paleoData_measurementInstrument: '' has been replaced by 'AIMS densitometer'

Density (GBRCD.CH93SLY01.Density): paleoData_measurementMethod: '' has been replaced by 'Gamma ray densitometry'

year (GBRCD.CH93SLY01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

Density (GBRCD.CH93SLY01.Density): paleoData_isPrimary: '' has been replaced by 'FALSE'

Density (GBRCD.CH93SLY01.Density): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.CH93SLY01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.CH93SLY01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.CH93SLY01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.CH93SLY01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.CH93SLY01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.CH93SLY01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.CH93SLY01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.CH93SLY01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.CH93SLY01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Density (GBRCD.CH93SLY01.Density): paleoData_units: 'grams per centimetre' has been replaced by 'grams/centimetre'

Distance (GBRCD.CH93SLY01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.CH93SLY01.Distance): paleoData_units: '' has been replaced by 'millimetres'

d13C (GBRCD.CH93SLY01.d13C): paleoData_measurementInstrument: '' has been replaced by 'VG Micromass 602D mass spectrometer'

d13C (GBRCD.CH93SLY01.d13C): paleoData_measurementMethod: '' has been replaced by 'MS'

d18O (GBRCD.CH93SLY01.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Micromass 602D mass spectrometer'

d18O (GBRCD.CH93SLY01.d18O): paleoData_measurementMethod: '' has been replaced by 'MS'

Density (GBRCD.CH93SLY01.Density): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.CH93SLY01.Distance): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.CH93SLY01.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.CH93SLY01.d18O): interpretation1_scope: '' has been replaced by 'climate'

Archived data from thesis; missing additional data points published in Chakraborty et al. (2000). Distance inverted as originally measured from oldest section of coral. Based on age and published X-ray the coral may be SLYC01 from AIMS' coral core database.

SrCa (GBRCD.SA16HER03a.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

year (GBRCD.SA16HER03a.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER03a.SrCa): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

year (GBRCD.SA16HER03a.year): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

notes: 'Core from lagoon environment. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset.' has been replaced by ''

geo_notes: '<2.5 m' has been replaced by 'Core from lagoon environment. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. <2.5 m depth, below ponding level.'

SrCa (GBRCD.SA16HER03a.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65'

SrCa (GBRCD.SA16HER03a.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER03a.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER03a.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER03a.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER03a.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA16HER03a.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA16HER03a.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Core from lagoon environment. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. <2.5 m depth, below ponding level.

Single bands were cut using a hand drill operated small diamond wheel. No analytical precision information available.

notes: 'Sample originally measured by S. Chakraborty but data was not published previously. Based on age and published X-ray the coral may be SLYC01 from AIMS' coral core database. See GBRCD Appendices.' has been replaced by 'Sample originally measured by S. Chakraborty but data was not published previously. Based on age and published X-ray the coral may be SLYC01 from AIMS' coral core database. See GBRCD publication appendices.'

year (GBRCD.AR24SLY01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Sample originally measured by S. Chakraborty but data was not published previously. Based on age and published X-ray the coral may be SLYC01 from AIMS coral database. See GBRCD Appendices.' has been replaced by 'Sample originally measured by S. Chakraborty but data was not published previously. Based on age and published X-ray the coral may be SLYC01 from AIMS' coral core database. See GBRCD Appendices.'

D14C (GBRCD.AR24SLY01.D14C): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d13C (GBRCD.AR24SLY01.d13C): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d18O (GBRCD.AR24SLY01.d18O): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

D14C (GBRCD.AR24SLY01.D14C): paleoData_isPrimary: '' has been replaced by 'FALSE'

D14C (GBRCD.AR24SLY01.D14C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.AR24SLY01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.AR24SLY01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.AR24SLY01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.AR24SLY01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AR24SLY01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AR24SLY01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

D14C (GBRCD.AR24SLY01.D14C): paleoData_description: 'δ14C (14C/12C) deviation from a standard and corrected for δ13C' has been replaced by 'δ14C (14C/12C) deviation from a standard and corrected for δ13C.'

D14C (GBRCD.AR24SLY01.D14C): paleoData_measurementInstrument: '' has been replaced by 'Packard Tri-Carb Liquid Scintillator Analyzer 2250CA'

D14C (GBRCD.AR24SLY01.D14C): paleoData_measurementMethod: '' has been replaced by 'LSA'

d13C (GBRCD.AR24SLY01.d13C): paleoData_measurementInstrument: '' has been replaced by 'VG Micromass 602D mass spectrometer'

d13C (GBRCD.AR24SLY01.d13C): paleoData_measurementMethod: '' has been replaced by 'MS'

d18O (GBRCD.AR24SLY01.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Micromass 602D mass spectrometer'

d18O (GBRCD.AR24SLY01.d18O): paleoData_measurementMethod: '' has been replaced by 'MS'

D14C (GBRCD.AR24SLY01.D14C): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.AR24SLY01.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.AR24SLY01.d18O): interpretation1_scope: '' has been replaced by 'climate'

Sample originally measured by S. Chakraborty but data was not published previously. Based on age and published X-ray the coral may be SLYC01 from AIMS' coral core database. See GBRCD publication appendices.

SrCa maxima & minima matched with AIMS Myrmidon weekly SST minima and maxima. Age model recreated and extended for archiving with HadISST.

Tissue region was pre-treated with hydrogen peroxide for 24-36 hr to oxidise organics and slices subsequently ultrasonically rinsed and dried. Ledge sampled every 0.25 mm.

SrCa (GBRCD.MA00MYR01.SrCa): paleoData_measurementInstrument: 'Finnigan MAT 261 MS' has been replaced by 'Finnigan MAT 261 mass spectrometer'

SrCa (GBRCD.MA00MYR01.SrCa): paleoData_uncertaintyAnalytical: '0.25' has been replaced by ''

SrCa (GBRCD.MA00MYR01.SrCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

year (GBRCD.MA00MYR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Coral head collected from site near entrance of prominent gutter at northeastern end of reef.' has been replaced by ''

geo_notes: 'Growing at a depth of 8 m' has been replaced by 'Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Coral head collected from site near entrance of prominent gutter at northeastern end of reef. Growing at a depth of 8 m.'

Distance (GBRCD.MA00MYR01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.MA00MYR01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.MA00MYR01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.MA00MYR01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.MA00MYR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.MA00MYR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.MA00MYR01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Distance (GBRCD.MA00MYR01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.MA00MYR01.Distance): paleoData_units: '' has been replaced by 'millimetres'

SrCa (GBRCD.MA00MYR01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 261 MS'

SrCa (GBRCD.MA00MYR01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ID-TIMS'

Distance (GBRCD.MA00MYR01.Distance): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.MA00MYR01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Coral head collected from site near entrance of prominent gutter at northeastern end of reef. Growing at a depth of 8 m.

Bimonthly resolution (approx. 6 samples per year) for d11B from 1989-1992 and 1997-2000. Powder samples treated with 30% hydrogen peroxide to remove organics. Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.

Bimonthly resolution (approx. 6 samples per year) for d11B from 1989-1992 and 1997-2000. Powder samples treated with 30% hydrogen peroxide to remove organics. A -0.45 permil correction was applied to PTIMS data for consistency of comparison with MC-ICP-MS data. Analytical precision reported for NEP B lab standard.

Extn (GBRCD.DO17HAV01.Extn): paleoData_notes: 'Bimonthly resolution (approx. 6 samples per year) for d11B from 1989-1992 and 1997-2000. Powder samples treated with 30% hydrogen peroxide to remove organics. Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 6 samples per year) for d11B from 1989-1992 and 1997-2000. Powder samples treated with 30% hydrogen peroxide to remove organics. A -0.45 permil correction was applied to PTIMS data for consistency of comparison with MC-ICP-MS data. Analytical precision reported for NEP B lab standard.'

d11B (GBRCD.DO17HAV01.d11B): paleoData_notes: 'Bimonthly resolution (approx. 6 samples per year) for d11B from 1989-1992 and 1997-2000. Powder samples treated with 30% hydrogen peroxide to remove organics. Analytical precision reported for NEP lab standard. SrCa JCp-1 value not reported.' has been replaced by 'Bimonthly resolution (approx. 6 samples per year) for d11B from 1989-1992 and 1997-2000. Powder samples treated with 30% hydrogen peroxide to remove organics. A -0.45 permil correction was applied to PTIMS data for consistency of comparison with MC-ICP-MS data. Analytical precision reported for NEP B lab standard.'

d11B (GBRCD.DO17HAV01.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.22'

d11B (GBRCD.DO17HAV01.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

year (GBRCD.DO17HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

Extn (GBRCD.DO17HAV01.Extn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO17HAV01.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Extn (GBRCD.DO17HAV01.Extn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Extn (GBRCD.DO17HAV01.Extn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B (GBRCD.DO17HAV01.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO17HAV01.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO17HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO17HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d11B (GBRCD.DO17HAV01.d11B): paleoData_measurementInstrument: '' has been replaced by 'Thermo Finnigan TRITON'

d11B (GBRCD.DO17HAV01.d11B): paleoData_measurementMethod: '' has been replaced by 'PTIMS'

Extn (GBRCD.DO17HAV01.Extn): interpretation1_scope: '' has been replaced by 'climate'

d11B (GBRCD.DO17HAV01.d11B): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.WU21HUM02.BCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

LiCa (GBRCD.WU21HUM02.LiCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

MgCa (GBRCD.WU21HUM02.MgCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

SrCa (GBRCD.WU21HUM02.SrCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

UCa (GBRCD.WU21HUM02.UCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

year (GBRCD.WU21HUM02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.WU21HUM02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.WU21HUM02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21HUM02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21HUM02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21HUM02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21HUM02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21HUM02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21HUM02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21HUM02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21HUM02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WU21HUM02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WU21HUM02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.WU21HUM02.BCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

BCa (GBRCD.WU21HUM02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.WU21HUM02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

LiCa (GBRCD.WU21HUM02.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.WU21HUM02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

MgCa (GBRCD.WU21HUM02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.WU21HUM02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

SrCa (GBRCD.WU21HUM02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.WU21HUM02.UCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

UCa (GBRCD.WU21HUM02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.WU21HUM02.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.WU21HUM02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.WU21HUM02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.WU21HUM02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.WU21HUM02.UCa): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.LE18HAV01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18HAV01.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.LE18HAV01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18HAV01.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18HAV01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18HAV01.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18HAV01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18HAV01.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18HAV01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18HAV01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18HAV01.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18HAV01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18HAV01.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18HAV01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18HAV01.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18HAV01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18HAV01.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18HAV01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18HAV01.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18HAV01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18HAV01.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18HAV01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18HAV01.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18HAV01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18HAV01.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE18HAV01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE18HAV01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18HAV01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18HAV01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18HAV01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18HAV01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18HAV01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18HAV01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18HAV01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18HAV01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18HAV01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18HAV01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18HAV01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18HAV01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE18HAV01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18HAV01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18HAV01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18HAV01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18HAV01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18HAV01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18HAV01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18HAV01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18HAV01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18HAV01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18HAV01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18HAV01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18HAV01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18HAV01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18HAV01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18HAV01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18HAV01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18HAV01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18HAV01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18HAV01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18HAV01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18HAV01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18HAV01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18HAV01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18HAV01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18HAV01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE18HAV01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18HAV01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE18HAV01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE18HAV01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18HAV01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18HAV01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18HAV01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18HAV01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18HAV01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18HAV01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18HAV01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18HAV01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18HAV01.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18HAV01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18HAV01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18HAV01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18HAV01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18HAV01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18HAV01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18HAV01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18HAV01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18HAV01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18HAV01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18HAV01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18HAV01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18HAV01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18HAV01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18HAV01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18HAV01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18HAV01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18HAV01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18HAV01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18HAV01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18HAV01.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18HAV01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18HAV01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18HAV01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18HAV01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18HAV01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18HAV01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18HAV01.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18HAV01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Exponential regression based on HAV01 1648-1985 and 4-core average 1986-2013

year (GBRCD.LO15HAV03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminRange (GBRCD.LO15HAV03.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO15HAV03.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO15HAV03.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO15HAV03.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO15HAV03.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

SrCa maxima & minima matched with monthly Reyn-Smith OISST v2 minima & maxima. Cross-checked with luminescence and growth bands. Time series interpolated to monthly resolution.

Ablation used a rectangular 40 x 400 μm slit, a 40 mm per second span speed, 5 Hz repetition rate, 50 MJ of energy, and a 50% partially reflecting mirror. NIST 614 & in-house pressed powder coral standard.

SrCa-SST calibration available, although no SrCa values available. Calibrations only used in supporting figure. Reyn-Smith OISST. OLS. SrCa = 13.13 - 0.15 * SST. R2=0.62

BaCa (GBRCD.WA13HAV01.BaCa): paleoData_measurementInstrument: '193 nm ArF excimer laser coupled to a Varian 820 ICP-MS' has been replaced by '193 nm ArF excimer laser coupled to a Varian 820-MS ICP-MS'

year (GBRCD.WA13HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Drilled on eastern side of the island. Havannah coral identified as HAV06A or HAV06-A in D'Olivo & McCulloch (2022) publication.' has been replaced by 'Havannah coral referenced as HAV06A or HAV06-A in D'Olivo & McCulloch (2022) publication.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/hmm9-0g93'

pub1_doi: '10.1371/journal.pone.0077091.' has been replaced by '10.1371/journal.pone.0077091'

geo_notes: '2-3 m' has been replaced by 'Drilled on eastern side of the island. 2-3 m depth.'

BaCa (GBRCD.WA13HAV01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.WA13HAV01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.WA13HAV01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WA13HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WA13HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.WA13HAV01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.WA13HAV01.BaCa): paleoData_measurementInstrument: '' has been replaced by '193 nm ArF excimer laser coupled to a Varian 820 ICP-MS'

BaCa (GBRCD.WA13HAV01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.WA13HAV01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.3'

BaCa (GBRCD.WA13HAV01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.WA13HAV01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Havannah coral referenced as HAV06A or HAV06-A in D'Olivo & McCulloch (2022) publication.

Walther, B.D., Kingsford, M.J. & McCulloch, M.T. (2013), 'Environmental Records from Great Barrier Reef Corals: inshore versus offshore drivers', PLOS ONE, 8 (10), e77091, 10.1371/journal.pone.0077091.

Environmental Records from Great Barrier Reef Corals: inshore versus offshore drivers

BCa (GBRCD.DO18MYR04.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18MYR04.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18MYR04.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18MYR04.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18MYR04.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18MYR04.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18MYR04.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18MYR04.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18MYR04.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18MYR04.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18MYR04.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18MYR04.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18MYR04.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18MYR04.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18MYR04.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18MYR04.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18MYR04.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude assumed are the same as MYR5-271 from D'Olivo et al. (2013).' has been replaced by ''

geo_notes: '5.2 m depth' has been replaced by 'Latitude and longitude assumed are the same as MYR5-271 from D'Olivo et al. (2013). 5.2 m water depth.'

BCa (GBRCD.DO18MYR04.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18MYR04.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18MYR04.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18MYR04.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18MYR04.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18MYR04.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18MYR04.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18MYR04.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18MYR04.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18MYR04.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18MYR04.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18MYR04.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18MYR04.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18MYR04.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18MYR04.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18MYR04.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18MYR04.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18MYR04.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18MYR04.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18MYR04.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18MYR04.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18MYR04.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18MYR04.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18MYR04.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18MYR04.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18MYR04.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude assumed are the same as MYR5-271 from D'Olivo et al. (2013). 5.2 m water depth.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available.

LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available.

BCa (GBRCD.LE12SHW01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12SHW01.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available.'

Ba138Ca (GBRCD.LE12SHW01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12SHW01.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available.'

BaCa (GBRCD.LE12SHW01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12SHW01.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available.'

Cd (GBRCD.LE12SHW01.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12SHW01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12SHW01.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

Distance (GBRCD.LE12SHW01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12SHW01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12SHW01.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.'

MgCa (GBRCD.LE12SHW01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12SHW01.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.'

Mn (GBRCD.LE12SHW01.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12SHW01.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

MnCa (GBRCD.LE12SHW01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12SHW01.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

P (GBRCD.LE12SHW01.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12SHW01.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PCa (GBRCD.LE12SHW01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12SHW01.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PbCa (GBRCD.LE12SHW01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12SHW01.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

SrCa (GBRCD.LE12SHW01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12SHW01.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available.'

UCa (GBRCD.LE12SHW01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12SHW01.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available.'

Y (GBRCD.LE12SHW01.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12SHW01.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

YCa (GBRCD.LE12SHW01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12SHW01.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

year (GBRCD.LE12SHW01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE12SHW01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12SHW01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12SHW01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12SHW01.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12SHW01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12SHW01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12SHW01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12SHW01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12SHW01.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12SHW01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12SHW01.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12SHW01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12SHW01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12SHW01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12SHW01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12SHW01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12SHW01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12SHW01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12SHW01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12SHW01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12SHW01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12SHW01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12SHW01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12SHW01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12SHW01.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12SHW01.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12SHW01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12SHW01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12SHW01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12SHW01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12SHW01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12SHW01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12SHW01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12SHW01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12SHW01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12SHW01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12SHW01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12SHW01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12SHW01.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12SHW01.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12SHW01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12SHW01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12SHW01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12SHW01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12SHW01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12SHW01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12SHW01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12SHW01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12SHW01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12SHW01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12SHW01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12SHW01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12SHW01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12SHW01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12SHW01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12SHW01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12SHW01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12SHW01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12SHW01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12SHW01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12SHW01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12SHW01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12SHW01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12SHW01.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12SHW01.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12SHW01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12SHW01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12SHW01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12SHW01.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE12SHW01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12SHW01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12SHW01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12SHW01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12SHW01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12SHW01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12SHW01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12SHW01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12SHW01.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12SHW01.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12SHW01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12SHW01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12SHW01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12SHW01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12SHW01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12SHW01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12SHW01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12SHW01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12SHW01.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12SHW01.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12SHW01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12SHW01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12SHW01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12SHW01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12SHW01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12SHW01.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12SHW01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12SHW01.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12SHW01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12SHW01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12SHW01.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12SHW01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12SHW01.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12SHW01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12SHW01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12SHW01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12SHW01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12SHW01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12SHW01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.

Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Ce (GBRCD.SA21GFB01.Ce): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Ce (GBRCD.SA21GFB01.Ce): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Dy (GBRCD.SA21GFB01.Dy): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Dy (GBRCD.SA21GFB01.Dy): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Er (GBRCD.SA21GFB01.Er): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Er (GBRCD.SA21GFB01.Er): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Eu (GBRCD.SA21GFB01.Eu): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Eu (GBRCD.SA21GFB01.Eu): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Gd (GBRCD.SA21GFB01.Gd): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Gd (GBRCD.SA21GFB01.Gd): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Ho (GBRCD.SA21GFB01.Ho): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Ho (GBRCD.SA21GFB01.Ho): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

La (GBRCD.SA21GFB01.La): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

La (GBRCD.SA21GFB01.La): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Lu (GBRCD.SA21GFB01.Lu): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Lu (GBRCD.SA21GFB01.Lu): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

MnCa (GBRCD.SA21GFB01.MnCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

MnCa (GBRCD.SA21GFB01.MnCa): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Nd (GBRCD.SA21GFB01.Nd): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Nd (GBRCD.SA21GFB01.Nd): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

NdYb (GBRCD.SA21GFB01.NdYb): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Pr (GBRCD.SA21GFB01.Pr): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Pr (GBRCD.SA21GFB01.Pr): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Sm (GBRCD.SA21GFB01.Sm): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Sm (GBRCD.SA21GFB01.Sm): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

SrCa (GBRCD.SA21GFB01.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

SrCa (GBRCD.SA21GFB01.SrCa): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Tb (GBRCD.SA21GFB01.Tb): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Tb (GBRCD.SA21GFB01.Tb): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Tm (GBRCD.SA21GFB01.Tm): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Tm (GBRCD.SA21GFB01.Tm): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Y (GBRCD.SA21GFB01.Y): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Y (GBRCD.SA21GFB01.Y): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

YCa (GBRCD.SA21GFB01.YCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

YCa (GBRCD.SA21GFB01.YCa): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

YHo (GBRCD.SA21GFB01.YHo): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

YHo (GBRCD.SA21GFB01.YHo): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

Yb (GBRCD.SA21GFB01.Yb): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Yb (GBRCD.SA21GFB01.Yb): paleoData_notes: 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. NdYB normalised relative to Post Archean Australian Shale. REEs measured.' has been replaced by 'Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al. (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.'

year (GBRCD.SA21GFB01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub2_citation: 'Saha, N., Webb, G.E., Zhao, J.-X., Nguyen, A.D., Lewis, S.E. & Lough, J.M. (2019), 'Coral-based high-resolution rare earth element proxy for terrestrial sediment discharge affecting coastal seawater quality, Great Barrier Reef', Geochimica et Cosmochimica Acta, 254, 173-191, 10.1016/j.gca.2019.04.004' has been replaced by 'Saha, N., Webb, G.E., Zhao, J.-X., Nguyen, A.D., Lewis, S.E. & Lough, J.M. (2019), 'Coral-based high-resolution rare earth element proxy for terrestrial sediment discharge affecting coastal seawater quality, Great Barrier Reef', Geochimica et Cosmochimica Acta, 254, 173-191, 10.1016/j.gca.2019.04.004.'

geo_notes: '3-4 m' has been replaced by '3-4 m depth as per AIMS' coral core database.'

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.SA21GFB01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.SA21GFB01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): paleoData_isPrimary: '' has been replaced by 'FALSE'

CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Dy (GBRCD.SA21GFB01.Dy): paleoData_isPrimary: '' has been replaced by 'FALSE'

Dy (GBRCD.SA21GFB01.Dy): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Er (GBRCD.SA21GFB01.Er): paleoData_isPrimary: '' has been replaced by 'FALSE'

Er (GBRCD.SA21GFB01.Er): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.SA21GFB01.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.SA21GFB01.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.SA21GFB01.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.SA21GFB01.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ho (GBRCD.SA21GFB01.Ho): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ho (GBRCD.SA21GFB01.Ho): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.SA21GFB01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.SA21GFB01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.SA21GFB01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.SA21GFB01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.SA21GFB01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.SA21GFB01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Nd (GBRCD.SA21GFB01.Nd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Nd (GBRCD.SA21GFB01.Nd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

NdYb (GBRCD.SA21GFB01.NdYb): paleoData_isPrimary: '' has been replaced by 'FALSE'

NdYb (GBRCD.SA21GFB01.NdYb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.SA21GFB01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.SA21GFB01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.SA21GFB01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.SA21GFB01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA21GFB01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA21GFB01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tb (GBRCD.SA21GFB01.Tb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tb (GBRCD.SA21GFB01.Tb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tm (GBRCD.SA21GFB01.Tm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tm (GBRCD.SA21GFB01.Tm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.SA21GFB01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.SA21GFB01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.SA21GFB01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.SA21GFB01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YHo (GBRCD.SA21GFB01.YHo): paleoData_isPrimary: '' has been replaced by 'FALSE'

YHo (GBRCD.SA21GFB01.YHo): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.SA21GFB01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.SA21GFB01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA21GFB01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA21GFB01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

pub2_altDataURL: '' has been replaced by 'https://ars.els-cdn.com/content/image/1-s2.0-S001670371930211X-mmc1.docx'

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): paleoData_description: 'Cerium anomaly calculated as per Lawrence et al. 2006' has been replaced by 'Cerium anomaly calculated as per Lawrence et al. (2006).'

YHo (GBRCD.SA21GFB01.YHo): paleoData_description: 'Yttrium/Holmium as mass ratio' has been replaced by 'Yttrium/Holmium as mass ratio.'

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.8'

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

BaCa (GBRCD.SA21GFB01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ce (GBRCD.SA21GFB01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Ce (GBRCD.SA21GFB01.Ce): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Dy (GBRCD.SA21GFB01.Dy): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Dy (GBRCD.SA21GFB01.Dy): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Er (GBRCD.SA21GFB01.Er): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Er (GBRCD.SA21GFB01.Er): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Eu (GBRCD.SA21GFB01.Eu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Eu (GBRCD.SA21GFB01.Eu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Gd (GBRCD.SA21GFB01.Gd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Gd (GBRCD.SA21GFB01.Gd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ho (GBRCD.SA21GFB01.Ho): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Ho (GBRCD.SA21GFB01.Ho): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

La (GBRCD.SA21GFB01.La): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

La (GBRCD.SA21GFB01.La): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Lu (GBRCD.SA21GFB01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Lu (GBRCD.SA21GFB01.Lu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

MnCa (GBRCD.SA21GFB01.MnCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.5'

MnCa (GBRCD.SA21GFB01.MnCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MnCa (GBRCD.SA21GFB01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

MnCa (GBRCD.SA21GFB01.MnCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Nd (GBRCD.SA21GFB01.Nd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Nd (GBRCD.SA21GFB01.Nd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

NdYb (GBRCD.SA21GFB01.NdYb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

NdYb (GBRCD.SA21GFB01.NdYb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.SA21GFB01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Pr (GBRCD.SA21GFB01.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.5'

REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.SA21GFB01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Sm (GBRCD.SA21GFB01.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA21GFB01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA21GFB01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tb (GBRCD.SA21GFB01.Tb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Tb (GBRCD.SA21GFB01.Tb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tm (GBRCD.SA21GFB01.Tm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Tm (GBRCD.SA21GFB01.Tm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.SA21GFB01.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Y (GBRCD.SA21GFB01.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

YCa (GBRCD.SA21GFB01.YCa): paleoData_uncertaintyAnalytical: '' has been replaced by '1.4'

YCa (GBRCD.SA21GFB01.YCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

YCa (GBRCD.SA21GFB01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

YCa (GBRCD.SA21GFB01.YCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

YHo (GBRCD.SA21GFB01.YHo): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

YHo (GBRCD.SA21GFB01.YHo): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Yb (GBRCD.SA21GFB01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Yb (GBRCD.SA21GFB01.Yb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

BaCa (GBRCD.SA21GFB01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.SA21GFB01.Ce): interpretation1_scope: '' has been replaced by 'climate'

CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): interpretation1_scope: '' has been replaced by 'climate'

Dy (GBRCD.SA21GFB01.Dy): interpretation1_scope: '' has been replaced by 'climate'

Er (GBRCD.SA21GFB01.Er): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.SA21GFB01.Eu): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.SA21GFB01.Gd): interpretation1_scope: '' has been replaced by 'climate'

Ho (GBRCD.SA21GFB01.Ho): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.SA21GFB01.La): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.SA21GFB01.Lu): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.SA21GFB01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

Nd (GBRCD.SA21GFB01.Nd): interpretation1_scope: '' has been replaced by 'climate'

NdYb (GBRCD.SA21GFB01.NdYb): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.SA21GFB01.Pr): interpretation1_scope: '' has been replaced by 'climate'

REEsCa (GBRCD.SA21GFB01.REEsCa): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.SA21GFB01.Sm): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.SA21GFB01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Tb (GBRCD.SA21GFB01.Tb): interpretation1_scope: '' has been replaced by 'climate'

Tm (GBRCD.SA21GFB01.Tm): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.SA21GFB01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.SA21GFB01.YCa): interpretation1_scope: '' has been replaced by 'climate'

YHo (GBRCD.SA21GFB01.YHo): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.SA21GFB01.Yb): interpretation1_scope: '' has been replaced by 'climate'

GFB33B record combines archived Saha et al. (2019b) data and Saha et al. (2021) data. REEY data from Saha et al. (2019b) is used as values are to 2 decimal place.

Saha, N., Webb, G.E., Zhao, J.-X., Nguyen, A.D., Lewis, S.E. & Lough, J.M.

Saha, N., Webb, G.E., Zhao, J.-X., Nguyen, A.D., Lewis, S.E. & Lough, J.M. (2019), 'Coral-based high-resolution rare earth element proxy for terrestrial sediment discharge affecting coastal seawater quality, Great Barrier Reef', Geochimica et Cosmochimica Acta, 254, 173-191, 10.1016/j.gca.2019.04.004.

Coral-based high-resolution rare earth element proxy for terrestrial sediment discharge affecting coastal seawater quality, Great Barrier Reef

Individual coral calibration. Additional universal multi-trace element calibration calculated based on composite coral records.

BCa (GBRCD.DO18FIT01.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18FIT01.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18FIT01.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18FIT01.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18FIT01.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18FIT01.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18FIT01.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18FIT01.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18FIT01.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18FIT01.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18FIT01.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18FIT01.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18FIT01.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18FIT01.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18FIT01.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18FIT01.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18FIT01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude from D'Olivo & McCulloch (2022)' has been replaced by ''

geo_notes: '6.2 m depth' has been replaced by 'Latitude and longitude from D'Olivo & McCulloch (2022) 6.2 m water depth.'

BCa (GBRCD.DO18FIT01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18FIT01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18FIT01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18FIT01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18FIT01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18FIT01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18FIT01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18FIT01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18FIT01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18FIT01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18FIT01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18FIT01.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18FIT01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18FIT01.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18FIT01.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18FIT01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18FIT01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18FIT01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18FIT01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18FIT01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18FIT01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18FIT01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18FIT01.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18FIT01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18FIT01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18FIT01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude from D'Olivo & McCulloch (2022) 6.2 m water depth.

BCa (GBRCD.DO18DAV02.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18DAV02.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18DAV02.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18DAV02.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18DAV02.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18DAV02.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18DAV02.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18DAV02.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18DAV02.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18DAV02.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18DAV02.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18DAV02.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18DAV02.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18DAV02.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18DAV02.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18DAV02.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18DAV02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude from Thompson et al. (2022) NOAA/WDS DAV13_2 dataset.' has been replaced by 'Coral core ID matches data from McCulloch et al. (2017) but records do not match for any trace element values; MC17DAV01 is possibly a non-interpolated version of this record.'

geo_notes: '1.5 m depth' has been replaced by 'Latitude and longitude from Thompson et al. (2022) NOAA/WDS DAV13_2 dataset. 1.5 m water depth.'

BCa (GBRCD.DO18DAV02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18DAV02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18DAV02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18DAV02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18DAV02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18DAV02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18DAV02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18DAV02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18DAV02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18DAV02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18DAV02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18DAV02.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18DAV02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18DAV02.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18DAV02.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18DAV02.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18DAV02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18DAV02.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18DAV02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18DAV02.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18DAV02.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18DAV02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18DAV02.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18DAV02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18DAV02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18DAV02.UCa): interpretation1_scope: '' has been replaced by 'climate'

Coral core ID matches data from McCulloch et al. (2017) but records do not match for any trace element values; MC17DAV01 is possibly a non-interpolated version of this record.

Latitude and longitude from Thompson et al. (2022) NOAA/WDS DAV13_2 dataset. 1.5 m water depth.

year (GBRCD.FA03PAN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Davies Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by ''

geo_notes: '2 m depth' has been replaced by 'Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Davies Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase. 2 m depth.'

BaCa (GBRCD.FA03PAN01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.FA03PAN01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.FA03PAN01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03PAN01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03PAN01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03PAN01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03PAN01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03PAN01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03PAN01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03PAN01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03PAN01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03PAN01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03PAN01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03PAN01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03PAN01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.FA03PAN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.FA03PAN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.FA03PAN01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.FA03PAN01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

MgCa (GBRCD.FA03PAN01.MgCa): paleoData_uncertaintyAnalytical: '4.8' has been replaced by '4.2'

BCa (GBRCD.FA03PAN01.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '3.8'

BCa (GBRCD.FA03PAN01.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BCa (GBRCD.FA03PAN01.BCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BCa (GBRCD.FA03PAN01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.FA03PAN01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

BaCa (GBRCD.FA03PAN01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.FA03PAN01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BaCa (GBRCD.FA03PAN01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.FA03PAN01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.FA03PAN01.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.FA03PAN01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.8'

MgCa (GBRCD.FA03PAN01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.FA03PAN01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

MgCa (GBRCD.FA03PAN01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.FA03PAN01.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

Mn (GBRCD.FA03PAN01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.FA03PAN01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

SrCa (GBRCD.FA03PAN01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.FA03PAN01.UCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

UCa (GBRCD.FA03PAN01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.FA03PAN01.BCa): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.FA03PAN01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.FA03PAN01.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.FA03PAN01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.FA03PAN01.Mn): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.FA03PAN01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.FA03PAN01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Davies Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase. 2 m depth.

SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.

2001.0 ± 2.0 CE from 21-22cm from tip. Additional dating information in publication.

Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.

Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: BaCa = 0.68%.

Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: MgCa = 0.26%.

Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. SrCa long term analytical reproducibility quoted as better than 0.15%.

Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: UCa = 0.70%.

Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: YCa = 1.90%.

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: BaCa = 0.68%.'

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_uncertaintyAnalytical: '1.29' has been replaced by ''

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: MgCa = 0.26%.'

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_uncertaintyAnalytical: '0.23' has been replaced by ''

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

SrCa (GBRCD.RA17MYR02.SrCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

SrCa (GBRCD.RA17MYR02.SrCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. SrCa long term analytical reproducibility quoted as better than 0.15%.'

UCa (GBRCD.RA17MYR02.UCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

UCa (GBRCD.RA17MYR02.UCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: UCa = 0.70%.'

UCa (GBRCD.RA17MYR02.UCa): paleoData_uncertaintyAnalytical: '0.59' has been replaced by ''

UCa (GBRCD.RA17MYR02.UCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

YCa (GBRCD.RA17MYR02.YCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

YCa (GBRCD.RA17MYR02.YCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: YCa = 1.90%.'

YCa (GBRCD.RA17MYR02.YCa): paleoData_uncertaintyAnalytical: '4.99' has been replaced by ''

YCa (GBRCD.RA17MYR02.YCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

year (GBRCD.RA17MYR02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/re4t-z972'

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.RA17MYR02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.RA17MYR02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.RA17MYR02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.RA17MYR02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.RA17MYR02.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.RA17MYR02.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RA17MYR02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RA17MYR02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '1.29'

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

BaCa (GBRCD.RA17MYR02.BaCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.23'

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

MgCa (GBRCD.RA17MYR02.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.RA17MYR02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

SrCa (GBRCD.RA17MYR02.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.RA17MYR02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

UCa (GBRCD.RA17MYR02.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

YCa (GBRCD.RA17MYR02.YCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.99'

YCa (GBRCD.RA17MYR02.YCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

YCa (GBRCD.RA17MYR02.YCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

YCa (GBRCD.RA17MYR02.YCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BaCa (GBRCD.RA17MYR02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.RA17MYR02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.RA17MYR02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.RA17MYR02.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.RA17MYR02.YCa): interpretation1_scope: '' has been replaced by 'climate'

Razak, T.B., Mumby, P.J., Nguyen, A.D., Zhao, J.-X., Lough, J.M., Cantin, N.E. & Roff, G.

Razak, T.B., Mumby, P.J., Nguyen, A.D., Zhao, J.-X., Lough, J.M., Cantin, N.E. & Roff, G. (2017), 'Use of skeletal Sr/Ca ratios to determine growth patterns in a branching coral Isopora palifera', Marine Biology, 164 (4), 96, 10.1007/s00227-017-3099-8.

Use of skeletal Sr/Ca ratios to determine growth patterns in a branching coral Isopora palifera

SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.

400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.

HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS

400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.

notes: 'Updated coral data to correct copy error in UCa data archived on Pangaea. Thought to be the same coral head later sampled by AIMS as GFB31.' has been replaced by 'Updated coral data to correct copy error in UCa data archived on Pangaea. Original AIMS MAG01D core was collected in May 1987. Thought to be the same coral head sampled by AIMS as GFB31.'

year (GBRCD.DO22MAG01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Updated coral data to correct copy error in UCa data archived on Pangaea. GPS coordinates plot the core on Magnetic Island. Thought to be the same coral head later sampled by AIMS as GFB31. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.' has been replaced by 'Updated coral data to correct copy error in UCa data archived on Pangaea. Thought to be the same coral head later sampled by AIMS as GFB31.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944982'

geo_notes: '3-5 m depth' has been replaced by 'GPS coordinates plot the core on Magnetic Island. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167. Elevation -3 to -5 m.'

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22MAG01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22MAG01.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22MAG01.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22MAG01.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22MAG01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22MAG01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22MAG01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22MAG01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22MAG01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22MAG01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22MAG01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22MAG01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22MAG01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22MAG01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22MAG01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.DO22MAG01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): paleoData_uncertaintyAnalytical: '' has been replaced by '3.46'

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22MAG01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22MAG01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22MAG01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22MAG01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22MAG01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22MAG01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22MAG01.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22MAG01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.DO22MAG01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.DO22MAG01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22MAG01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22MAG01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Barnes and Lough (1992); De'ath et al. (2009); Erler et al. (2016); Lewis (2005); Lewis et al. (2007); Lough (2007); Lough (2011a); Lough (2011b); Lough and Barnes (1997)

Updated coral data to correct copy error in UCa data archived on Pangaea. Original AIMS MAG01D core was collected in May 1987. Thought to be the same coral head sampled by AIMS as GFB31.

GPS coordinates plot the core on Magnetic Island. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167. Elevation -3 to -5 m.

year (GBRCD.DO22HMP01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for core from AIMS coral database. Age model does not appear to match age model expected from reported methods for at least the youngest 10 years of the record.' has been replaced by 'Age model does not appear to match age model expected from reported methods for at least the youngest 10 years of the record.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944991'

geo_notes: '' has been replaced by 'Latitude and longitude for core from AIMS' coral core database. Unknown elevation.'

BaCa (GBRCD.DO22HMP01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22HMP01.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22HMP01.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22HMP01.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22HMP01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22HMP01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22HMP01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22HMP01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22HMP01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22HMP01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22HMP01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22HMP01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22HMP01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22HMP01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22HMP01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.DO22HMP01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.DO22HMP01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22HMP01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22HMP01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22HMP01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22HMP01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22HMP01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22HMP01.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22HMP01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22HMP01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22HMP01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22HMP01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Age model does not appear to match age model expected from reported methods for at least the youngest 10 years of the record.

Latitude and longitude for core from AIMS' coral core database. Unknown elevation.

SrCa (GBRCD.SA16HER02a.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

year (GBRCD.SA16HER02a.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER02a.SrCa): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

year (GBRCD.SA16HER02a.year): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

SrCa (GBRCD.SA16HER02a.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65'

SrCa (GBRCD.SA16HER02a.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER02a.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER02a.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER02a.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER02a.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA16HER02a.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA16HER02a.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Better than bimonthly resolution (approx. 10 samples per year). Analytical precision reported for NEP lab standard.

Better than bimonthly resolution (approx. 10 samples per year). Analytical precision reported for NEP B.

BCa (GBRCD.DO17HAV04.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO17HAV04.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO17HAV04.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO17HAV04.LiMg): paleoData_uncertaintyAnalytical: '1.4' has been replaced by '0.7'

LiMg (GBRCD.DO17HAV04.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO17HAV04.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO17HAV04.MgCa): paleoData_uncertaintyAnalytical: '2.2' has been replaced by '1.1'

MgCa (GBRCD.DO17HAV04.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO17HAV04.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO17HAV04.SrCa): paleoData_uncertaintyAnalytical: '0.4' has been replaced by '0.2'

SrCa (GBRCD.DO17HAV04.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO17HAV04.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO17HAV04.UCa): paleoData_uncertaintyAnalytical: '1.2' has been replaced by '0.6'

UCa (GBRCD.DO17HAV04.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

d11B (GBRCD.DO17HAV04.d11B): paleoData_notes: 'Better than bimonthly resolution (approx. 10 samples per year). Analytical precision reported for NEP lab standard.' has been replaced by 'Better than bimonthly resolution (approx. 10 samples per year). Analytical precision reported for NEP B.'

d11B (GBRCD.DO17HAV04.d11B): paleoData_uncertaintyAnalytical: '0.34' has been replaced by '0.16'

d11B (GBRCD.DO17HAV04.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.DO17HAV04.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.DO17HAV04.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Extn (GBRCD.DO17HAV04.Extn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.DO17HAV04.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiMg (GBRCD.DO17HAV04.LiMg): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.DO17HAV04.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO17HAV04.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO17HAV04.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO17HAV04.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BCa (GBRCD.DO17HAV04.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO17HAV04.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Extn (GBRCD.DO17HAV04.Extn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Extn (GBRCD.DO17HAV04.Extn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO17HAV04.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO17HAV04.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO17HAV04.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO17HAV04.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO17HAV04.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO17HAV04.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO17HAV04.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO17HAV04.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO17HAV04.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO17HAV04.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B (GBRCD.DO17HAV04.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO17HAV04.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO17HAV04.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO17HAV04.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO17HAV04.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO17HAV04.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO17HAV04.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO17HAV04.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO17HAV04.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.4'

LiMg (GBRCD.DO17HAV04.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO17HAV04.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO17HAV04.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO17HAV04.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.2'

MgCa (GBRCD.DO17HAV04.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO17HAV04.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO17HAV04.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO17HAV04.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO17HAV04.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO17HAV04.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO17HAV04.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

d11B (GBRCD.DO17HAV04.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.34'

d11B (GBRCD.DO17HAV04.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.DO17HAV04.d11B): paleoData_measurementInstrument: '' has been replaced by 'NU Plasma II MC-ICP-MS'

d11B (GBRCD.DO17HAV04.d11B): paleoData_measurementMethod: '' has been replaced by 'MC-ICP-MS'

BCa (GBRCD.DO17HAV04.BCa): interpretation1_scope: '' has been replaced by 'climate'

Extn (GBRCD.DO17HAV04.Extn): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO17HAV04.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO17HAV04.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO17HAV04.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO17HAV04.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO17HAV04.UCa): interpretation1_scope: '' has been replaced by 'climate'

d11B (GBRCD.DO17HAV04.d11B): interpretation1_scope: '' has been replaced by 'climate'

Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.

Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. BaCa analytical precision 1 - 3%.

Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.

BaCa (GBRCD.WE09ARL01_1.BaCa): paleoData_measurementInstrument: 'Varian Vista inductively coupled plasma atomic emission spectrometry' has been replaced by 'Varian Vista ICP-AES'

BaCa (GBRCD.WE09ARL01_1.BaCa): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. BaCa analytical precision 1 - 3%.'

MgCa (GBRCD.WE09ARL01_1.MgCa): paleoData_measurementInstrument: 'Varian Vista inductively coupled plasma atomic emission spectrometry' has been replaced by 'Varian Vista ICP-AES'

MgCa (GBRCD.WE09ARL01_1.MgCa): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

SrCa (GBRCD.WE09ARL01_1.SrCa): paleoData_measurementInstrument: 'Varian Vista inductively coupled plasma atomic emission spectrometry' has been replaced by 'Varian Vista ICP-AES'

SrCa (GBRCD.WE09ARL01_1.SrCa): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_measurementInstrument: 'Finnigan TRITON thermal ionisation mass spectrometer' has been replaced by 'Finnigan TRITON TIMS'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_uncertaintyAnalytical: '0.2' has been replaced by '0.1'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

d11B_pH (GBRCD.WE09ARL01_1.d11B_pH): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

d13C (GBRCD.WE09ARL01_1.d13C): paleoData_measurementInstrument: 'GV Isoprime II isotope ratio mass spectrometry coupled with Dual Inlet and Multiprep' has been replaced by 'GV Isoprime II IRMS coupled with Dual Inlet and Multiprep'

d13C (GBRCD.WE09ARL01_1.d13C): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

d18O (GBRCD.WE09ARL01_1.d18O): paleoData_measurementInstrument: 'GV Isoprime II isotope ratio mass spectrometry coupled with Dual Inlet and Multiprep' has been replaced by 'GV Isoprime II IRMS coupled with Dual Inlet and Multiprep'

d18O (GBRCD.WE09ARL01_1.d18O): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

year (GBRCD.WE09ARL01_1.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude are the coordinates supplied in the NOAA/WDS dataset. GPS coordinates have slight location offset from the map in the publication.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/vsjw-t443'

geo_notes: '' has been replaced by 'Latitude and longitude are the coordinates supplied in the NOAA/WDS dataset. GPS coordinates have slight location offset from the map in the publication.'

BaCa (GBRCD.WE09ARL01_1.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.WE09ARL01_1.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.WE09ARL01_1.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.WE09ARL01_1.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.WE09ARL01_1.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B_pH (GBRCD.WE09ARL01_1.d11B_pH): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d13C (GBRCD.WE09ARL01_1.d13C): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d18O (GBRCD.WE09ARL01_1.d18O): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.WE09ARL01_1.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.WE09ARL01_1.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.WE09ARL01_1.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.WE09ARL01_1.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.WE09ARL01_1.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.WE09ARL01_1.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B_pH (GBRCD.WE09ARL01_1.d11B_pH): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B_pH (GBRCD.WE09ARL01_1.d11B_pH): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.WE09ARL01_1.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.WE09ARL01_1.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.WE09ARL01_1.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.WE09ARL01_1.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WE09ARL01_1.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WE09ARL01_1.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.WE09ARL01_1.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

d11B_pH (GBRCD.WE09ARL01_1.d11B_pH): paleoData_description: 'pH calculated from δ11B' has been replaced by 'pH calculated from δ11B.'

BaCa (GBRCD.WE09ARL01_1.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista inductively coupled plasma atomic emission spectrometry'

BaCa (GBRCD.WE09ARL01_1.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

MgCa (GBRCD.WE09ARL01_1.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.3'

MgCa (GBRCD.WE09ARL01_1.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.WE09ARL01_1.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista inductively coupled plasma atomic emission spectrometry'

MgCa (GBRCD.WE09ARL01_1.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.WE09ARL01_1.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista inductively coupled plasma atomic emission spectrometry'

SrCa (GBRCD.WE09ARL01_1.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.2'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_measurementInstrument: '' has been replaced by 'Finnigan TRITON thermal ionisation mass spectrometer'

d11B (GBRCD.WE09ARL01_1.d11B): paleoData_measurementMethod: '' has been replaced by 'PTIMS'

d13C (GBRCD.WE09ARL01_1.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.05'

d13C (GBRCD.WE09ARL01_1.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.WE09ARL01_1.d13C): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II isotope ratio mass spectrometry coupled with Dual Inlet and Multiprep'

d13C (GBRCD.WE09ARL01_1.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.WE09ARL01_1.d18O): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II isotope ratio mass spectrometry coupled with Dual Inlet and Multiprep'

d18O (GBRCD.WE09ARL01_1.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

BaCa (GBRCD.WE09ARL01_1.BaCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.WE09ARL01_1.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.WE09ARL01_1.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d11B (GBRCD.WE09ARL01_1.d11B): interpretation1_scope: '' has been replaced by 'climate'

d11B_pH (GBRCD.WE09ARL01_1.d11B_pH): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.WE09ARL01_1.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.WE09ARL01_1.d18O): interpretation1_scope: '' has been replaced by 'climate'

Wei, G., McCulloch, M.T., Mortimer, G., Deng, W. & Xie, L. (2009), 'Evidence for ocean acidification in the Great Barrier Reef of Australia', Geochimica et Cosmochimica Acta, 73 (8), 2332-2346, 10.1016/j.gca.2009.02.009.

Evidence for ocean acidification in the Great Barrier Reef of Australia

Chen, X., Deng, W., Kang, H., Zeng, T., Zhang, L., Zhao, J.-x. & Wei, G.

Chen, X., Deng, W., Kang, H., Zeng, T., Zhang, L., Zhao, J.-x. & Wei, G. (2021), 'A Replication Study on Coral δ11B and B/Ca and Their Variation in Modern and Fossil Porites: Implications for Coral Calcifying Fluid Chemistry and Seawater pH Changes Over the Last Millennium', Paleoceanography and Paleoclimatology, 36 (10), e2021PA004319, 10.1029/2021PA004319.

A Replication Study on Coral δ11B and B/Ca and Their Variation in Modern and Fossil Porites: Implications for Coral Calcifying Fluid Chemistry and Seawater pH Changes Over the Last Millennium

Latitude and longitude are the coordinates supplied in the NOAA/WDS dataset. GPS coordinates have slight location offset from the map in the publication.

SrCa & UCa maxima tied to winter minima (assumed to be 20th of July) and linearly interpolated between winter minima. Cross-checked using luminescence bands.

Scanned beneath an ArF excimer laser operating at a wavelength of 193 nm. Elemental analysis was from a 50 x 500 micron slit and scanned at approx. 1 mm per minute and averaged into 10 second blocks (approx. 0.15 mm resolution).

Ba modern = 4.8 * 0.6 * 10^12. Note based on Burdekin river flow and Ba = Ba/Ca * 10^6 (atomic) and the intercept is 4.8 * 10^6.

year (GBRCD.MC03HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Composite record, includes data from coral core HAV01A. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by 'Composite record, includes data from coral core HAV01A.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/c3w9-2c39'

pub2_author: 'D'Olivo, J.P. & McCulloch, M.' has been replaced by 'Lewis, S.E., Shields, G.A., Kamber, B.S. & Lough, J.M.'

pub2_citation: 'D'Olivo, J.P. & McCulloch, M. (2022), 'Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records', Science of the Total Environment, 830, 154461, 10.1016/j.scitotenv.2022.154461.' has been replaced by 'Lewis, S.E., Shields, G.A., Kamber, B.S. & Lough, J.M. (2007), 'A multi-trace element coral record of land-use changes in the Burdekin River catchment, NE Australia', Palaeogeography, Palaeoclimatology, Palaeoecology, 246 (2-4), 471-487, 10.1016/j.palaeo.2006.10.021.'

pub2_doi: '10.1016/j.scitotenv.2022.154461' has been replaced by '10.1016/j.palaeo.2006.10.021'

pub2_firstAuthor: 'D'Olivo, J. P.' has been replaced by 'Lewis, S. E.'

pub2_journal: 'Science of the Total Environment' has been replaced by 'Palaeogeography, Palaeoclimatology, Palaeoecology'

pub2_title: 'Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records' has been replaced by 'A multi-trace element coral record of land-use changes in the Burdekin River catchment, NE Australia'

pub3_author: '' has been replaced by 'Walther, B.D., Kingsford, M.J. & McCulloch, M.T.'

pub3_citation: '' has been replaced by 'Walther, B.D., Kingsford, M.J. & McCulloch, M.T. (2013), 'Environmental Records from Great Barrier Reef Corals: inshore versus offshore drivers', PLOS ONE, 8 (10), e77091, 10.1371/journal.pone.0077091.'

pub3_doi: '' has been replaced by '10.1371/journal.pone.0077091'

pub3_title: '' has been replaced by 'Environmental Records from Great Barrier Reef Corals: inshore versus offshore drivers'

BaCa (GBRCD.MC03HAV01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.MC03HAV01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.MC03HAV01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.MC03HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.MC03HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.MC03HAV01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.MC03HAV01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Not stated'

BaCa (GBRCD.MC03HAV01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.MC03HAV01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

McCulloch, M., Fallon, S., Wyndham, T., Hendy, E., Lough, J. & Barnes, D.

McCulloch, M., Fallon, S., Wyndham, T., Hendy, E., Lough, J. & Barnes, D. (2003), 'Coral record of increased sediment flux to the inner Great Barrier Reef since European settlement', Nature, 421, 727, 10.1038/nature01361.

Coral record of increased sediment flux to the inner Great Barrier Reef since European settlement

BCa (GBRCD.DO18DAV03.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18DAV03.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18DAV03.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18DAV03.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18DAV03.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18DAV03.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18DAV03.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18DAV03.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18DAV03.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18DAV03.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18DAV03.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18DAV03.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18DAV03.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18DAV03.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18DAV03.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18DAV03.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18DAV03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude from Thompson et al. (2022) NOAA/WDS DAV13_3 dataset.' has been replaced by 'Coral core ID matches data from McCulloch et al. (2017) but records do not match for any trace element values; MC17DAV02 is possibly a non-interpolated version of this record.'

geo_notes: '4.2 m depth' has been replaced by 'Latitude and longitude from Thompson et al. (2022) NOAA/WDS DAV13_3 dataset. 4.2 m water depth.'

BCa (GBRCD.DO18DAV03.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18DAV03.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18DAV03.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18DAV03.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18DAV03.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18DAV03.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18DAV03.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18DAV03.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18DAV03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18DAV03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18DAV03.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18DAV03.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18DAV03.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18DAV03.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18DAV03.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18DAV03.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18DAV03.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18DAV03.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18DAV03.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18DAV03.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18DAV03.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18DAV03.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18DAV03.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18DAV03.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18DAV03.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18DAV03.UCa): interpretation1_scope: '' has been replaced by 'climate'

Coral core ID matches data from McCulloch et al. (2017) but records do not match for any trace element values; MC17DAV02 is possibly a non-interpolated version of this record.

Latitude and longitude from Thompson et al. (2022) NOAA/WDS DAV13_3 dataset. 4.2 m water depth.

BCa (GBRCD.WU21SHW01.BCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

LiCa (GBRCD.WU21SHW01.LiCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

MgCa (GBRCD.WU21SHW01.MgCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

SrCa (GBRCD.WU21SHW01.SrCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

UCa (GBRCD.WU21SHW01.UCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

year (GBRCD.WU21SHW01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: '' has been replaced by 'Details don't match with the ID in the AIMS coral database. Possibly the ID should be SHW87A; a core whose ID was updated from SHW82C. SHW87A was collected in February 2018.'

BCa (GBRCD.WU21SHW01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.WU21SHW01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21SHW01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21SHW01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21SHW01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21SHW01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21SHW01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21SHW01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21SHW01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21SHW01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WU21SHW01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WU21SHW01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.WU21SHW01.BCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

BCa (GBRCD.WU21SHW01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.WU21SHW01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

LiCa (GBRCD.WU21SHW01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.WU21SHW01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

MgCa (GBRCD.WU21SHW01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.WU21SHW01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

SrCa (GBRCD.WU21SHW01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.WU21SHW01.UCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

UCa (GBRCD.WU21SHW01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.WU21SHW01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.WU21SHW01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.WU21SHW01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.WU21SHW01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.WU21SHW01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Details don't match with the ID in the AIMS coral database. Possibly the ID should be SHW87A; a core whose ID was updated from SHW82C. SHW87A was collected in February 2018.

year (GBRCD.LO11CNR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002053' has been replaced by '10.1029/2010pa002050'

geo_notes: '' has been replaced by 'Latitude and longitude for core from AIMS' coral core database. 4 m depth.'

LuminRange (GBRCD.LO11CNR01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11CNR01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11CNR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11CNR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11CNR01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11CNR01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11CNR01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for core from AIMS' coral core database. 4 m depth.

BCa (GBRCD.LE12SHW02.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12SHW02.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available.'

Ba138Ca (GBRCD.LE12SHW02.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12SHW02.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available.'

BaCa (GBRCD.LE12SHW02.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12SHW02.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available.'

Cd (GBRCD.LE12SHW02.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12SHW02.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12SHW02.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

Distance (GBRCD.LE12SHW02.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12SHW02.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12SHW02.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.'

MgCa (GBRCD.LE12SHW02.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12SHW02.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.'

Mn (GBRCD.LE12SHW02.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12SHW02.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

MnCa (GBRCD.LE12SHW02.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12SHW02.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

P (GBRCD.LE12SHW02.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12SHW02.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PCa (GBRCD.LE12SHW02.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12SHW02.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PbCa (GBRCD.LE12SHW02.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12SHW02.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

SrCa (GBRCD.LE12SHW02.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12SHW02.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available.'

UCa (GBRCD.LE12SHW02.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12SHW02.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available.'

Y (GBRCD.LE12SHW02.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12SHW02.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

YCa (GBRCD.LE12SHW02.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12SHW02.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

year (GBRCD.LE12SHW02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE12SHW02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12SHW02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12SHW02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12SHW02.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12SHW02.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12SHW02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12SHW02.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12SHW02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12SHW02.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12SHW02.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12SHW02.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12SHW02.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12SHW02.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12SHW02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12SHW02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12SHW02.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12SHW02.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12SHW02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12SHW02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12SHW02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12SHW02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12SHW02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12SHW02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12SHW02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12SHW02.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12SHW02.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12SHW02.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12SHW02.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12SHW02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12SHW02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12SHW02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12SHW02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12SHW02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12SHW02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12SHW02.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12SHW02.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12SHW02.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12SHW02.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12SHW02.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12SHW02.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12SHW02.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12SHW02.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12SHW02.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12SHW02.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12SHW02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12SHW02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12SHW02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12SHW02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12SHW02.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12SHW02.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12SHW02.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12SHW02.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12SHW02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12SHW02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12SHW02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12SHW02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12SHW02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12SHW02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12SHW02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12SHW02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12SHW02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12SHW02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12SHW02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12SHW02.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12SHW02.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12SHW02.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12SHW02.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12SHW02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12SHW02.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE12SHW02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12SHW02.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12SHW02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12SHW02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12SHW02.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12SHW02.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12SHW02.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12SHW02.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12SHW02.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12SHW02.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12SHW02.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12SHW02.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12SHW02.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12SHW02.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12SHW02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12SHW02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12SHW02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12SHW02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12SHW02.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12SHW02.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12SHW02.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12SHW02.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12SHW02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12SHW02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12SHW02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12SHW02.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12SHW02.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12SHW02.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12SHW02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12SHW02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12SHW02.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12SHW02.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12SHW02.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12SHW02.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12SHW02.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12SHW02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12SHW02.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12SHW02.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12SHW02.YCa): interpretation1_scope: '' has been replaced by 'climate'

Slices were pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and subsequently ultrasonically rinsed and oven dried. Manually collected using a drill with a 2 mm diameter bit at 1 mm increments, to collect a minimum of 12 sequential samples per annual band. JCp-1 & analytical precision reported from Saha et al. (2021). See Saha et al (2021) supplementary for all analytical precision results. Complete machine details as per Saha et al. (2019a) & Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500 auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber and SC-FAST injection loop. REEs measured.

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Ce (GBRCD.SA21GKI01.Ce): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Dy (GBRCD.SA21GKI01.Dy): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Er (GBRCD.SA21GKI01.Er): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Eu (GBRCD.SA21GKI01.Eu): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Gd (GBRCD.SA21GKI01.Gd): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Ho (GBRCD.SA21GKI01.Ho): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

La (GBRCD.SA21GKI01.La): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Lu (GBRCD.SA21GKI01.Lu): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

MgCa (GBRCD.SA21GKI01.MgCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

MnCa (GBRCD.SA21GKI01.MnCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Nd (GBRCD.SA21GKI01.Nd): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Pr (GBRCD.SA21GKI01.Pr): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Sm (GBRCD.SA21GKI01.Sm): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

SrCa (GBRCD.SA21GKI01.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Tb (GBRCD.SA21GKI01.Tb): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Tm (GBRCD.SA21GKI01.Tm): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

UCa (GBRCD.SA21GKI01.UCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

VCa (GBRCD.SA21GKI01.VCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Y (GBRCD.SA21GKI01.Y): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

YCa (GBRCD.SA21GKI01.YCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

Yb (GBRCD.SA21GKI01.Yb): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

year (GBRCD.SA21GKI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.SA21GKI01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.SA21GKI01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Dy (GBRCD.SA21GKI01.Dy): paleoData_isPrimary: '' has been replaced by 'FALSE'

Dy (GBRCD.SA21GKI01.Dy): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Er (GBRCD.SA21GKI01.Er): paleoData_isPrimary: '' has been replaced by 'FALSE'

Er (GBRCD.SA21GKI01.Er): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.SA21GKI01.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.SA21GKI01.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.SA21GKI01.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.SA21GKI01.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ho (GBRCD.SA21GKI01.Ho): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ho (GBRCD.SA21GKI01.Ho): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.SA21GKI01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.SA21GKI01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.SA21GKI01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.SA21GKI01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.SA21GKI01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.SA21GKI01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.SA21GKI01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.SA21GKI01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Nd (GBRCD.SA21GKI01.Nd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Nd (GBRCD.SA21GKI01.Nd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.SA21GKI01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.SA21GKI01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.SA21GKI01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.SA21GKI01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA21GKI01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA21GKI01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tb (GBRCD.SA21GKI01.Tb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tb (GBRCD.SA21GKI01.Tb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tm (GBRCD.SA21GKI01.Tm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tm (GBRCD.SA21GKI01.Tm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.SA21GKI01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.SA21GKI01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

VCa (GBRCD.SA21GKI01.VCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

VCa (GBRCD.SA21GKI01.VCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.SA21GKI01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.SA21GKI01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.SA21GKI01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.SA21GKI01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.SA21GKI01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.SA21GKI01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA21GKI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA21GKI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.8'

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

BaCa (GBRCD.SA21GKI01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ce (GBRCD.SA21GKI01.Ce): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Ce (GBRCD.SA21GKI01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Ce (GBRCD.SA21GKI01.Ce): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Dy (GBRCD.SA21GKI01.Dy): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Dy (GBRCD.SA21GKI01.Dy): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Dy (GBRCD.SA21GKI01.Dy): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Er (GBRCD.SA21GKI01.Er): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Er (GBRCD.SA21GKI01.Er): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Er (GBRCD.SA21GKI01.Er): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Eu (GBRCD.SA21GKI01.Eu): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Eu (GBRCD.SA21GKI01.Eu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Eu (GBRCD.SA21GKI01.Eu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Gd (GBRCD.SA21GKI01.Gd): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Gd (GBRCD.SA21GKI01.Gd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Gd (GBRCD.SA21GKI01.Gd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ho (GBRCD.SA21GKI01.Ho): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Ho (GBRCD.SA21GKI01.Ho): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Ho (GBRCD.SA21GKI01.Ho): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

La (GBRCD.SA21GKI01.La): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

La (GBRCD.SA21GKI01.La): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

La (GBRCD.SA21GKI01.La): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Lu (GBRCD.SA21GKI01.Lu): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Lu (GBRCD.SA21GKI01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Lu (GBRCD.SA21GKI01.Lu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

MgCa (GBRCD.SA21GKI01.MgCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

MgCa (GBRCD.SA21GKI01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

MgCa (GBRCD.SA21GKI01.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

MnCa (GBRCD.SA21GKI01.MnCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

MnCa (GBRCD.SA21GKI01.MnCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.5'

MnCa (GBRCD.SA21GKI01.MnCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MnCa (GBRCD.SA21GKI01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

MnCa (GBRCD.SA21GKI01.MnCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Nd (GBRCD.SA21GKI01.Nd): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Nd (GBRCD.SA21GKI01.Nd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Nd (GBRCD.SA21GKI01.Nd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.SA21GKI01.Pr): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Pr (GBRCD.SA21GKI01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Pr (GBRCD.SA21GKI01.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.SA21GKI01.Sm): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Sm (GBRCD.SA21GKI01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Sm (GBRCD.SA21GKI01.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA21GKI01.SrCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA21GKI01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA21GKI01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tb (GBRCD.SA21GKI01.Tb): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Tb (GBRCD.SA21GKI01.Tb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Tb (GBRCD.SA21GKI01.Tb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tm (GBRCD.SA21GKI01.Tm): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Tm (GBRCD.SA21GKI01.Tm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Tm (GBRCD.SA21GKI01.Tm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

UCa (GBRCD.SA21GKI01.UCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

UCa (GBRCD.SA21GKI01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

UCa (GBRCD.SA21GKI01.UCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

VCa (GBRCD.SA21GKI01.VCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

VCa (GBRCD.SA21GKI01.VCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

VCa (GBRCD.SA21GKI01.VCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.SA21GKI01.Y): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Y (GBRCD.SA21GKI01.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Y (GBRCD.SA21GKI01.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

YCa (GBRCD.SA21GKI01.YCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

YCa (GBRCD.SA21GKI01.YCa): paleoData_uncertaintyAnalytical: '' has been replaced by '1.4'

YCa (GBRCD.SA21GKI01.YCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

YCa (GBRCD.SA21GKI01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

YCa (GBRCD.SA21GKI01.YCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Yb (GBRCD.SA21GKI01.Yb): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

Yb (GBRCD.SA21GKI01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

Yb (GBRCD.SA21GKI01.Yb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

BaCa (GBRCD.SA21GKI01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.SA21GKI01.Ce): interpretation1_scope: '' has been replaced by 'climate'

Dy (GBRCD.SA21GKI01.Dy): interpretation1_scope: '' has been replaced by 'climate'

Er (GBRCD.SA21GKI01.Er): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.SA21GKI01.Eu): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.SA21GKI01.Gd): interpretation1_scope: '' has been replaced by 'climate'

Ho (GBRCD.SA21GKI01.Ho): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.SA21GKI01.La): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.SA21GKI01.Lu): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.SA21GKI01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.SA21GKI01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

Nd (GBRCD.SA21GKI01.Nd): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.SA21GKI01.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.SA21GKI01.Sm): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.SA21GKI01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Tb (GBRCD.SA21GKI01.Tb): interpretation1_scope: '' has been replaced by 'climate'

Tm (GBRCD.SA21GKI01.Tm): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.SA21GKI01.UCa): interpretation1_scope: '' has been replaced by 'climate'

VCa (GBRCD.SA21GKI01.VCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.SA21GKI01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.SA21GKI01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.SA21GKI01.Yb): interpretation1_scope: '' has been replaced by 'climate'

GK2 record combines archived Saha et al. (2021), Saha et al. (2019) and Saha et al. (2018a) data. BaCa & YCa values are identical (accounting for rounding) between datasets but SrCa record differs. The more recently published Saha et al. (2021) SrCa record was used for the GBRCD SrCa record.

Saha, N., Rodriguez-Ramirez, A., Nguyen, A.D., Clark, T.R., Zhao, J.X. & Webb, G.E.

Saha, N., Rodriguez-Ramirez, A., Nguyen, A.D., Clark, T.R., Zhao, J.X. & Webb, G.E. (2018), 'Seasonal to decadal scale influence of environmental drivers on Ba/Ca and Y/Ca in coral aragonite from the southern Great Barrier Reef', Science of the Total Environment, 639, 1099-1109, 10.1016/j.scitotenv.2018.05.156.

Seasonal to decadal scale influence of environmental drivers on Ba/Ca and Y/Ca in coral aragonite from the southern Great Barrier Reef

Saha, N., Webb, G.E., Christy, A.G. & Zhao, J.-x. (2019), 'Vanadium in the massive coral Porites: A potential proxy for historical wood clearing and burning', Earth and Planetary Science Letters, 527, 115793, 10.1016/j.epsl.2019.115793.

Vanadium in the massive coral Porites: A potential proxy for historical wood clearing and burning

BCa (GBRCD.DO18DAV01.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18DAV01.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18DAV01.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18DAV01.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18DAV01.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18DAV01.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18DAV01.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18DAV01.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18DAV01.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18DAV01.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18DAV01.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18DAV01.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18DAV01.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18DAV01.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18DAV01.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18DAV01.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18DAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '6.5 m depth from top' has been replaced by 'Latitude and longitude from D'Olivo et al. (2013). 6.5 m water depth.'

BCa (GBRCD.DO18DAV01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18DAV01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18DAV01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18DAV01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18DAV01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18DAV01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18DAV01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18DAV01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18DAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18DAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18DAV01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18DAV01.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18DAV01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18DAV01.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18DAV01.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18DAV01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18DAV01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18DAV01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18DAV01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18DAV01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18DAV01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18DAV01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18DAV01.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18DAV01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18DAV01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18DAV01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude from D'Olivo et al. (2013). 6.5 m water depth.

Exponential regression based on HAV01 1648-1985 and 4-core average 1986-2014

year (GBRCD.LO15HAV04.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminRange (GBRCD.LO15HAV04.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO15HAV04.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV04.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV04.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO15HAV04.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO15HAV04.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO15HAV04.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Density (GBRCD.RE19NOM01.Density): paleoData_measurementInstrument: '' has been replaced by 'AIMS densitometer'

Density (GBRCD.RE19NOM01.Density): paleoData_measurementMethod: '' has been replaced by 'Gamma ray densitometry'

year (GBRCD.RE19NOM01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

Density (GBRCD.RE19NOM01.Density): paleoData_isPrimary: '' has been replaced by 'FALSE'

Density (GBRCD.RE19NOM01.Density): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19NOM01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19NOM01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19NOM01.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19NOM01.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19NOM01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19NOM01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RE19NOM01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RE19NOM01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.RE19NOM01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Lumin (GBRCD.RE19NOM01.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Density (GBRCD.RE19NOM01.Density): paleoData_units: 'grams per centimetre' has been replaced by 'grams/centimetre'

Distance (GBRCD.RE19NOM01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.RE19NOM01.Distance): paleoData_units: '' has been replaced by 'millimetres'

Lumin (GBRCD.RE19NOM01.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.RE19NOM01.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

SrCa (GBRCD.RE19NOM01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Jobin-Yvon Optima 2C ICP-AES'

SrCa (GBRCD.RE19NOM01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

Density (GBRCD.RE19NOM01.Density): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.RE19NOM01.Distance): interpretation1_scope: '' has been replaced by 'climate'

Lumin (GBRCD.RE19NOM01.Lumin): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.RE19NOM01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

2002.1 ± 1.3 CE at 22-23cm from tip. Additional dating information in publication.

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: BaCa = 0.68%.'

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_uncertaintyAnalytical: '1.29' has been replaced by ''

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: MgCa = 0.26%.'

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_uncertaintyAnalytical: '0.23' has been replaced by ''

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

SrCa (GBRCD.RA17MYR01.SrCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

SrCa (GBRCD.RA17MYR01.SrCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. SrCa long term analytical reproducibility quoted as better than 0.15%.'

UCa (GBRCD.RA17MYR01.UCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

UCa (GBRCD.RA17MYR01.UCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: UCa = 0.70%.'

UCa (GBRCD.RA17MYR01.UCa): paleoData_uncertaintyAnalytical: '0.59' has been replaced by ''

UCa (GBRCD.RA17MYR01.UCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

YCa (GBRCD.RA17MYR01.YCa): paleoData_measurementInstrument: 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

YCa (GBRCD.RA17MYR01.YCa): paleoData_notes: 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit.' has been replaced by 'Slabs were soaked in 15% hydrogen peroxide for up to 5 days to oxidise organics and subsequently ultrasonically rinsed and oven dried. Milled at 1 mm increments with a 1-2 mm depth using a hand-held drill and 1 mm diamond drill bit. JCp-1 reproducibility: YCa = 1.90%.'

YCa (GBRCD.RA17MYR01.YCa): paleoData_uncertaintyAnalytical: '4.99' has been replaced by ''

YCa (GBRCD.RA17MYR01.YCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

year (GBRCD.RA17MYR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.RA17MYR01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.RA17MYR01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.RA17MYR01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.RA17MYR01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.RA17MYR01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.RA17MYR01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RA17MYR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RA17MYR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '1.29'

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

BaCa (GBRCD.RA17MYR01.BaCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.23'

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

MgCa (GBRCD.RA17MYR01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.RA17MYR01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

SrCa (GBRCD.RA17MYR01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.RA17MYR01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

UCa (GBRCD.RA17MYR01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

YCa (GBRCD.RA17MYR01.YCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.99'

YCa (GBRCD.RA17MYR01.YCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

YCa (GBRCD.RA17MYR01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II quadrupole inductively coupled plasma-mass spectrometer'

YCa (GBRCD.RA17MYR01.YCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BaCa (GBRCD.RA17MYR01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.RA17MYR01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.RA17MYR01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.RA17MYR01.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.RA17MYR01.YCa): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.LO11LUP01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'GPS coordinates are offset from Lupton Island.' has been replaced by ''

pub1_doi: '10.1029/2010PA002061' has been replaced by '10.1029/2010pa002050'

geo_notes: '' has been replaced by 'GPS coordinates are offset from Lupton Island.'

LuminRange (GBRCD.LO11LUP01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11LUP01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11LUP01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11LUP01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11LUP01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11LUP01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11LUP01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Annual bands (determined from beginning of each luminescent band) were milled along the maximum growth axis. Samples were pre-treated with hydrogen peroxide to remove organics. d11B relative to the NBS 951 boric acid international standard.

pub2_author: '' has been replaced by 'Chen, X., Deng, W., Kang, H., Zeng, T., Zhang, L., Zhao, J.-x. & Wei, G.'

pub2_citation: '' has been replaced by 'Chen, X., Deng, W., Kang, H., Zeng, T., Zhang, L., Zhao, J.-x. & Wei, G. (2021), 'A Replication Study on Coral δ11B and B/Ca and Their Variation in Modern and Fossil Porites: Implications for Coral Calcifying Fluid Chemistry and Seawater pH Changes Over the Last Millennium', Paleoceanography and Paleoclimatology, 36 (10), e2021PA004319, 10.1029/2021PA004319.'

pub2_journal: '' has been replaced by 'Paleoceanography and Paleoclimatology'

pub2_title: '' has been replaced by 'A Replication Study on Coral δ11B and B/Ca and Their Variation in Modern and Fossil Porites: Implications for Coral Calcifying Fluid Chemistry and Seawater pH Changes Over the Last Millennium'

d11B (GBRCD.DO15PAN01.d11B): paleoData_core: 'PAN02; PAN02A' has been replaced by 'PAN02'

d11B (GBRCD.DO15PAN01.d11B): paleoData_uncertaintyAnalytical: '0.35' has been replaced by '0.175'

d11B (GBRCD.DO15PAN01.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.DO15PAN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/cnb4-p051'

geo_notes: '3-5 m depth from top' has been replaced by 'Latitude and longitude from D'Olivo et al. (2013). 3-5 m depth from top.'

pub1_altDataURL: '' has been replaced by 'https://bg.copernicus.org/articles/12/1223/2015/bg-12-1223-2015-supplement.pdf'

d11B (GBRCD.DO15PAN01.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO15PAN01.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO15PAN01.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO15PAN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO15PAN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d11B (GBRCD.DO15PAN01.d11B): paleoData_measurementInstrument: '' has been replaced by 'Thermo Finnigan TRITON'

d11B (GBRCD.DO15PAN01.d11B): paleoData_measurementMethod: '' has been replaced by 'PTIMS'

d11B (GBRCD.DO15PAN01.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.35'

d11B (GBRCD.DO15PAN01.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.DO15PAN01.d11B): interpretation1_scope: '' has been replaced by 'climate'

D'Olivo, J.P., McCulloch, M.T., Eggins, S.M. & Trotter, J. (2015), 'Coral records of reef-water pH across the central Great Barrier Reef, Australia: assessing the influence of river runoff on inshore reefs', Biogeosciences, 12 (4), 1223-1236, 10.5194/bg-12-1223-2018.

Coral records of reef-water pH across the central Great Barrier Reef, Australia: assessing the influence of river runoff on inshore reefs

Latitude and longitude from D'Olivo et al. (2013). 3-5 m depth from top.

Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data .

SrCa (GBRCD.SA16HER02b.SrCa): paleoData_measurementInstrument: 'Varian Vista Ax CCD simultaneous inductively coupled plasma-atomic emission spectrometer' has been replaced by 'Varian Vista Ax CCD simultaneous ICP-AES'

SrCa (GBRCD.SA16HER02b.SrCa): paleoData_uncertaintyAnalytical: '0.0154' has been replaced by '0.359'

year (GBRCD.SA16HER02b.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '<2 m' has been replaced by 'Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. <2 m water depth, below lowest astronomical tide.'

SrCa (GBRCD.SA16HER02b.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER02b.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER02b.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER02b.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER02b.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Ax CCD simultaneous inductively coupled plasma-atomic emission spectrometer'

SrCa (GBRCD.SA16HER02b.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.SA16HER02b.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. <2 m water depth, below lowest astronomical tide.

BaCa (GBRCD.WE09ARL01_2.BaCa): paleoData_measurementInstrument: 'Varian Vista inductively coupled plasma atomic emission spectrometry' has been replaced by 'Varian Vista ICP-AES'

BaCa (GBRCD.WE09ARL01_2.BaCa): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. BaCa analytical precision 1 - 3%.'

MgCa (GBRCD.WE09ARL01_2.MgCa): paleoData_measurementInstrument: 'Varian Vista inductively coupled plasma atomic emission spectrometry' has been replaced by 'Varian Vista ICP-AES'

MgCa (GBRCD.WE09ARL01_2.MgCa): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

SrCa (GBRCD.WE09ARL01_2.SrCa): paleoData_measurementInstrument: 'Varian Vista inductively coupled plasma atomic emission spectrometry' has been replaced by 'Varian Vista ICP-AES'

SrCa (GBRCD.WE09ARL01_2.SrCa): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_measurementInstrument: 'Finnigan TRITON thermal ionisation mass spectrometer' has been replaced by 'Finnigan TRITON TIMS'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_uncertaintyAnalytical: '0.2' has been replaced by '0.1'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

d11B_pH (GBRCD.WE09ARL01_2.d11B_pH): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

d13C (GBRCD.WE09ARL01_2.d13C): paleoData_measurementInstrument: 'GV Isoprime II isotope ratio mass spectrometry coupled with Dual Inlet and Multiprep' has been replaced by 'GV Isoprime II IRMS coupled with Dual Inlet and Multiprep'

d13C (GBRCD.WE09ARL01_2.d13C): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

d18O (GBRCD.WE09ARL01_2.d18O): paleoData_measurementInstrument: 'GV Isoprime II isotope ratio mass spectrometry coupled with Dual Inlet and Multiprep' has been replaced by 'GV Isoprime II IRMS coupled with Dual Inlet and Multiprep'

d18O (GBRCD.WE09ARL01_2.d18O): paleoData_notes: 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed. BaCa analytical precision 1-3%.' has been replaced by 'Milled from 2 mm wide sampling grooves in 1 year intervals. d13C & d18O relative to Vienna PDB standard. d11B relative to NIST SRM 951 standard. Analytical precision quoted as better than values listed.'

year (GBRCD.WE09ARL01_2.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.WE09ARL01_2.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.WE09ARL01_2.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.WE09ARL01_2.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.WE09ARL01_2.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.WE09ARL01_2.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B_pH (GBRCD.WE09ARL01_2.d11B_pH): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d13C (GBRCD.WE09ARL01_2.d13C): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d18O (GBRCD.WE09ARL01_2.d18O): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.WE09ARL01_2.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.WE09ARL01_2.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.WE09ARL01_2.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.WE09ARL01_2.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.WE09ARL01_2.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.WE09ARL01_2.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d11B_pH (GBRCD.WE09ARL01_2.d11B_pH): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B_pH (GBRCD.WE09ARL01_2.d11B_pH): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.WE09ARL01_2.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.WE09ARL01_2.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.WE09ARL01_2.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.WE09ARL01_2.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WE09ARL01_2.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WE09ARL01_2.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.WE09ARL01_2.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

d11B_pH (GBRCD.WE09ARL01_2.d11B_pH): paleoData_description: 'pH calculated from δ11B' has been replaced by 'pH calculated from δ11B.'

BaCa (GBRCD.WE09ARL01_2.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista inductively coupled plasma atomic emission spectrometry'

BaCa (GBRCD.WE09ARL01_2.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

MgCa (GBRCD.WE09ARL01_2.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.3'

MgCa (GBRCD.WE09ARL01_2.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.WE09ARL01_2.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista inductively coupled plasma atomic emission spectrometry'

MgCa (GBRCD.WE09ARL01_2.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.WE09ARL01_2.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista inductively coupled plasma atomic emission spectrometry'

SrCa (GBRCD.WE09ARL01_2.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.2'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_measurementInstrument: '' has been replaced by 'Finnigan TRITON thermal ionisation mass spectrometer'

d11B (GBRCD.WE09ARL01_2.d11B): paleoData_measurementMethod: '' has been replaced by 'PTIMS'

d13C (GBRCD.WE09ARL01_2.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.05'

d13C (GBRCD.WE09ARL01_2.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.WE09ARL01_2.d13C): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II isotope ratio mass spectrometry coupled with Dual Inlet and Multiprep'

d13C (GBRCD.WE09ARL01_2.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.WE09ARL01_2.d18O): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II isotope ratio mass spectrometry coupled with Dual Inlet and Multiprep'

d18O (GBRCD.WE09ARL01_2.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

BaCa (GBRCD.WE09ARL01_2.BaCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.WE09ARL01_2.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.WE09ARL01_2.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d11B (GBRCD.WE09ARL01_2.d11B): interpretation1_scope: '' has been replaced by 'climate'

d11B_pH (GBRCD.WE09ARL01_2.d11B_pH): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.WE09ARL01_2.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.WE09ARL01_2.d18O): interpretation1_scope: '' has been replaced by 'climate'

Exponential regression based on HAV01 1648-1985 and 4-core average 1986-2015

year (GBRCD.LO15HAV05.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminRange (GBRCD.LO15HAV05.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO15HAV05.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV05.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO15HAV05.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO15HAV05.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO15HAV05.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO15HAV05.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.FA03ORP01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for reef from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by ''

geo_notes: '2.5 m depth' has been replaced by 'Latitude and longitude for reef from 'Reefs and shoals – Queensland' geodatabase. 2.5 m depth.'

BaCa (GBRCD.FA03ORP01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.FA03ORP01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.FA03ORP01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03ORP01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03ORP01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03ORP01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03ORP01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03ORP01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03ORP01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03ORP01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03ORP01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03ORP01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03ORP01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03ORP01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03ORP01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.FA03ORP01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.FA03ORP01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.FA03ORP01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.FA03ORP01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

MgCa (GBRCD.FA03ORP01.MgCa): paleoData_uncertaintyAnalytical: '4.7' has been replaced by '4.2'

BCa (GBRCD.FA03ORP01.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '3.8'

BCa (GBRCD.FA03ORP01.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BCa (GBRCD.FA03ORP01.BCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BCa (GBRCD.FA03ORP01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.FA03ORP01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

BaCa (GBRCD.FA03ORP01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.FA03ORP01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BaCa (GBRCD.FA03ORP01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.FA03ORP01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.FA03ORP01.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.FA03ORP01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.7'

MgCa (GBRCD.FA03ORP01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.FA03ORP01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

MgCa (GBRCD.FA03ORP01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.FA03ORP01.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

Mn (GBRCD.FA03ORP01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.FA03ORP01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

SrCa (GBRCD.FA03ORP01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.FA03ORP01.UCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

UCa (GBRCD.FA03ORP01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.FA03ORP01.BCa): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.FA03ORP01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.FA03ORP01.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.FA03ORP01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.FA03ORP01.Mn): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.FA03ORP01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.FA03ORP01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for reef from 'Reefs and shoals – Queensland' geodatabase. 2.5 m depth.

BCa (GBRCD.LE18GFB02.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18GFB02.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.LE18GFB02.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18GFB02.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18GFB02.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18GFB02.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18GFB02.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18GFB02.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18GFB02.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18GFB02.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18GFB02.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18GFB02.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18GFB02.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18GFB02.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18GFB02.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18GFB02.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18GFB02.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18GFB02.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18GFB02.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18GFB02.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18GFB02.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18GFB02.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18GFB02.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18GFB02.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18GFB02.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18GFB02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '3-4 m' has been replaced by '3-4 m estimated water depth.'

BCa (GBRCD.LE18GFB02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE18GFB02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18GFB02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18GFB02.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18GFB02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18GFB02.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18GFB02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18GFB02.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18GFB02.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18GFB02.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18GFB02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18GFB02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18GFB02.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18GFB02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE18GFB02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18GFB02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18GFB02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18GFB02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18GFB02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18GFB02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18GFB02.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18GFB02.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18GFB02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18GFB02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18GFB02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18GFB02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18GFB02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18GFB02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18GFB02.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18GFB02.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18GFB02.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18GFB02.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18GFB02.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18GFB02.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18GFB02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18GFB02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18GFB02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18GFB02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18GFB02.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18GFB02.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18GFB02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18GFB02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE18GFB02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18GFB02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE18GFB02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE18GFB02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18GFB02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18GFB02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18GFB02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18GFB02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18GFB02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18GFB02.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18GFB02.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18GFB02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18GFB02.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18GFB02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18GFB02.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18GFB02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18GFB02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18GFB02.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18GFB02.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18GFB02.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18GFB02.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18GFB02.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18GFB02.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18GFB02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18GFB02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18GFB02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18GFB02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18GFB02.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18GFB02.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18GFB02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18GFB02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18GFB02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18GFB02.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18GFB02.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18GFB02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18GFB02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18GFB02.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18GFB02.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18GFB02.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18GFB02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18GFB02.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18GFB02.YCa): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.FA03WHE01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '-' has been replaced by 'Latitude and longitude for reef from 'Reefs and shoals – Queensland' geodatabase. Depth is "-".'

BaCa (GBRCD.FA03WHE01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.FA03WHE01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.FA03WHE01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03WHE01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03WHE01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03WHE01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03WHE01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03WHE01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03WHE01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03WHE01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03WHE01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03WHE01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03WHE01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.FA03WHE01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.FA03WHE01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.FA03WHE01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.FA03WHE01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

MgCa (GBRCD.FA03WHE01.MgCa): paleoData_uncertaintyAnalytical: '4.9' has been replaced by '4.2'

BCa (GBRCD.FA03WHE01.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '3.8'

BCa (GBRCD.FA03WHE01.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BCa (GBRCD.FA03WHE01.BCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BCa (GBRCD.FA03WHE01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.FA03WHE01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

BaCa (GBRCD.FA03WHE01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.FA03WHE01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BaCa (GBRCD.FA03WHE01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.FA03WHE01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.FA03WHE01.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.FA03WHE01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.9'

MgCa (GBRCD.FA03WHE01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.FA03WHE01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

MgCa (GBRCD.FA03WHE01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.FA03WHE01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

SrCa (GBRCD.FA03WHE01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.FA03WHE01.UCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

UCa (GBRCD.FA03WHE01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.FA03WHE01.BCa): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.FA03WHE01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.FA03WHE01.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.FA03WHE01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.FA03WHE01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.FA03WHE01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for reef from 'Reefs and shoals – Queensland' geodatabase. Depth is "-".

SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and maxima.

Sampling every 1.5 mm using a 1 mm drill bit. d18O relative to Vienna Pee Dee Belemnite and analytical precision determined from standard calcite (KCM). SrCa analytical precision based on coral standard solution.

year (GBRCD.RO14KIN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/zxgc-dy60'

pub1_altDataURL: '' has been replaced by 'https://journals.sagepub.com/doi/suppl/10.1177/0959683614534739/suppl_file/Seawater_oxygen_isotope_calc.xls'

SrCa (GBRCD.RO14KIN01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.RO14KIN01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.RO14KIN01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.RO14KIN01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18Osw (GBRCD.RO14KIN01.d18Osw): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18Osw (GBRCD.RO14KIN01.d18Osw): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RO14KIN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RO14KIN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d18Osw (GBRCD.RO14KIN01.d18Osw): paleoData_description: 'δ18O of seawater calculated from paired δ18O and Sr/Ca' has been replaced by 'δ18O of seawater calculated from paired δ18O and Sr/Ca.'

SrCa (GBRCD.RO14KIN01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Pro ICP-AES'

SrCa (GBRCD.RO14KIN01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d18O (GBRCD.RO14KIN01.d18O): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime plus Multiprep device'

d18O (GBRCD.RO14KIN01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.RO14KIN01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.RO14KIN01.d18O): interpretation1_scope: '' has been replaced by 'climate'

d18Osw (GBRCD.RO14KIN01.d18Osw): interpretation1_scope: '' has been replaced by 'climate'

Age model determined from d18O (minima) which will be impacted by hydrology cycle. Timing of instrumental SST maximums and minimums has not been compared with record age model maxima and minima.

Roche, R.C., Perry, C.T., Smithers, S.G., Leng, M.J., Grove, C.A., Sloane, H.J. & Unsworth, C.E.

Roche, R.C., Perry, C.T., Smithers, S.G., Leng, M.J., Grove, C.A., Sloane, H.J. & Unsworth, C.E. (2014), 'Mid-Holocene sea surface conditions and riverine influence on the inshore Great Barrier Reef', The Holocene, 24 (8), 885-897, 10.1177/0959683614534739.

Mid-Holocene sea surface conditions and riverine influence on the inshore Great Barrier Reef

BaCa (GBRCD.LE19RUS01.BaCa): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

BaCa (GBRCD.LE19RUS01.BaCa): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Ce (GBRCD.LE19RUS01.Ce): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Ce (GBRCD.LE19RUS01.Ce): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Dy (GBRCD.LE19RUS01.Dy): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Dy (GBRCD.LE19RUS01.Dy): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Er (GBRCD.LE19RUS01.Er): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Er (GBRCD.LE19RUS01.Er): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Eu (GBRCD.LE19RUS01.Eu): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Eu (GBRCD.LE19RUS01.Eu): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Gd (GBRCD.LE19RUS01.Gd): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Gd (GBRCD.LE19RUS01.Gd): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Ho (GBRCD.LE19RUS01.Ho): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Ho (GBRCD.LE19RUS01.Ho): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

La (GBRCD.LE19RUS01.La): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

La (GBRCD.LE19RUS01.La): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Lu (GBRCD.LE19RUS01.Lu): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Lu (GBRCD.LE19RUS01.Lu): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Nd (GBRCD.LE19RUS01.Nd): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Nd (GBRCD.LE19RUS01.Nd): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Pr (GBRCD.LE19RUS01.Pr): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Pr (GBRCD.LE19RUS01.Pr): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Sm (GBRCD.LE19RUS01.Sm): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Sm (GBRCD.LE19RUS01.Sm): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Tb (GBRCD.LE19RUS01.Tb): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Tb (GBRCD.LE19RUS01.Tb): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Tm (GBRCD.LE19RUS01.Tm): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Tm (GBRCD.LE19RUS01.Tm): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Y (GBRCD.LE19RUS01.Y): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Y (GBRCD.LE19RUS01.Y): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Yb (GBRCD.LE19RUS01.Yb): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Yb (GBRCD.LE19RUS01.Yb): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Zr (GBRCD.LE19RUS01.Zr): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Zr (GBRCD.LE19RUS01.Zr): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

year (GBRCD.LE19RUS01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Coral collected from the leeward side of the island. Latitude and longitude inferred from publication map using 'Reefs and shoals – Queensland' geodatabase.' has been replaced by ''

geo_notes: 'Approx. 5 m water depth' has been replaced by 'Coral collected from the leeward side of the island. Latitude and longitude inferred from publication map using 'Reefs and shoals – Queensland' geodatabase. Approx. 5 m water depth.'

BaCa (GBRCD.LE19RUS01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.LE19RUS01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE19RUS01.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Dy (GBRCD.LE19RUS01.Dy): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Er (GBRCD.LE19RUS01.Er): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.LE19RUS01.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.LE19RUS01.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ho (GBRCD.LE19RUS01.Ho): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE19RUS01.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE19RUS01.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Nd (GBRCD.LE19RUS01.Nd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE19RUS01.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.LE19RUS01.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tb (GBRCD.LE19RUS01.Tb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tm (GBRCD.LE19RUS01.Tm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE19RUS01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE19RUS01.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Zr (GBRCD.LE19RUS01.Zr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE19RUS01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE19RUS01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE19RUS01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE19RUS01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Dy (GBRCD.LE19RUS01.Dy): paleoData_isPrimary: '' has been replaced by 'FALSE'

Dy (GBRCD.LE19RUS01.Dy): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Er (GBRCD.LE19RUS01.Er): paleoData_isPrimary: '' has been replaced by 'FALSE'

Er (GBRCD.LE19RUS01.Er): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.LE19RUS01.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.LE19RUS01.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.LE19RUS01.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.LE19RUS01.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ho (GBRCD.LE19RUS01.Ho): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ho (GBRCD.LE19RUS01.Ho): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE19RUS01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE19RUS01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE19RUS01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE19RUS01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Nd (GBRCD.LE19RUS01.Nd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Nd (GBRCD.LE19RUS01.Nd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE19RUS01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE19RUS01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE19RUS01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE19RUS01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tb (GBRCD.LE19RUS01.Tb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tb (GBRCD.LE19RUS01.Tb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tm (GBRCD.LE19RUS01.Tm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tm (GBRCD.LE19RUS01.Tm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE19RUS01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE19RUS01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE19RUS01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE19RUS01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Zr (GBRCD.LE19RUS01.Zr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Zr (GBRCD.LE19RUS01.Zr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE19RUS01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE19RUS01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.LE19RUS01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Zr (GBRCD.LE19RUS01.Zr): paleoData_description: '' has been replaced by 'Zirconium'

BaCa (GBRCD.LE19RUS01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

BaCa (GBRCD.LE19RUS01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ce (GBRCD.LE19RUS01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Ce (GBRCD.LE19RUS01.Ce): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Dy (GBRCD.LE19RUS01.Dy): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Dy (GBRCD.LE19RUS01.Dy): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Er (GBRCD.LE19RUS01.Er): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Er (GBRCD.LE19RUS01.Er): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Eu (GBRCD.LE19RUS01.Eu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Eu (GBRCD.LE19RUS01.Eu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Gd (GBRCD.LE19RUS01.Gd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Gd (GBRCD.LE19RUS01.Gd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ho (GBRCD.LE19RUS01.Ho): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Ho (GBRCD.LE19RUS01.Ho): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

La (GBRCD.LE19RUS01.La): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

La (GBRCD.LE19RUS01.La): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Lu (GBRCD.LE19RUS01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Lu (GBRCD.LE19RUS01.Lu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Nd (GBRCD.LE19RUS01.Nd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Nd (GBRCD.LE19RUS01.Nd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.LE19RUS01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Pr (GBRCD.LE19RUS01.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.LE19RUS01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Sm (GBRCD.LE19RUS01.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tb (GBRCD.LE19RUS01.Tb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Tb (GBRCD.LE19RUS01.Tb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tm (GBRCD.LE19RUS01.Tm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Tm (GBRCD.LE19RUS01.Tm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.LE19RUS01.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Y (GBRCD.LE19RUS01.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Yb (GBRCD.LE19RUS01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Yb (GBRCD.LE19RUS01.Yb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Zr (GBRCD.LE19RUS01.Zr): paleoData_longName: '' has been replaced by 'Zr'

Zr (GBRCD.LE19RUS01.Zr): paleoData_units: '' has been replaced by 'parts per billion'

Zr (GBRCD.LE19RUS01.Zr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Zr (GBRCD.LE19RUS01.Zr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

BaCa (GBRCD.LE19RUS01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE19RUS01.Ce): interpretation1_scope: '' has been replaced by 'climate'

Dy (GBRCD.LE19RUS01.Dy): interpretation1_scope: '' has been replaced by 'climate'

Er (GBRCD.LE19RUS01.Er): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.LE19RUS01.Eu): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.LE19RUS01.Gd): interpretation1_scope: '' has been replaced by 'climate'

Ho (GBRCD.LE19RUS01.Ho): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE19RUS01.La): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE19RUS01.Lu): interpretation1_scope: '' has been replaced by 'climate'

Nd (GBRCD.LE19RUS01.Nd): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE19RUS01.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE19RUS01.Sm): interpretation1_scope: '' has been replaced by 'climate'

Tb (GBRCD.LE19RUS01.Tb): interpretation1_scope: '' has been replaced by 'climate'

Tm (GBRCD.LE19RUS01.Tm): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE19RUS01.Y): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE19RUS01.Yb): interpretation1_scope: '' has been replaced by 'climate'

Zr (GBRCD.LE19RUS01.Zr): interpretation1_scope: '' has been replaced by 'climate'

Coral collected from the leeward side of the island. Latitude and longitude inferred from publication map using 'Reefs and shoals – Queensland' geodatabase. Approx. 5 m water depth.

notes: 'Individual record that makes up part of RT Master record.' has been replaced by 'Individual record that makes up part of KI Master record. Lumin data is 1976-2003; no Lumin data available for part of 1987-1988. BaCa data is 1968-2002. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).'

geo_notes: '5 m collection depth (Jupiter et al. 2008).' has been replaced by '5 m collection depth.'

year (GBRCD.JU08RTI01a.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '5 m depth' has been replaced by '5 m collection depth (Jupiter et al. 2008).'

Lumin (GBRCD.JU08RTI01a.Lumin): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lumin (GBRCD.JU08RTI01a.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08RTI01a.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08RTI01a.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08RTI01a.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Lumin (GBRCD.JU08RTI01a.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Lumin (GBRCD.JU08RTI01a.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.JU08RTI01a.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

Lumin (GBRCD.JU08RTI01a.Lumin): interpretation1_scope: '' has been replaced by 'climate'

Individual record that makes up part of KI Master record. Lumin data is 1976-2003; no Lumin data available for part of 1987-1988. BaCa data is 1968-2002. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).

SrCa (GBRCD.SA16HER01b.SrCa): paleoData_measurementInstrument: 'Varian Vista Ax CCD simultaneous inductively coupled plasma-atomic emission spectrometer' has been replaced by 'Varian Vista Ax CCD simultaneous ICP-AES'

SrCa (GBRCD.SA16HER01b.SrCa): paleoData_uncertaintyAnalytical: '0.0154' has been replaced by '0.359'

year (GBRCD.SA16HER01b.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER01b.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER01b.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER01b.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER01b.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER01b.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Ax CCD simultaneous inductively coupled plasma-atomic emission spectrometer'

SrCa (GBRCD.SA16HER01b.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.SA16HER01b.SrCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa compared with weekly averaged in situ SSTs from Davies Reef weather station. Features in SrCa record matched with same events in the SST record.

Tissue layer region of coral pre-treated with 50% hydrogen peroxide and subsequently ultrasonically rinsed. Ledge sampled every 0.25 mm using a 2 mm diameter drill bit. SrCa replication reproducibility better than 0.2% (Alibert & McCulloch 1997).

year (GBRCD.AL03DAV01_1.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'GPS coordinates offset from Davies Reef. Reef located -18.82, 147.64 for reef from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by ''

pub2_doi: '10.1029/97PA00318.' has been replaced by '10.1029/97PA00318'

geo_notes: 'Upper surface 3.1 m below low tide mark' has been replaced by 'GPS coordinates offset from Davies Reef. Reef located -18.82, 147.64 for reef from 'Reefs and shoals – Queensland' geodatabase. Upper surface 3.1 m below low tide mark.'

Distance (GBRCD.AL03DAV01_1.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03DAV01_1.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.AL03DAV01_1.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.AL03DAV01_1.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AL03DAV01_1.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AL03DAV01_1.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.AL03DAV01_1.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Distance (GBRCD.AL03DAV01_1.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AL03DAV01_1.Distance): paleoData_units: '' has been replaced by 'millimetres'

SrCa (GBRCD.AL03DAV01_1.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 261'

SrCa (GBRCD.AL03DAV01_1.SrCa): paleoData_measurementMethod: '' has been replaced by 'TIMS'

Distance (GBRCD.AL03DAV01_1.Distance): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.AL03DAV01_1.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Alibert, C. & McCulloch, M.T. (1997), 'Strontium/calcium ratios in modern Porites corals From the Great Barrier Reef as a proxy for sea surface temperature: Calibration of the thermometer and monitoring of ENSO', Paleoceanography, 12 (3), 345-363, 10.1029/97PA00318.

Strontium/calcium ratios in modern Porites corals From the Great Barrier Reef as a proxy for sea surface temperature: Calibration of the thermometer and monitoring of ENSO

GPS coordinates offset from Davies Reef. Reef located -18.82, 147.64 for reef from 'Reefs and shoals – Queensland' geodatabase. Upper surface 3.1 m below low tide mark.

Average from 9 AIMS loggers: Boult Reef, Erskine Island, Heron Island, Lady Musgrave, Masthead Reef, North Reef, One Tree Island, Tryon Island, Wreck Island

BCa (GBRCD.WU21MAS01a.BCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

LiCa (GBRCD.WU21MAS01a.LiCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

MgCa (GBRCD.WU21MAS01a.MgCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

SrCa (GBRCD.WU21MAS01a.SrCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

UCa (GBRCD.WU21MAS01a.UCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

year (GBRCD.WU21MAS01a.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.WU21MAS01a.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.WU21MAS01a.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21MAS01a.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21MAS01a.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21MAS01a.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21MAS01a.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21MAS01a.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21MAS01a.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21MAS01a.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21MAS01a.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WU21MAS01a.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WU21MAS01a.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.WU21MAS01a.BCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

BCa (GBRCD.WU21MAS01a.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.WU21MAS01a.LiCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

LiCa (GBRCD.WU21MAS01a.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.WU21MAS01a.MgCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

MgCa (GBRCD.WU21MAS01a.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.WU21MAS01a.SrCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

SrCa (GBRCD.WU21MAS01a.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.WU21MAS01a.UCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

UCa (GBRCD.WU21MAS01a.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.WU21MAS01a.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.WU21MAS01a.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.WU21MAS01a.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.WU21MAS01a.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.WU21MAS01a.UCa): interpretation1_scope: '' has been replaced by 'climate'

Annual bands (determined from beginning of each high density band) were milled along the maximum growth axis. Samples were pre-treated with hydrogen peroxide to remove organics. d11B relative to the NBS 951 boric acid international standard.

d11B (GBRCD.DO15RIB01.d11B): paleoData_uncertaintyAnalytical: '0.35' has been replaced by '0.175'

d11B (GBRCD.DO15RIB01.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.DO15RIB01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '6.4 m depth from top' has been replaced by 'Latitude and longitude from D'Olivo et al. (2013). 6.4 m depth from top.'

d11B (GBRCD.DO15RIB01.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO15RIB01.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO15RIB01.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO15RIB01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO15RIB01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d11B (GBRCD.DO15RIB01.d11B): paleoData_measurementInstrument: '' has been replaced by 'Thermo Finnigan TRITON'

d11B (GBRCD.DO15RIB01.d11B): paleoData_measurementMethod: '' has been replaced by 'PTIMS'

d11B (GBRCD.DO15RIB01.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.35'

d11B (GBRCD.DO15RIB01.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.DO15RIB01.d11B): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude from D'Olivo et al. (2013). 6.4 m depth from top.

year (GBRCD.RO14MIA02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14MIA02.LuminGB): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminGB (GBRCD.RO14MIA02.LuminGB): paleoData_jcpUsed: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14MIA02.LuminGB): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14MIA02.LuminGB): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RO14MIA02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RO14MIA02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14MIA02.LuminGB): paleoData_measurementInstrument: '' has been replaced by 'Avaatech core-scanner with Line-scan Camera'

LuminGB (GBRCD.RO14MIA02.LuminGB): paleoData_measurementMethod: '' has been replaced by 'SLS'

LuminGB (GBRCD.RO14MIA02.LuminGB): interpretation1_scope: '' has been replaced by 'climate'

SrCa-SST calibration available, although no SrCa values available. Calibrations only used in supporting figure. OLS. SrCa = 9.97 - 0.04 * SST. R2=0.34

BaCa (GBRCD.WA13MYR01.BaCa): paleoData_measurementInstrument: '193 nm ArF excimer laser coupled to a Varian 820 ICP-MS' has been replaced by '193 nm ArF excimer laser coupled to a Varian 820-MS ICP-MS'

year (GBRCD.WA13MYR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '25 m' has been replaced by 'Core from fore reef slope. 25 m depth.'

BaCa (GBRCD.WA13MYR01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.WA13MYR01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.WA13MYR01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WA13MYR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WA13MYR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.WA13MYR01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.WA13MYR01.BaCa): paleoData_measurementInstrument: '' has been replaced by '193 nm ArF excimer laser coupled to a Varian 820 ICP-MS'

BaCa (GBRCD.WA13MYR01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.WA13MYR01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.3'

BaCa (GBRCD.WA13MYR01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.WA13MYR01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.LO11HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Based on coral ID, expected the same record as LO15HAV01 but values are not the same.' has been replaced by 'Based on coral ID, expected the same record as LO15HAV01 but values are not the same and no explanation for difference is noted.'

pub1_doi: '10.1029/2010PA002057' has been replaced by '10.1029/2010pa002050'

pub2_author: 'Palmer, J.G., Cook, E.R., Turney, C.S.M., Allen, K., Fenwick, P., Cook, B.I., O’Donnell, A., Lough, J., Grierson, P. & Baker, P.' has been replaced by 'Lough, J. M.'

pub2_citation: 'Palmer, J.G., Cook, E.R., Turney, C.S.M., Allen, K., Fenwick, P., Cook, B.I., O’Donnell, A., Lough, J., Grierson, P. & Baker, P. (2015), 'Drought variability in the eastern Australia and New Zealand summer drought atlas (ANZDA, CE 1500–2012) modulated by the Interdecadal Pacific Oscillation', Environmental Research Letters, 10 (12), 124002, 10.1088/1748-9326/10/12/124002.' has been replaced by 'Lough, J.M. (2011), 'Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact', Coral Reefs, 30 (1), 169-182, 10.1007/s00338-010-0688-0.'

pub2_doi: '10.1088/1748-9326/10/12/124002.' has been replaced by '10.1007/s00338-010-0688-0'

pub2_firstAuthor: 'Palmer, J.G.' has been replaced by 'Lough, J. M.'

pub2_journal: 'Environmental Research Letters' has been replaced by 'Coral Reefs'

pub2_title: 'Drought variability in the eastern Australia and New Zealand summer drought atlas (ANZDA, CE 1500–2012) modulated by the Interdecadal Pacific Oscillation' has been replaced by 'Measured coral luminescence as a freshwater proxy: comparison with visual indices and a potential age artefact'

pub3_author: 'D'Olivo, J.P. & McCulloch, M.' has been replaced by 'Palmer, J.G., Cook, E.R., Turney, C.S.M., Allen, K., Fenwick, P., Cook, B.I., O’Donnell, A., Lough, J., Grierson, P. & Baker, P.'

pub3_citation: 'D'Olivo, J.P. & McCulloch, M. (2022), 'Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records', Science of the Total Environment, 830, 154461, 10.1016/j.scitotenv.2022.154461.' has been replaced by 'Palmer, J.G., Cook, E.R., Turney, C.S.M., Allen, K., Fenwick, P., Cook, B.I., O’Donnell, A., Lough, J., Grierson, P. & Baker, P. (2015), 'Drought variability in the eastern Australia and New Zealand summer drought atlas (ANZDA, CE 1500–2012) modulated by the Interdecadal Pacific Oscillation', Environmental Research Letters, 10 (12), 124002, 10.1088/1748-9326/10/12/124002.'

pub3_doi: '10.1016/j.scitotenv.2022.154461' has been replaced by '10.1088/1748-9326/10/12/124002.'

pub3_firstAuthor: 'D'Olivo, J. P.' has been replaced by 'Palmer, J.G.'

pub3_journal: 'Science of the Total Environment' has been replaced by 'Environmental Research Letters'

pub3_title: 'Impact of European settlement and land use changes on Great Barrier Reef river catchments reconstructed from long-term coral Ba/Ca records' has been replaced by 'Drought variability in the eastern Australia and New Zealand summer drought atlas (ANZDA, CE 1500–2012) modulated by the Interdecadal Pacific Oscillation'

geo_notes: '' has been replaced by '2.5 m water depth at the top (Lough et al. 2015).'

LuminRange (GBRCD.LO11HAV01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11HAV01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11HAV01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11HAV01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11HAV01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

D'Olivo and McCulloch (2022); De'ath et al. (2009); Erler et al. (2020); Hendy et al. (2002); Hendy et al. (2003a); Hendy et al. (2003b); Hendy et al. (2007); Hendy et al. (2012); Isdale et al. (1998); Lough (2007); Lough and Barnes (1997); Lough et al. (2015); McCulloch et al. (2003)

Based on coral ID, expected the same record as LO15HAV01 but values are not the same and no explanation for difference is noted.

Palmer, J.G., Cook, E.R., Turney, C.S.M., Allen, K., Fenwick, P., Cook, B.I., O’Donnell, A., Lough, J., Grierson, P. & Baker, P.

Palmer, J.G., Cook, E.R., Turney, C.S.M., Allen, K., Fenwick, P., Cook, B.I., O’Donnell, A., Lough, J., Grierson, P. & Baker, P. (2015), 'Drought variability in the eastern Australia and New Zealand summer drought atlas (ANZDA, CE 1500–2012) modulated by the Interdecadal Pacific Oscillation', Environmental Research Letters, 10 (12), 124002, 10.1088/1748-9326/10/12/124002.

Drought variability in the eastern Australia and New Zealand summer drought atlas (ANZDA, CE 1500–2012) modulated by the Interdecadal Pacific Oscillation

BCa (GBRCD.LE18GFB01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18GFB01.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.LE18GFB01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18GFB01.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18GFB01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18GFB01.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18GFB01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18GFB01.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18GFB01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18GFB01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18GFB01.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18GFB01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18GFB01.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18GFB01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18GFB01.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18GFB01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18GFB01.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18GFB01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18GFB01.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18GFB01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18GFB01.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18GFB01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18GFB01.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18GFB01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18GFB01.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18GFB01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE18GFB01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE18GFB01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18GFB01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18GFB01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18GFB01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18GFB01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18GFB01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18GFB01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18GFB01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18GFB01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18GFB01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18GFB01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18GFB01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18GFB01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE18GFB01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18GFB01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18GFB01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18GFB01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18GFB01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18GFB01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18GFB01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18GFB01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18GFB01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18GFB01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18GFB01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18GFB01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18GFB01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18GFB01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18GFB01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18GFB01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18GFB01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18GFB01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18GFB01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18GFB01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18GFB01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18GFB01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18GFB01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18GFB01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18GFB01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18GFB01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18GFB01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18GFB01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE18GFB01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18GFB01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE18GFB01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE18GFB01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18GFB01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18GFB01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18GFB01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18GFB01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18GFB01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18GFB01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18GFB01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18GFB01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18GFB01.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18GFB01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18GFB01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18GFB01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18GFB01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18GFB01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18GFB01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18GFB01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18GFB01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18GFB01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18GFB01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18GFB01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18GFB01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18GFB01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18GFB01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18GFB01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18GFB01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18GFB01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18GFB01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18GFB01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18GFB01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18GFB01.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18GFB01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18GFB01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18GFB01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18GFB01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18GFB01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18GFB01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18GFB01.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18GFB01.YCa): interpretation1_scope: '' has been replaced by 'climate'

14C; 4481 ± 30 yBP uncalibrated (published 4665 yBP median probability). SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and minima. Relative age of 0.62 to 31.66 was and assigned appropriate calendar age (BCE) for archiving assuming 0 is the oldest section of the coral.

Outer edge dated by 14C. Median age 4665 yBP. No additonal dating information supplied. Re-calibrated raw C14 for archiving using Calib 8.2 and Marine20 with DeltaR = 11 ± 13.

Sampling every 1.75 mm using a 1 mm drill bit. d18O relative to Vienna Pee Dee Belemnite and analytical precision determined from standard calcite (KCM). SrCa analytical precision based on coral standard solution.

Regressions for calibrations applied used annual minimum and maximum values.

Outer edge dated by 14C. Median age 4665 yBP. No additional dating information supplied. Re-calibrated raw C14 for archiving using Calib 8.2 and Marine20 with DeltaR = 11 ± 13.

SrCa (GBRCD.RO14KIN02.SrCa): paleoData_gbrDatingNotes: 'Outer edge dated by 14C. Median age 4665 yBP. No additonal dating information supplied. Re-calibrated raw C14 for archiving using Calib 8.2 and Marine20 with DeltaR = 11 ± 13.' has been replaced by 'Outer edge dated by 14C. Median age 4665 yBP. No additional dating information supplied. Re-calibrated raw C14 for archiving using Calib 8.2 and Marine20 with DeltaR = 11 ± 13.'

d18O (GBRCD.RO14KIN02.d18O): paleoData_gbrDatingNotes: 'Outer edge dated by 14C. Median age 4665 yBP. No additonal dating information supplied. Re-calibrated raw C14 for archiving using Calib 8.2 and Marine20 with DeltaR = 11 ± 13.' has been replaced by 'Outer edge dated by 14C. Median age 4665 yBP. No additional dating information supplied. Re-calibrated raw C14 for archiving using Calib 8.2 and Marine20 with DeltaR = 11 ± 13.'

d18Osw (GBRCD.RO14KIN02.d18Osw): paleoData_gbrDatingNotes: 'Outer edge dated by 14C. Median age 4665 yBP. No additonal dating information supplied. Re-calibrated raw C14 for archiving using Calib 8.2 and Marine20 with DeltaR = 11 ± 13.' has been replaced by 'Outer edge dated by 14C. Median age 4665 yBP. No additional dating information supplied. Re-calibrated raw C14 for archiving using Calib 8.2 and Marine20 with DeltaR = 11 ± 13.'

year (GBRCD.RO14KIN02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.RO14KIN02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.RO14KIN02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.RO14KIN02.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.RO14KIN02.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18Osw (GBRCD.RO14KIN02.d18Osw): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18Osw (GBRCD.RO14KIN02.d18Osw): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RO14KIN02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RO14KIN02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d18Osw (GBRCD.RO14KIN02.d18Osw): paleoData_description: 'δ18O of seawater calculated from paired δ18O and Sr/Ca' has been replaced by 'δ18O of seawater calculated from paired δ18O and Sr/Ca.'

SrCa (GBRCD.RO14KIN02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista Pro ICP-AES'

SrCa (GBRCD.RO14KIN02.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d18O (GBRCD.RO14KIN02.d18O): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime plus Multiprep device'

d18O (GBRCD.RO14KIN02.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.RO14KIN02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.RO14KIN02.d18O): interpretation1_scope: '' has been replaced by 'climate'

d18Osw (GBRCD.RO14KIN02.d18Osw): interpretation1_scope: '' has been replaced by 'climate'

Age model determined from d18O (minima) which will be impacted by hydrology cycle. Age converted to CE age from relative age where year 0 was assumed to be the oldest section of the coral.

BaCa (GBRCD.LE19RUS02.BaCa): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

BaCa (GBRCD.LE19RUS02.BaCa): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Ce (GBRCD.LE19RUS02.Ce): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Ce (GBRCD.LE19RUS02.Ce): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Dy (GBRCD.LE19RUS02.Dy): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Dy (GBRCD.LE19RUS02.Dy): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Er (GBRCD.LE19RUS02.Er): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Er (GBRCD.LE19RUS02.Er): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Eu (GBRCD.LE19RUS02.Eu): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Eu (GBRCD.LE19RUS02.Eu): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Gd (GBRCD.LE19RUS02.Gd): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Gd (GBRCD.LE19RUS02.Gd): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Ho (GBRCD.LE19RUS02.Ho): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Ho (GBRCD.LE19RUS02.Ho): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

La (GBRCD.LE19RUS02.La): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

La (GBRCD.LE19RUS02.La): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Lu (GBRCD.LE19RUS02.Lu): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Lu (GBRCD.LE19RUS02.Lu): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Nd (GBRCD.LE19RUS02.Nd): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Nd (GBRCD.LE19RUS02.Nd): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Pr (GBRCD.LE19RUS02.Pr): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Pr (GBRCD.LE19RUS02.Pr): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Sm (GBRCD.LE19RUS02.Sm): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Sm (GBRCD.LE19RUS02.Sm): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Tb (GBRCD.LE19RUS02.Tb): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Tb (GBRCD.LE19RUS02.Tb): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Tm (GBRCD.LE19RUS02.Tm): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Tm (GBRCD.LE19RUS02.Tm): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Y (GBRCD.LE19RUS02.Y): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Y (GBRCD.LE19RUS02.Y): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Yb (GBRCD.LE19RUS02.Yb): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Yb (GBRCD.LE19RUS02.Yb): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Zr (GBRCD.LE19RUS02.Zr): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Zr (GBRCD.LE19RUS02.Zr): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

year (GBRCD.LE19RUS02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.LE19RUS02.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.LE19RUS02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE19RUS02.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Dy (GBRCD.LE19RUS02.Dy): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Er (GBRCD.LE19RUS02.Er): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.LE19RUS02.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.LE19RUS02.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ho (GBRCD.LE19RUS02.Ho): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE19RUS02.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE19RUS02.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Nd (GBRCD.LE19RUS02.Nd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE19RUS02.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.LE19RUS02.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tb (GBRCD.LE19RUS02.Tb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tm (GBRCD.LE19RUS02.Tm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE19RUS02.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE19RUS02.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Zr (GBRCD.LE19RUS02.Zr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE19RUS02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE19RUS02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE19RUS02.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE19RUS02.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Dy (GBRCD.LE19RUS02.Dy): paleoData_isPrimary: '' has been replaced by 'FALSE'

Dy (GBRCD.LE19RUS02.Dy): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Er (GBRCD.LE19RUS02.Er): paleoData_isPrimary: '' has been replaced by 'FALSE'

Er (GBRCD.LE19RUS02.Er): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.LE19RUS02.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.LE19RUS02.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.LE19RUS02.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.LE19RUS02.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ho (GBRCD.LE19RUS02.Ho): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ho (GBRCD.LE19RUS02.Ho): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE19RUS02.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE19RUS02.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE19RUS02.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE19RUS02.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Nd (GBRCD.LE19RUS02.Nd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Nd (GBRCD.LE19RUS02.Nd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE19RUS02.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE19RUS02.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE19RUS02.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE19RUS02.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tb (GBRCD.LE19RUS02.Tb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tb (GBRCD.LE19RUS02.Tb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tm (GBRCD.LE19RUS02.Tm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tm (GBRCD.LE19RUS02.Tm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE19RUS02.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE19RUS02.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE19RUS02.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE19RUS02.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Zr (GBRCD.LE19RUS02.Zr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Zr (GBRCD.LE19RUS02.Zr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE19RUS02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE19RUS02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.LE19RUS02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Zr (GBRCD.LE19RUS02.Zr): paleoData_description: '' has been replaced by 'Zirconium'

BaCa (GBRCD.LE19RUS02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

BaCa (GBRCD.LE19RUS02.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ce (GBRCD.LE19RUS02.Ce): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Ce (GBRCD.LE19RUS02.Ce): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Dy (GBRCD.LE19RUS02.Dy): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Dy (GBRCD.LE19RUS02.Dy): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Er (GBRCD.LE19RUS02.Er): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Er (GBRCD.LE19RUS02.Er): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Eu (GBRCD.LE19RUS02.Eu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Eu (GBRCD.LE19RUS02.Eu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Gd (GBRCD.LE19RUS02.Gd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Gd (GBRCD.LE19RUS02.Gd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ho (GBRCD.LE19RUS02.Ho): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Ho (GBRCD.LE19RUS02.Ho): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

La (GBRCD.LE19RUS02.La): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

La (GBRCD.LE19RUS02.La): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Lu (GBRCD.LE19RUS02.Lu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Lu (GBRCD.LE19RUS02.Lu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Nd (GBRCD.LE19RUS02.Nd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Nd (GBRCD.LE19RUS02.Nd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.LE19RUS02.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Pr (GBRCD.LE19RUS02.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.LE19RUS02.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Sm (GBRCD.LE19RUS02.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tb (GBRCD.LE19RUS02.Tb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Tb (GBRCD.LE19RUS02.Tb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tm (GBRCD.LE19RUS02.Tm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Tm (GBRCD.LE19RUS02.Tm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.LE19RUS02.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Y (GBRCD.LE19RUS02.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Yb (GBRCD.LE19RUS02.Yb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Yb (GBRCD.LE19RUS02.Yb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Zr (GBRCD.LE19RUS02.Zr): paleoData_longName: '' has been replaced by 'Zr'

Zr (GBRCD.LE19RUS02.Zr): paleoData_units: '' has been replaced by 'parts per billion'

Zr (GBRCD.LE19RUS02.Zr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Zr (GBRCD.LE19RUS02.Zr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

BaCa (GBRCD.LE19RUS02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE19RUS02.Ce): interpretation1_scope: '' has been replaced by 'climate'

Dy (GBRCD.LE19RUS02.Dy): interpretation1_scope: '' has been replaced by 'climate'

Er (GBRCD.LE19RUS02.Er): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.LE19RUS02.Eu): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.LE19RUS02.Gd): interpretation1_scope: '' has been replaced by 'climate'

Ho (GBRCD.LE19RUS02.Ho): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE19RUS02.La): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE19RUS02.Lu): interpretation1_scope: '' has been replaced by 'climate'

Nd (GBRCD.LE19RUS02.Nd): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE19RUS02.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE19RUS02.Sm): interpretation1_scope: '' has been replaced by 'climate'

Tb (GBRCD.LE19RUS02.Tb): interpretation1_scope: '' has been replaced by 'climate'

Tm (GBRCD.LE19RUS02.Tm): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE19RUS02.Y): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE19RUS02.Yb): interpretation1_scope: '' has been replaced by 'climate'

Zr (GBRCD.LE19RUS02.Zr): interpretation1_scope: '' has been replaced by 'climate'

geo_notes: '4 m collection depth (Jupiter et al. 2008).' has been replaced by '4 m collection depth.'

Ce (GBRCD.JU08RTI01b.Ce): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Dy (GBRCD.JU08RTI01b.Dy): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Er (GBRCD.JU08RTI01b.Er): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Eu (GBRCD.JU08RTI01b.Eu): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Gd (GBRCD.JU08RTI01b.Gd): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Ho (GBRCD.JU08RTI01b.Ho): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

La (GBRCD.JU08RTI01b.La): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Lu (GBRCD.JU08RTI01b.Lu): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Nd (GBRCD.JU08RTI01b.Nd): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Pr (GBRCD.JU08RTI01b.Pr): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Sm (GBRCD.JU08RTI01b.Sm): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Tb (GBRCD.JU08RTI01b.Tb): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Tm (GBRCD.JU08RTI01b.Tm): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Y (GBRCD.JU08RTI01b.Y): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

YHo (GBRCD.JU08RTI01b.YHo): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

Yb (GBRCD.JU08RTI01b.Yb): paleoData_measurementInstrument: 'Thermo X-Series inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series ICP-MS'

year (GBRCD.JU08RTI01b.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/2syx-b680'

geo_notes: '4 m depth' has been replaced by '4 m collection depth (Jupiter et al. 2008).'

Ce (GBRCD.JU08RTI01b.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Dy (GBRCD.JU08RTI01b.Dy): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Er (GBRCD.JU08RTI01b.Er): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.JU08RTI01b.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.JU08RTI01b.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ho (GBRCD.JU08RTI01b.Ho): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.JU08RTI01b.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.JU08RTI01b.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Nd (GBRCD.JU08RTI01b.Nd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.JU08RTI01b.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.JU08RTI01b.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tb (GBRCD.JU08RTI01b.Tb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tm (GBRCD.JU08RTI01b.Tm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.JU08RTI01b.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YHo (GBRCD.JU08RTI01b.YHo): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.JU08RTI01b.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.JU08RTI01b.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.JU08RTI01b.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Dy (GBRCD.JU08RTI01b.Dy): paleoData_isPrimary: '' has been replaced by 'FALSE'

Dy (GBRCD.JU08RTI01b.Dy): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Er (GBRCD.JU08RTI01b.Er): paleoData_isPrimary: '' has been replaced by 'FALSE'

Er (GBRCD.JU08RTI01b.Er): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.JU08RTI01b.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.JU08RTI01b.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.JU08RTI01b.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.JU08RTI01b.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ho (GBRCD.JU08RTI01b.Ho): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ho (GBRCD.JU08RTI01b.Ho): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.JU08RTI01b.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.JU08RTI01b.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.JU08RTI01b.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.JU08RTI01b.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Nd (GBRCD.JU08RTI01b.Nd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Nd (GBRCD.JU08RTI01b.Nd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.JU08RTI01b.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.JU08RTI01b.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.JU08RTI01b.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.JU08RTI01b.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tb (GBRCD.JU08RTI01b.Tb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tb (GBRCD.JU08RTI01b.Tb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tm (GBRCD.JU08RTI01b.Tm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tm (GBRCD.JU08RTI01b.Tm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.JU08RTI01b.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.JU08RTI01b.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YHo (GBRCD.JU08RTI01b.YHo): paleoData_isPrimary: '' has been replaced by 'FALSE'

YHo (GBRCD.JU08RTI01b.YHo): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.JU08RTI01b.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.JU08RTI01b.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08RTI01b.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08RTI01b.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

YHo (GBRCD.JU08RTI01b.YHo): paleoData_description: 'Yttrium/Holmium as mass ratio' has been replaced by 'Yttrium/Holmium as mass ratio.'

Ce (GBRCD.JU08RTI01b.Ce): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Ce (GBRCD.JU08RTI01b.Ce): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Dy (GBRCD.JU08RTI01b.Dy): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Dy (GBRCD.JU08RTI01b.Dy): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Er (GBRCD.JU08RTI01b.Er): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Er (GBRCD.JU08RTI01b.Er): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Eu (GBRCD.JU08RTI01b.Eu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Eu (GBRCD.JU08RTI01b.Eu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Gd (GBRCD.JU08RTI01b.Gd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Gd (GBRCD.JU08RTI01b.Gd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ho (GBRCD.JU08RTI01b.Ho): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Ho (GBRCD.JU08RTI01b.Ho): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

La (GBRCD.JU08RTI01b.La): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

La (GBRCD.JU08RTI01b.La): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Lu (GBRCD.JU08RTI01b.Lu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Lu (GBRCD.JU08RTI01b.Lu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Nd (GBRCD.JU08RTI01b.Nd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Nd (GBRCD.JU08RTI01b.Nd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.JU08RTI01b.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Pr (GBRCD.JU08RTI01b.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.JU08RTI01b.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Sm (GBRCD.JU08RTI01b.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tb (GBRCD.JU08RTI01b.Tb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Tb (GBRCD.JU08RTI01b.Tb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tm (GBRCD.JU08RTI01b.Tm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Tm (GBRCD.JU08RTI01b.Tm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.JU08RTI01b.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Y (GBRCD.JU08RTI01b.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

YHo (GBRCD.JU08RTI01b.YHo): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

YHo (GBRCD.JU08RTI01b.YHo): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Yb (GBRCD.JU08RTI01b.Yb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Yb (GBRCD.JU08RTI01b.Yb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ce (GBRCD.JU08RTI01b.Ce): interpretation1_scope: '' has been replaced by 'climate'

Dy (GBRCD.JU08RTI01b.Dy): interpretation1_scope: '' has been replaced by 'climate'

Er (GBRCD.JU08RTI01b.Er): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.JU08RTI01b.Eu): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.JU08RTI01b.Gd): interpretation1_scope: '' has been replaced by 'climate'

Ho (GBRCD.JU08RTI01b.Ho): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.JU08RTI01b.La): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.JU08RTI01b.Lu): interpretation1_scope: '' has been replaced by 'climate'

Nd (GBRCD.JU08RTI01b.Nd): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.JU08RTI01b.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.JU08RTI01b.Sm): interpretation1_scope: '' has been replaced by 'climate'

Tb (GBRCD.JU08RTI01b.Tb): interpretation1_scope: '' has been replaced by 'climate'

Tm (GBRCD.JU08RTI01b.Tm): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.JU08RTI01b.Y): interpretation1_scope: '' has been replaced by 'climate'

YHo (GBRCD.JU08RTI01b.YHo): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.JU08RTI01b.Yb): interpretation1_scope: '' has been replaced by 'climate'

SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.

Sampled every 0.5 mm but only every other sample tested for 1 mm spacing (approx. 20 samples per year). d18O relative to Vienna Peedee Belemnite.

Centred SrCa-SST and d18O-SST RMA equations available in paper were the author preferred option.

RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489

Sampled every 0.5 mm but only every other sample tested for 1 mm spacing (approx. 20 samples per year).

SrCa (GBRCD.BR17HER04.SrCa): paleoData_notes: 'Sampled every 0.5 mm but only every other sample tested for 1 mm spacing (approx. 20 samples per year). d18O relative to Vienna Peedee Belemnite.' has been replaced by 'Sampled every 0.5 mm but only every other sample tested for 1 mm spacing (approx. 20 samples per year).'

SrCa (GBRCD.BR17HER04.SrCa): paleoData_uncertaintyAnalytical: '0.007' has been replaced by '0.06'

d18O (GBRCD.BR17HER04.d18O): paleoData_measurementInstrument: 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime' has been replaced by 'VG Optima IRMS or Elementar Isoprime'

d18O (GBRCD.BR17HER04.d18O): paleoData_uncertaintyAnalytical: '0.08' has been replaced by '0.11'

year (GBRCD.BR17HER04.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER04.SrCa): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

d18O (GBRCD.BR17HER04.d18O): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

year (GBRCD.BR17HER04.year): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

notes: 'Latitude and longitude from the NOAA/WDS HER cores dataset. GPS coordinates plot the core on Heron Island. Core from fore reef slope. Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).' has been replaced by 'Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/nycg-vp29'

geo_notes: '5 m depth' has been replaced by 'Latitude and longitude from the NOAA/WDS HER cores dataset. GPS coordinates plot the core on Heron Island. Core from fore reef slope. 5 m depth of collection.'

SrCa (GBRCD.BR17HER04.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

d18O (GBRCD.BR17HER04.d18O): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

SrCa (GBRCD.BR17HER04.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.BR17HER04.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER04.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER04.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER04.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER04.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER04.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Inductively Coupled-Optical Emission Spectrophotometer'

SrCa (GBRCD.BR17HER04.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-OES'

d18O (GBRCD.BR17HER04.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime'

d18O (GBRCD.BR17HER04.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.BR17HER04.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.BR17HER04.d18O): interpretation1_scope: '' has been replaced by 'climate'

Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).

Brenner, L.D., Linsley, B.K. & Potts, D.C. (2017), 'A modern Sr/Ca-δ18O-sea surface temperature calibration for Isopora corals on the Great Barrier Reef', Paleoceanography, 32 (2), 182-194, 10.1002/2016pa002973.

A modern Sr/Ca-δ18O-sea surface temperature calibration for Isopora corals on the Great Barrier Reef

Latitude and longitude from the NOAA/WDS HER cores dataset. GPS coordinates plot the core on Heron Island. Core from fore reef slope. 5 m depth of collection.

0.5 mm interval for 35-40 per year. d18O relative to Vienna Peedee Belemnite.

SrCa (GBRCD.BR17HER05.SrCa): paleoData_notes: '0.5 mm interval for 35-40 per year. d18O relative to Vienna Peedee Belemnite.' has been replaced by '0.5 mm interval for 35-40 per year.'

SrCa (GBRCD.BR17HER05.SrCa): paleoData_uncertaintyAnalytical: '0.007' has been replaced by '0.06'

d18O (GBRCD.BR17HER05.d18O): paleoData_measurementInstrument: 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime' has been replaced by 'VG Optima IRMS or Elementar Isoprime'

d18O (GBRCD.BR17HER05.d18O): paleoData_uncertaintyAnalytical: '0.08' has been replaced by '0.11'

year (GBRCD.BR17HER05.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER05.SrCa): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

d18O (GBRCD.BR17HER05.d18O): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

year (GBRCD.BR17HER05.year): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

notes: 'Latitude and longitude from the NOAA/WDS HER Cores dataset. GPS coordinates plot the core on Heron Island. Core from fore reef slope. Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).' has been replaced by 'Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).'

geo_notes: '13.5 m depth' has been replaced by 'Latitude and longitude from the NOAA/WDS HER Cores dataset. GPS coordinates plot the core on Heron Island. Core from fore reef slope. 13.5 m depth of collection.'

SrCa (GBRCD.BR17HER05.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

d18O (GBRCD.BR17HER05.d18O): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

SrCa (GBRCD.BR17HER05.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.BR17HER05.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER05.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER05.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER05.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER05.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER05.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Inductively Coupled-Optical Emission Spectrophotometer'

SrCa (GBRCD.BR17HER05.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-OES'

d18O (GBRCD.BR17HER05.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime'

d18O (GBRCD.BR17HER05.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.BR17HER05.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.BR17HER05.d18O): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude from the NOAA/WDS HER Cores dataset. GPS coordinates plot the core on Heron Island. Core from fore reef slope. 13.5 m depth of collection.

SrCa time series was derived by scaling of the distance axis for 1989 to 1993.

500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.

500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.

Ba (GBRCD.AL03DAV01_2.Ba): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

BaCa (GBRCD.AL03DAV01_2.BaCa): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Cd (GBRCD.AL03DAV01_2.Cd): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Distance (GBRCD.AL03DAV01_2.Distance): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Mn (GBRCD.AL03DAV01_2.Mn): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

MnCa (GBRCD.AL03DAV01_2.MnCa): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

P (GBRCD.AL03DAV01_2.P): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

Y (GBRCD.AL03DAV01_2.Y): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'

year (GBRCD.AL03DAV01_2.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

Ba (GBRCD.AL03DAV01_2.Ba): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AL03DAV01_2.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.AL03DAV01_2.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.AL03DAV01_2.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.AL03DAV01_2.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.AL03DAV01_2.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.AL03DAV01_2.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.AL03DAV01_2.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AL03DAV01_2.BaCa): paleoData_description: 'Barium/Calcium 

Ba (GBRCD.AL03DAV01_2.Ba): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba (GBRCD.AL03DAV01_2.Ba): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.AL03DAV01_2.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.AL03DAV01_2.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.AL03DAV01_2.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.AL03DAV01_2.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03DAV01_2.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AL03DAV01_2.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.AL03DAV01_2.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.AL03DAV01_2.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.AL03DAV01_2.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.AL03DAV01_2.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.AL03DAV01_2.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.AL03DAV01_2.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.AL03DAV01_2.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.AL03DAV01_2.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AL03DAV01_2.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AL03DAV01_2.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.AL03DAV01_2.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.AL03DAV01_2.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Ba (GBRCD.AL03DAV01_2.Ba): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Ba (GBRCD.AL03DAV01_2.Ba): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.AL03DAV01_2.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

BaCa (GBRCD.AL03DAV01_2.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.AL03DAV01_2.Cd): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Cd (GBRCD.AL03DAV01_2.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.AL03DAV01_2.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AL03DAV01_2.Distance): paleoData_units: '' has been replaced by 'millimetres'

Mn (GBRCD.AL03DAV01_2.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Mn (GBRCD.AL03DAV01_2.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.AL03DAV01_2.MnCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

MnCa (GBRCD.AL03DAV01_2.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.AL03DAV01_2.P): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

P (GBRCD.AL03DAV01_2.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.AL03DAV01_2.Y): paleoData_measurementInstrument: '' has been replaced by 'ArF excisor laser beam paired with Fisons PQII Q-ICP-MS or Agilent 7500s Q-ICP-MS'

Y (GBRCD.AL03DAV01_2.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba (GBRCD.AL03DAV01_2.Ba): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.AL03DAV01_2.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.AL03DAV01_2.Cd): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.AL03DAV01_2.Distance): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.AL03DAV01_2.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.AL03DAV01_2.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.AL03DAV01_2.P): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.AL03DAV01_2.Y): interpretation1_scope: '' has been replaced by 'climate'

Alibert and McCulloch (1997); Fallon (2000); Fallon et al. (2003)

SrCa (GBRCD.SA16HER01a.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

year (GBRCD.SA16HER01a.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER01a.SrCa): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

year (GBRCD.SA16HER01a.year): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

SrCa (GBRCD.SA16HER01a.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65'

SrCa (GBRCD.SA16HER01a.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER01a.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER01a.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER01a.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER01a.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA16HER01a.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA16HER01a.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Growth bands counted from top. Refined by matching UCa maxima from Cantin et al. (2018) to SST minima.

Pre-set track of 2 mm width, 2.5 mm depth, and 2 mm increment. Approx. 5 samples per year. Background corrected using 14C-free marble and corrected using AMS online d13C. Reported as decay-corrected D14C.

year (GBRCD.WU21MAS01b.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/0f20-mf08'

pub1_altDataURL: '' has been replaced by 'https://static.cambridge.org/content/id/urn:cambridge.org:id:article:S0033822220001411/resource/name/S0033822220001411sup001.xlsx'

D14C (GBRCD.WU21MAS01b.D14C): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

D14C (GBRCD.WU21MAS01b.D14C): paleoData_isPrimary: '' has been replaced by 'FALSE'

D14C (GBRCD.WU21MAS01b.D14C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WU21MAS01b.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WU21MAS01b.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

D14C (GBRCD.WU21MAS01b.D14C): paleoData_description: 'δ14C (14C/12C) deviation from a standard and corrected for δ13C' has been replaced by 'δ14C (14C/12C) deviation from a standard and corrected for δ13C.'

D14C (GBRCD.WU21MAS01b.D14C): paleoData_measurementInstrument: '' has been replaced by 'National Electrostatics Corporation single stage AMS'

D14C (GBRCD.WU21MAS01b.D14C): paleoData_measurementMethod: '' has been replaced by 'SSAMS'

D14C (GBRCD.WU21MAS01b.D14C): interpretation1_scope: '' has been replaced by 'climate'

Wu, Y., Fallon, S.J., Cantin, N.E. & Lough, J.M. (2021), 'Surface ocean radiocarbon from a Porites coral record in the Great Barrier Reef: 1945-2017', Radiocarbon, 63 (4), 1193-1203, 10.1017/RDC.2020.141.

Surface ocean radiocarbon from a Porites coral record in the Great Barrier Reef: 1945-2017

Cantin N.E., Fallon, S.J., Wu Y. & Lough J.M. (2018), 'Project ISP019: Calcification and geochemical signatures of industrial development of the Gladstone Harbour from century old coral skeletons'. Report prepared for Gladstone Healthy Harbour Partnership. Australian Institute of Marine Science, Townsville, Qld, 40.

Project ISP019: Calcification and geochemical signatures of industrial development of the Gladstone Harbour from century old coral skeletons

year (GBRCD.RO14MIA01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14MIA01.LuminGB): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminGB (GBRCD.RO14MIA01.LuminGB): paleoData_jcpUsed: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14MIA01.LuminGB): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminGB (GBRCD.RO14MIA01.LuminGB): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RO14MIA01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RO14MIA01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminGB (GBRCD.RO14MIA01.LuminGB): paleoData_measurementInstrument: '' has been replaced by 'Avaatech core-scanner with Line-scan Camera'

LuminGB (GBRCD.RO14MIA01.LuminGB): paleoData_measurementMethod: '' has been replaced by 'SLS'

LuminGB (GBRCD.RO14MIA01.LuminGB): interpretation1_scope: '' has been replaced by 'climate'

SrCa maxima tied to August 1st and interpolating points between.

Sampled continuously every 0.25 mm using the ANU ledging method and every second sample was analysed (approx. 25 per year). Data was filtered with a 2-point running mean. TIMS measurement calibrated via ANU in-house standards. Calibrated to Pee Dee Belemnite (NBS-19).

Finnigan MAT 251 mass spectrometer coupled with an automated individual carbonate reaction (Kiel) device.

Sampled continuously every 0.25 mm using the ANU ledging method and every second sample was analysed (approx. 25 per year). Data was filtered with a 2-point running mean. d18O calibrated to Pee Dee Belemnite (NBS-19).

Sampled continuously every 0.25 mm using the ANU ledging method and every second sample was analysed (approx. 25 per year). Data was filtered with a 2-point running mean. TIMS measurement calibrated via ANU in-house standards.

SrCa (GBRCD.GA98ORP01.SrCa): paleoData_notes: 'Sampled continuously every 0.25 mm using the ANU ledging method and every second sample was analysed (approx. 25 per year). Data was filtered with a 2-point running mean. TIMS measurement calibrated via ANU in-house standards. Calibrated to Pee Dee Belemnite (NBS-19).' has been replaced by 'Sampled continuously every 0.25 mm using the ANU ledging method and every second sample was analysed (approx. 25 per year). Data was filtered with a 2-point running mean. TIMS measurement calibrated via ANU in-house standards.'

d18O (GBRCD.GA98ORP01.d18O): paleoData_notes: 'Sampled continuously every 0.25 mm using the ANU ledging method and every second sample was analysed (approx. 25 per year). Data was filtered with a 2-point running mean. TIMS measurement calibrated via ANU in-house standards. Calibrated to Pee Dee Belemnite (NBS-19).' has been replaced by 'Sampled continuously every 0.25 mm using the ANU ledging method and every second sample was analysed (approx. 25 per year). Data was filtered with a 2-point running mean. d18O calibrated to Pee Dee Belemnite (NBS-19).'

d18Osw (GBRCD.GA98ORP01.d18Osw): paleoData_notes: 'Sampled continuously every 0.25 mm using the ANU ledging method and every second sample was analysed (approx. 25 per year). Data was filtered with a 2-point running mean. TIMS measurement calibrated via ANU in-house standards. Calibrated to Pee Dee Belemnite (NBS-19).' has been replaced by 'Sampled continuously every 0.25 mm using the ANU ledging method and every second sample was analysed (approx. 25 per year). Data was filtered with a 2-point running mean. d18O calibrated to Pee Dee Belemnite (NBS-19).'

year (GBRCD.GA98ORP01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Coral from fringing reef exposed to open ocean. Note the gap in data. Record is two sections of the same coral; 1970-1977 & 1988-1994' has been replaced by 'Note the gap in data. Record is two sections of the same coral; 1970-1977 & 1988-1994.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/kd46-zt48'

pub3_doi: '10.1016/0012-821X(94)90090-6.' has been replaced by '10.1016/0012-821X(94)90090-6'

geo_notes: 'Approx. 2 m below mean low tide' has been replaced by 'Coral from fringing reef exposed to open ocean. Approx. 2 m below mean low tide.'

SrCa (GBRCD.GA98ORP01.SrCa): paleoData_measurementMaterialScreening: '' has been replaced by 'No'

d18O (GBRCD.GA98ORP01.d18O): paleoData_measurementMaterialScreening: '' has been replaced by 'No'

d18Osw (GBRCD.GA98ORP01.d18Osw): paleoData_measurementMaterialScreening: '' has been replaced by 'No'

SrCa (GBRCD.GA98ORP01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.GA98ORP01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.GA98ORP01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.GA98ORP01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18Osw (GBRCD.GA98ORP01.d18Osw): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18Osw (GBRCD.GA98ORP01.d18Osw): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.GA98ORP01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.GA98ORP01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d18Osw (GBRCD.GA98ORP01.d18Osw): paleoData_description: 'δ18O of seawater calculated from paired δ18O and Sr/Ca' has been replaced by 'δ18O of seawater calculated from paired δ18O and Sr/Ca.'

SrCa (GBRCD.GA98ORP01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 261'

SrCa (GBRCD.GA98ORP01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ID-TIMS'

d18O (GBRCD.GA98ORP01.d18O): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 251 mass spectrometer coupled with an automated individual carbonate reaction (Kiel) device.'

d18O (GBRCD.GA98ORP01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.GA98ORP01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.GA98ORP01.d18O): interpretation1_scope: '' has been replaced by 'climate'

d18Osw (GBRCD.GA98ORP01.d18Osw): interpretation1_scope: '' has been replaced by 'climate'

Note the gap in data. Record is two sections of the same coral; 1970-1977 & 1988-1994.

Gagan, M.K., Ayliffe, L.K., Hopley, D., Cali, J.A., Mortimer, G.E., Chappell, J., McCulloch, M.T. & Head, M.J.

Gagan, M.K., Ayliffe, L.K., Hopley, D., Cali, J.A., Mortimer, G.E., Chappell, J., McCulloch, M.T. & Head, M.J. (1998), 'Temperature and Surface-Ocean Water Balance of the Mid-Holocene Tropical Western Pacific', Science, 279 (5353), 1014-1018, 10.1126/science.279.5353.1014.

Temperature and Surface-Ocean Water Balance of the Mid-Holocene Tropical Western Pacific

Gagan, M.K., Ayliffe, L.K., Opdyke, B.N., Hopley, D., Scott-Gagan, H. & Cowley, J.

Gagan, M.K., Ayliffe, L.K., Opdyke, B.N., Hopley, D., Scott-Gagan, H. & Cowley, J. (2002), 'Coral oxygen isotope evidence for recent groundwater fluxes to the Australian Great Barrier Reef', Geophysical Research Letters, 29 (20), 1982, 10.1029/2002GL015336.

Coral oxygen isotope evidence for recent groundwater fluxes to the Australian Great Barrier Reef

Gagan, M.K., Chivas, A.R. & Isdale, P.J. (1994), 'High-resolution isotopic records from corals using ocean temperature and mass-spawning chronometers', Earth and Planetary Science Letters, 121, no. 3, 549-558, 10.1016/0012-821X(94)90090-6.

High-resolution isotopic records from corals using ocean temperature and mass-spawning chronometers

Coral from fringing reef exposed to open ocean. Approx. 2 m below mean low tide.

BCa (GBRCD.DO18HAV01.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18HAV01.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18HAV01.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18HAV01.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18HAV01.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18HAV01.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18HAV01.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18HAV01.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18HAV01.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18HAV01.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18HAV01.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18HAV01.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18HAV01.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18HAV01.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18HAV01.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18HAV01.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.DO18HAV01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18HAV01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18HAV01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18HAV01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18HAV01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18HAV01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18HAV01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18HAV01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18HAV01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18HAV01.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18HAV01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18HAV01.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18HAV01.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18HAV01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18HAV01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18HAV01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18HAV01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18HAV01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18HAV01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18HAV01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18HAV01.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18HAV01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18HAV01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18HAV01.UCa): interpretation1_scope: '' has been replaced by 'climate'

A measure of the total Ca/Ca ratio using the count intensities of the Calcium48/Calcium43 isotopes.

BCa (GBRCD.LE12REP03.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12REP03.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available.'

Ba138Ca (GBRCD.LE12REP03.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12REP03.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available.'

BaCa (GBRCD.LE12REP03.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12REP03.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available.'

CaCa (GBRCD.LE12REP03.CaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12REP03.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12REP03.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

CdCa (GBRCD.LE12REP03.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12REP03.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.'

Distance (GBRCD.LE12REP03.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12REP03.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12REP03.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

MgCa (GBRCD.LE12REP03.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12REP03.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.'

Mn (GBRCD.LE12REP03.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12REP03.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

MnCa (GBRCD.LE12REP03.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12REP03.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

P (GBRCD.LE12REP03.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12REP03.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PCa (GBRCD.LE12REP03.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12REP03.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PbCa (GBRCD.LE12REP03.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12REP03.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

SrCa (GBRCD.LE12REP03.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12REP03.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available.'

UCa (GBRCD.LE12REP03.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12REP03.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available.'

Y (GBRCD.LE12REP03.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12REP03.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

YCa (GBRCD.LE12REP03.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12REP03.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

year (GBRCD.LE12REP03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '2.4 m' has been replaced by '2.4 m depth as per AIMS' coral core database.'

BCa (GBRCD.LE12REP03.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12REP03.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12REP03.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CaCa (GBRCD.LE12REP03.CaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12REP03.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12REP03.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12REP03.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12REP03.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12REP03.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12REP03.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12REP03.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12REP03.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12REP03.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12REP03.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12REP03.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12REP03.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12REP03.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12REP03.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12REP03.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12REP03.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12REP03.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12REP03.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12REP03.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12REP03.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12REP03.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CaCa (GBRCD.LE12REP03.CaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CaCa (GBRCD.LE12REP03.CaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12REP03.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12REP03.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12REP03.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12REP03.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12REP03.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12REP03.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12REP03.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12REP03.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12REP03.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12REP03.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12REP03.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12REP03.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12REP03.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12REP03.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12REP03.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12REP03.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12REP03.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12REP03.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12REP03.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12REP03.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12REP03.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12REP03.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12REP03.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12REP03.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12REP03.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12REP03.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12REP03.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12REP03.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12REP03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12REP03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12REP03.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12REP03.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

CaCa (GBRCD.LE12REP03.CaCa): paleoData_description: 'Calcium/Calcium ratio' has been replaced by 'A measure of the total Ca/Ca ratio using the count intensities of the Calcium48/Calcium43 isotopes.'

Distance (GBRCD.LE12REP03.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12REP03.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12REP03.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12REP03.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12REP03.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12REP03.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12REP03.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CaCa (GBRCD.LE12REP03.CaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CaCa (GBRCD.LE12REP03.CaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12REP03.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12REP03.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12REP03.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12REP03.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12REP03.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12REP03.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE12REP03.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12REP03.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12REP03.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12REP03.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12REP03.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12REP03.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12REP03.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12REP03.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12REP03.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12REP03.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12REP03.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12REP03.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12REP03.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12REP03.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12REP03.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12REP03.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12REP03.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12REP03.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12REP03.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12REP03.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12REP03.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12REP03.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12REP03.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12REP03.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12REP03.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CaCa (GBRCD.LE12REP03.CaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12REP03.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12REP03.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12REP03.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12REP03.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12REP03.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12REP03.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12REP03.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12REP03.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12REP03.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12REP03.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12REP03.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12REP03.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12REP03.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12REP03.YCa): interpretation1_scope: '' has been replaced by 'climate'

Emitted fluorescence was recorded at 0.452 mm intervals with a 2 mm diameter beam. Standardised (with respect to long-term mean & SD) fluorescence index 1644-1986.

notes: 'Standardised (with respect to long-term mean & SD) fluorescence index 1644-1986. Dating errors of core established by Hendy et al. (2003).' has been replaced by 'Dating errors of core established by Hendy et al. (2003).'

LuminSF (GBRCD.IS98HAV02.LuminSF): paleoData_measurementMaterialScreening: 'Yes; SEM' has been replaced by 'No'

LuminSF (GBRCD.IS98HAV02.LuminSF): paleoData_notes: 'Emitted fluorescence was recorded at 0.452 mm intervals with a 2 mm diameter beam. Diagenesis check information from Hendy et al. (2007).' has been replaced by 'Emitted fluorescence was recorded at 0.452 mm intervals with a 2 mm diameter beam. Standardised (with respect to long-term mean & SD) fluorescence index 1644-1986.'

year (GBRCD.IS98HAV02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Standardised (with respect to long-term mean & SD) fluorescence index 1644-1986. Dating errors of core established by Hendy et al. (2003). Latitude and latitude supplied in publication do not match described location and so was updated based on the AIMS coral database.' has been replaced by 'Standardised (with respect to long-term mean & SD) fluorescence index 1644-1986. Dating errors of core established by Hendy et al. (2003).'

geo_notes: '2.5 m water depth at top' has been replaced by 'Latitude and latitude supplied in publication do not match described location and so was updated based on the AIMS' coral core database. 2.5 m water depth at the top (Lough et al. 2015).'

LuminSF (GBRCD.IS98HAV02.LuminSF): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminSF (GBRCD.IS98HAV02.LuminSF): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.IS98HAV02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.IS98HAV02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminSF (GBRCD.IS98HAV02.LuminSF): paleoData_measurementInstrument: '' has been replaced by 'Fluoromicrodensitometer (FLUORAC).'

LuminSF (GBRCD.IS98HAV02.LuminSF): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminSF (GBRCD.IS98HAV02.LuminSF): interpretation1_scope: '' has been replaced by 'climate'

D'Olivo and McCulloch (2022); De'ath et al. (2009); Erler et al. (2020); Hendy et al. (2002); Hendy et al. (2003a); Hendy et al. (2003b); Hendy et al. (2007); Hendy et al. (2012); Lough (2007); Lough (2011a); Lough (2011b); Lough and Barnes (1997); Lough et al. (2015); McCulloch et al. (2003); Palmer et al. (2015)

Latitude and latitude supplied in publication do not match described location and so was updated based on the AIMS' coral core database. 2.5 m water depth at the top (Lough et al. 2015).

Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.

Laser 50 x 500 μm rectangle on the coral surface. 390 λ excitation/490 λ emission was measured at 0.25 mm increments. No analytical precision data available.

ArF excimer laser (193 nm wavelength) attached to a modified VG Elemental PQ2+ or Varian 821

year (GBRCD.JU08RTI02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Individual record that makes up part of RT Master record. No luminescence data available for part of 1977. BaCa data from 1968-2002.' has been replaced by 'Individual record that makes up part of RT Master record. No Lumin data available for part of 1977. BaCa data is 1968-2002.'

BaCa (GBRCD.JU08RTI02.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.JU08RTI02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lumin (GBRCD.JU08RTI02.Lumin): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.JU08RTI02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.JU08RTI02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08RTI02.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08RTI02.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08RTI02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08RTI02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.JU08RTI02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Lumin (GBRCD.JU08RTI02.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

BaCa (GBRCD.JU08RTI02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) attached to a modified VG Elemental PQ2+ or Varian 821'

BaCa (GBRCD.JU08RTI02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Lumin (GBRCD.JU08RTI02.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.JU08RTI02.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

BaCa (GBRCD.JU08RTI02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Lumin (GBRCD.JU08RTI02.Lumin): interpretation1_scope: '' has been replaced by 'climate'

Individual record that makes up part of RT Master record. No Lumin data available for part of 1977. BaCa data is 1968-2002.

Seasonal (seven samples per year) and annual samples were drilled using a diamond-tipped drill bit mounted on a Dremel tool.

Seasonal (seven samples per year) and annual samples were drilled using a diamond-tipped drill bit mounted on a Dremel tool. Total uncertainties for D14C measured by gas counting and AMS is 2.5 - 3 permil and 2.8 - 4 permil respectively.

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_notes: 'Seasonal (seven samples per year) and annual samples were drilled using a diamond-tipped drill bit mounted on a Dremel tool.' has been replaced by 'Seasonal (seven samples per year) and annual samples were drilled using a diamond-tipped drill bit mounted on a Dremel tool. Total uncertainties for D14C measured by gas counting and AMS is 2.5 - 3 permil and 2.8 - 4 permil respectively.'

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_uncertaintyAnalytical: '3' has been replaced by ''

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

year (GBRCD.DR99ABR01_2.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Core taken from same coral as Abraham-2. Information indicates this coral may be known as ABR01A in the AIMS coral database. Published longitude places core east of GBR and so has been updated based on AIMS coral database. Original latitude and longitude was -22.1, 153.' has been replaced by 'Core taken from same coral as Abraham-2. Information indicates this coral may be known as ABR01A in the AIMS' coral core database.'

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_isPrimary: '' has been replaced by 'FALSE'

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DR99ABR01_2.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DR99ABR01_2.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_description: 'δ14C (14C/12C) deviation from a standard and corrected for δ13C' has been replaced by 'δ14C (14C/12C) deviation from a standard and corrected for δ13C.'

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_measurementInstrument: '' has been replaced by 'Gas proportional beta counters + Not stated'

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_measurementMethod: '' has been replaced by 'GC + AMS'

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_uncertaintyAnalytical: '' has been replaced by '3'

D14C (GBRCD.DR99ABR01_2.D14C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

D14C (GBRCD.DR99ABR01_2.D14C): interpretation1_scope: '' has been replaced by 'climate'

Core taken from same coral as Abraham-2. Information indicates this coral may be known as ABR01A in the AIMS' coral core database.

SrCa (GBRCD.BR17HER01.SrCa): paleoData_notes: '0.5 mm interval for 35-40 per year. d18O relative to Vienna Peedee Belemnite.' has been replaced by '0.5 mm interval for 35-40 per year.'

SrCa (GBRCD.BR17HER01.SrCa): paleoData_uncertaintyAnalytical: '0.007' has been replaced by '0.06'

d18O (GBRCD.BR17HER01.d18O): paleoData_measurementInstrument: 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime' has been replaced by 'VG Optima IRMS or Elementar Isoprime'

d18O (GBRCD.BR17HER01.d18O): paleoData_uncertaintyAnalytical: '0.08' has been replaced by '0.11'

year (GBRCD.BR17HER01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER01.SrCa): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

d18O (GBRCD.BR17HER01.d18O): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

year (GBRCD.BR17HER01.year): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

notes: 'Latitude and longitude from the NOAA/WDS GBR Cores dataset. GPS coordinates plot the core on Heron Island. Core from reef crest. Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).' has been replaced by 'Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).'

geo_notes: '0 m' has been replaced by 'Latitude and longitude from the NOAA/WDS GBR Cores dataset. GPS coordinates plot the core on Heron Island. Core from reef crest. 0 m depth of collection.'

SrCa (GBRCD.BR17HER01.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

d18O (GBRCD.BR17HER01.d18O): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

SrCa (GBRCD.BR17HER01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.BR17HER01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Inductively Coupled-Optical Emission Spectrophotometer'

SrCa (GBRCD.BR17HER01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-OES'

d18O (GBRCD.BR17HER01.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime'

d18O (GBRCD.BR17HER01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.BR17HER01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.BR17HER01.d18O): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude from the NOAA/WDS GBR Cores dataset. GPS coordinates plot the core on Heron Island. Core from reef crest. 0 m depth of collection.

year (GBRCD.DO22FIT02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'GPS coordinates for the core plot on Fitzroy Island.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944987'

geo_notes: '' has been replaced by 'GPS coordinates for the core plot on Fitzroy Island. Unknown elevation.'

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22FIT02.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22FIT02.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22FIT02.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22FIT02.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22FIT02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22FIT02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22FIT02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22FIT02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22FIT02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22FIT02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22FIT02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22FIT02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22FIT02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22FIT02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22FIT02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.DO22FIT02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): paleoData_uncertaintyAnalytical: '' has been replaced by '3.46'

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22FIT02.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22FIT02.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22FIT02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22FIT02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22FIT02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22FIT02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22FIT02.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22FIT02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.DO22FIT02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.DO22FIT02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22FIT02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22FIT02.UCa): interpretation1_scope: '' has been replaced by 'climate'

GPS coordinates for the core plot on Fitzroy Island. Unknown elevation.

year (GBRCD.JU08RTI03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

Lumin (GBRCD.JU08RTI03.Lumin): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lumin (GBRCD.JU08RTI03.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08RTI03.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08RTI03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08RTI03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Lumin (GBRCD.JU08RTI03.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Lumin (GBRCD.JU08RTI03.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.JU08RTI03.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

Lumin (GBRCD.JU08RTI03.Lumin): interpretation1_scope: '' has been replaced by 'climate'

Individual record that makes up part of RT Master record. No data available for part of 1977-1978; missing data was not included in determination of resolution.

BCa (GBRCD.LE18PEL02.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18PEL02.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.LE18PEL02.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18PEL02.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18PEL02.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18PEL02.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18PEL02.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18PEL02.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18PEL02.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18PEL02.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18PEL02.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18PEL02.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18PEL02.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18PEL02.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18PEL02.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18PEL02.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18PEL02.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18PEL02.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18PEL02.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18PEL02.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18PEL02.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18PEL02.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18PEL02.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18PEL02.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18PEL02.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18PEL02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '5 m' has been replaced by '5 m estimated water depth.'

BCa (GBRCD.LE18PEL02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE18PEL02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18PEL02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18PEL02.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18PEL02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18PEL02.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18PEL02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18PEL02.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18PEL02.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18PEL02.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18PEL02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18PEL02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18PEL02.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18PEL02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE18PEL02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18PEL02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18PEL02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18PEL02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18PEL02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18PEL02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18PEL02.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18PEL02.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18PEL02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18PEL02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18PEL02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18PEL02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18PEL02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18PEL02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18PEL02.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18PEL02.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18PEL02.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18PEL02.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18PEL02.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18PEL02.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18PEL02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18PEL02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18PEL02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18PEL02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18PEL02.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18PEL02.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18PEL02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18PEL02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE18PEL02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18PEL02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE18PEL02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE18PEL02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18PEL02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18PEL02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18PEL02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18PEL02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18PEL02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18PEL02.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18PEL02.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18PEL02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18PEL02.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18PEL02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18PEL02.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18PEL02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18PEL02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18PEL02.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18PEL02.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18PEL02.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18PEL02.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18PEL02.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18PEL02.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18PEL02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18PEL02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18PEL02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18PEL02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18PEL02.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18PEL02.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18PEL02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18PEL02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18PEL02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18PEL02.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18PEL02.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18PEL02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18PEL02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18PEL02.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18PEL02.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18PEL02.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18PEL02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18PEL02.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18PEL02.YCa): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.LE12REP02.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12REP02.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Ba138Ca (GBRCD.LE12REP02.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12REP02.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available. REEs measured.'

BaCa (GBRCD.LE12REP02.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12REP02.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Cd (GBRCD.LE12REP02.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12REP02.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CdCa (GBRCD.LE12REP02.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12REP02.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Ce (GBRCD.LE12REP02.Ce): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ce (GBRCD.LE12REP02.Ce): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CeCa (GBRCD.LE12REP02.CeCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CeCa (GBRCD.LE12REP02.CeCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Distance (GBRCD.LE12REP02.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12REP02.La): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12REP02.La): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LaCa (GBRCD.LE12REP02.LaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LaCa (GBRCD.LE12REP02.LaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LiCa (GBRCD.LE12REP02.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12REP02.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Lu (GBRCD.LE12REP02.Lu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Lu (GBRCD.LE12REP02.Lu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LuCa (GBRCD.LE12REP02.LuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LuCa (GBRCD.LE12REP02.LuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MgCa (GBRCD.LE12REP02.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12REP02.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Mn (GBRCD.LE12REP02.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12REP02.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MnCa (GBRCD.LE12REP02.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12REP02.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

P (GBRCD.LE12REP02.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12REP02.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PCa (GBRCD.LE12REP02.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12REP02.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PbCa (GBRCD.LE12REP02.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12REP02.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Pr (GBRCD.LE12REP02.Pr): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Pr (GBRCD.LE12REP02.Pr): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PrCa (GBRCD.LE12REP02.PrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PrCa (GBRCD.LE12REP02.PrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SrCa (GBRCD.LE12REP02.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12REP02.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available. REEs measured.'

UCa (GBRCD.LE12REP02.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12REP02.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Y (GBRCD.LE12REP02.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12REP02.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YCa (GBRCD.LE12REP02.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12REP02.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Yb (GBRCD.LE12REP02.Yb): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Yb (GBRCD.LE12REP02.Yb): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YbCa (GBRCD.LE12REP02.YbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YbCa (GBRCD.LE12REP02.YbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

ZnCa (GBRCD.LE12REP02.ZnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

ZnCa (GBRCD.LE12REP02.ZnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

year (GBRCD.LE12REP02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE12REP02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12REP02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12REP02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12REP02.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12REP02.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE12REP02.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CeCa (GBRCD.LE12REP02.CeCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12REP02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE12REP02.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LaCa (GBRCD.LE12REP02.LaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12REP02.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE12REP02.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuCa (GBRCD.LE12REP02.LuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12REP02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12REP02.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12REP02.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12REP02.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12REP02.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12REP02.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE12REP02.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PrCa (GBRCD.LE12REP02.PrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12REP02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12REP02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12REP02.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12REP02.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE12REP02.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YbCa (GBRCD.LE12REP02.YbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

ZnCa (GBRCD.LE12REP02.ZnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12REP02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12REP02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12REP02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12REP02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12REP02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12REP02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12REP02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12REP02.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12REP02.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12REP02.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12REP02.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12REP02.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12REP02.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12REP02.CeCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12REP02.CeCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12REP02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12REP02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE12REP02.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE12REP02.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12REP02.LaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12REP02.LaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12REP02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12REP02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12REP02.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12REP02.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12REP02.LuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12REP02.LuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12REP02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12REP02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12REP02.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12REP02.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12REP02.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12REP02.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12REP02.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12REP02.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12REP02.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12REP02.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12REP02.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12REP02.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12REP02.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12REP02.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12REP02.PrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12REP02.PrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12REP02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12REP02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12REP02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12REP02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12REP02.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12REP02.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12REP02.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12REP02.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12REP02.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12REP02.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12REP02.YbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12REP02.YbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12REP02.ZnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12REP02.ZnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12REP02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12REP02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12REP02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12REP02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12REP02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12REP02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12REP02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12REP02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12REP02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12REP02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12REP02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12REP02.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12REP02.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12REP02.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12REP02.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ce (GBRCD.LE12REP02.Ce): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ce (GBRCD.LE12REP02.Ce): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CeCa (GBRCD.LE12REP02.CeCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CeCa (GBRCD.LE12REP02.CeCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12REP02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12REP02.Distance): paleoData_units: '' has been replaced by 'millimetres'

La (GBRCD.LE12REP02.La): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

La (GBRCD.LE12REP02.La): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LaCa (GBRCD.LE12REP02.LaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LaCa (GBRCD.LE12REP02.LaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.LE12REP02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12REP02.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Lu (GBRCD.LE12REP02.Lu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Lu (GBRCD.LE12REP02.Lu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LuCa (GBRCD.LE12REP02.LuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LuCa (GBRCD.LE12REP02.LuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12REP02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12REP02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12REP02.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12REP02.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12REP02.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12REP02.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12REP02.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12REP02.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12REP02.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12REP02.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12REP02.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12REP02.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Pr (GBRCD.LE12REP02.Pr): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Pr (GBRCD.LE12REP02.Pr): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PrCa (GBRCD.LE12REP02.PrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PrCa (GBRCD.LE12REP02.PrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12REP02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12REP02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12REP02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12REP02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12REP02.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12REP02.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12REP02.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12REP02.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Yb (GBRCD.LE12REP02.Yb): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Yb (GBRCD.LE12REP02.Yb): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YbCa (GBRCD.LE12REP02.YbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YbCa (GBRCD.LE12REP02.YbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

ZnCa (GBRCD.LE12REP02.ZnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

ZnCa (GBRCD.LE12REP02.ZnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12REP02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12REP02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12REP02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12REP02.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12REP02.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE12REP02.Ce): interpretation1_scope: '' has been replaced by 'climate'

CeCa (GBRCD.LE12REP02.CeCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12REP02.Distance): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE12REP02.La): interpretation1_scope: '' has been replaced by 'climate'

LaCa (GBRCD.LE12REP02.LaCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12REP02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE12REP02.Lu): interpretation1_scope: '' has been replaced by 'climate'

LuCa (GBRCD.LE12REP02.LuCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12REP02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12REP02.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12REP02.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12REP02.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12REP02.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12REP02.PbCa): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE12REP02.Pr): interpretation1_scope: '' has been replaced by 'climate'

PrCa (GBRCD.LE12REP02.PrCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12REP02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12REP02.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12REP02.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12REP02.YCa): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE12REP02.Yb): interpretation1_scope: '' has been replaced by 'climate'

YbCa (GBRCD.LE12REP02.YbCa): interpretation1_scope: '' has been replaced by 'climate'

ZnCa (GBRCD.LE12REP02.ZnCa): interpretation1_scope: '' has been replaced by 'climate'

Five-year bulk increments milled from 2 mm sampling grooves. Diagenesis check information from Hendy et al. (2007).

Conversion on 7-8 core average centred (mean 1860-1985) data. SrCa-SST calibration based on Alibert & McCulloch (1997), and UCa-SST calibration based on Min et al. (1995), d18Osw uses -0.18 per degrees Celsius. SST anomalies verified against GISST2.2

Growth bands and luminescence. Chronology (age) in database is the middle year between top & bottom sample year.

Finnigan MAT 251 mass spectrometer with an individual-carbonate Kiel device attached

Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA

SrCa (GBRCD.HE02GBR01.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence.' has been replaced by 'Growth bands and luminescence. Chronology (age) in database is the middle year between top & bottom sample year.'

UCa (GBRCD.HE02GBR01.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence.' has been replaced by 'Growth bands and luminescence. Chronology (age) in database is the middle year between top & bottom sample year.'

d18O (GBRCD.HE02GBR01.d18O): paleoData_gbrChronologyNotes: 'Growth bands and luminescence.' has been replaced by 'Growth bands and luminescence. Chronology (age) in database is the middle year between top & bottom sample year.'

d18Osw (GBRCD.HE02GBR01.d18Osw): paleoData_gbrChronologyNotes: 'Growth bands and luminescence.' has been replaced by 'Growth bands and luminescence. Chronology (age) in database is the middle year between top & bottom sample year.'

d18Osw (GBRCD.HE02GBR01.d18Osw): paleoData_gbrIsAnomaly: '((( null ))) FALSE /// TRUE' has been replaced by 'TRUE'

year (GBRCD.HE02GBR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.HE02GBR01.SrCa): paleoData_gbrCentredEquationNotes: 'Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA' has been replaced by ''

UCa (GBRCD.HE02GBR01.UCa): paleoData_gbrCentredEquationNotes: 'Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA' has been replaced by ''

d18O (GBRCD.HE02GBR01.d18O): paleoData_gbrCentredEquationNotes: 'Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA' has been replaced by ''

d18Osw (GBRCD.HE02GBR01.d18Osw): paleoData_gbrCentredEquationNotes: 'Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA' has been replaced by ''

year (GBRCD.HE02GBR01.year): paleoData_gbrCentredEquationNotes: 'Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA' has been replaced by ''

notes: 'Composite record of centred (mean subtracted) data for 7-8 coral cores (KMN-03B-01, BRO-01A-02, BRT-01A-03, BRT-01B-01, HAV-01A-02, PAN-08B-02, GPI-02A-01, LOD-01A-01) from central GBR. For core information see Hendy et al. (2003). Latitude and longitude from Hendy et al. (2002) NOAA/WDS dataset. As the dataset is a regional assessment the supplied latitude (longitude) is the mid-point between the southernmost -18.85 and northernmost -17.78 (easternmost 146.13 and westernmost 147.06) locations.' has been replaced by 'Composite record of centred (mean subtracted) data for 7-8 coral cores (KMN-03B-01, BRO-01A-02, BRT-01A-03, BRT-01B-01, HAV-01A-02, PAN-08B-02, GPI-02A-01, LOD-01A-01) from central GBR. d18O composite is based on all 8 cores and Sr/Ca and U/Ca composites are based on 7 cores (PAN-08B excluded). For core information see Hendy et al. (2003).'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/wbae-7x06'

geo_notes: '' has been replaced by 'Latitude and longitude from Hendy et al. (2002) NOAA/WDS dataset. As the dataset is a regional assessment the supplied latitude (longitude) is the mid-point between the southernmost -18.85 and northernmost -17.78 (easternmost 146.13 and westernmost 147.06) locations.'

SrCa (GBRCD.HE02GBR01.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA'

UCa (GBRCD.HE02GBR01.UCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA'

d18O (GBRCD.HE02GBR01.d18O): calibration_gbrCentredEquationNotes: '' has been replaced by 'Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA'

d18Osw (GBRCD.HE02GBR01.d18Osw): calibration_gbrCentredEquationNotes: '' has been replaced by 'Method NA; SrCa = -0.0615*SST; r2 = NA; UCa =- 0.00223*SST; r2 = NA'

d18Osw (GBRCD.HE02GBR01.d18Osw): paleoData_gbrIsAnomaly: 'TRUE' has been replaced by '((( null ))) FALSE /// TRUE'

SrCa (GBRCD.HE02GBR01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.HE02GBR01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.HE02GBR01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.HE02GBR01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.HE02GBR01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.HE02GBR01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18Osw (GBRCD.HE02GBR01.d18Osw): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18Osw (GBRCD.HE02GBR01.d18Osw): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.HE02GBR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.HE02GBR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d18Osw (GBRCD.HE02GBR01.d18Osw): paleoData_description: 'δ18O of seawater calculated from paired δ18O and Sr/Ca' has been replaced by 'δ18O of seawater calculated from paired δ18O and Sr/Ca.'

SrCa (GBRCD.HE02GBR01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 261 TIMS'

SrCa (GBRCD.HE02GBR01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ID-TIMS'

UCa (GBRCD.HE02GBR01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Fisons PQ II ICP-MS'

UCa (GBRCD.HE02GBR01.UCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

d18O (GBRCD.HE02GBR01.d18O): paleoData_measurementInstrument: '' has been replaced by 'Finnigan MAT 251 mass spectrometer with an individual-carbonate Kiel device attached'

d18O (GBRCD.HE02GBR01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.HE02GBR01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.HE02GBR01.UCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.HE02GBR01.d18O): interpretation1_scope: '' has been replaced by 'climate'

d18Osw (GBRCD.HE02GBR01.d18Osw): interpretation1_scope: '' has been replaced by 'climate'

KMN-03B-01, BRO-01A-02, BRT-01A-03, BRT-01B-01, HAV-01A-02, PAN-08B-02, GPI-02A-01, LOD-01A-01

Composite record of centred (mean subtracted) data for 7-8 coral cores (KMN-03B-01, BRO-01A-02, BRT-01A-03, BRT-01B-01, HAV-01A-02, PAN-08B-02, GPI-02A-01, LOD-01A-01) from central GBR. d18O composite is based on all 8 cores and Sr/Ca and U/Ca composites are based on 7 cores (PAN-08B excluded). For core information see Hendy et al. (2003).

Hendy, E.J., Gagan, M.K., Alibert, C.A., McCulloch, M.T., Lough, J.M. & Isdale, P.J.

Hendy, E.J., Gagan, M.K., Alibert, C.A., McCulloch, M.T., Lough, J.M. & Isdale, P.J. (2002), 'Abrupt Decrease in Tropical Pacific Sea Surface Salinity at End of Little Ice Age', Science, 295 (5559), 1511, 10.1126/science.1067693.

Abrupt Decrease in Tropical Pacific Sea Surface Salinity at End of Little Ice Age

Hendy, E.J., Gagan, M.K., Lough, J.M., McCulloch, M. & deMenocal, P.B.

Hendy, E.J., Gagan, M.K., Lough, J.M., McCulloch, M. & deMenocal, P.B. (2007), 'Impact of skeletal dissolution and secondary aragonite on trace element and isotopic climate proxies in Porites corals', Paleoceanography, 22 (4), 10.1029/2007pa001462.

Impact of skeletal dissolution and secondary aragonite on trace element and isotopic climate proxies in Porites corals

Latitude and longitude from Hendy et al. (2002) NOAA/WDS dataset. As the dataset is a regional assessment the supplied latitude (longitude) is the mid-point between the southernmost -18.85 and northernmost -17.78 (easternmost 146.13 and westernmost 147.06) locations.

d15N (GBRCD.ER20HAV01.d15N): paleoData_measurementInstrument: 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer' has been replaced by 'Thermo Delta V Plus IRMS'

year (GBRCD.ER20HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Elevation from Lough et al. (2015). Latitude and longitude matched to other coordinates for the same coral in the GBRCD. Latitude and longitude supplied in the publication supplementary is -18.837, 146.548.' has been replaced by ''

geo_notes: '2.5 m water depth at top' has been replaced by 'Latitude and longitude matched to other coordinates for the same coral in the GBRCD. Latitude and longitude supplied in the publication supplementary is -18.837, 146.548. 2.5 m water depth at the top (Lough et al. 2015).'

d15N (GBRCD.ER20HAV01.d15N): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d15N (GBRCD.ER20HAV01.d15N): paleoData_isPrimary: '' has been replaced by 'FALSE'

d15N (GBRCD.ER20HAV01.d15N): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.ER20HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.ER20HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d15N (GBRCD.ER20HAV01.d15N): paleoData_description: '15N/14N

d15N (GBRCD.ER20HAV01.d15N): paleoData_measurementInstrument: '' has been replaced by 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer'

d15N (GBRCD.ER20HAV01.d15N): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d15N (GBRCD.ER20HAV01.d15N): paleoData_uncertaintyAnalytical: '' has been replaced by '0.4'

d15N (GBRCD.ER20HAV01.d15N): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d15N (GBRCD.ER20HAV01.d15N): interpretation1_scope: '' has been replaced by 'climate'

D'Olivo and McCulloch (2022); De'ath et al. (2009); Hendy et al. (2002); Hendy et al. (2003a); Hendy et al. (2003b); Hendy et al. (2007); Hendy et al. (2012); Isdale et al. (1998); Lough (2007); Lough (2011a); Lough (2011b); Lough and Barnes (1997); Lough et al. (2015); McCulloch et al. (2003); Palmer et al. (2015)

Latitude and longitude matched to other coordinates for the same coral in the GBRCD. Latitude and longitude supplied in the publication supplementary is -18.837, 146.548. 2.5 m water depth at the top (Lough et al. 2015).

Growth bands and luminescent banding were used independently to assign and cross-check dating.

Visual assessment of luminescent lines. Diagenesis check information from Hendy et al. (2007).

Annual coral luminescence indices as determined by visual assessment of annual luminescence lines.

year (GBRCD.HE03GBR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Composite record of centred (mean subtracted) data for 7-8 coral cores (KMN-03B-01, BRO-01A-02, BRT-01A-03, BRT-01B-01, HAV-01A-02, PAN-08B-02, GPI-02A-01, LOD-01A-01) from central GBR. For core information see Hendy et al. (2003). Latitude and longitude from Hendy et al. (2002) NOAA/WDS dataset. As the dataset is a regional assessment the supplied latitude (longitude) is the mid-point between the southernmost -18.85 and northernmost -17.78 (easternmost 146.13 and westernmost 147.06) locations.' has been replaced by 'Composite record of centred (mean subtracted) data for 8 coral cores (KMN-03B-01, BRO-01A-02, BRT-01A-03, BRT-01B-01, HAV-01A-02, PAN-08B-02, GPI-02A-01, LOD-01A-01) from central GBR. For core information see Hendy et al. (2003).'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/2y3z-s846'

LuminInd (GBRCD.HE03GBR01.LuminInd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminInd (GBRCD.HE03GBR01.LuminInd): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminInd (GBRCD.HE03GBR01.LuminInd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.HE03GBR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.HE03GBR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminInd (GBRCD.HE03GBR01.LuminInd): paleoData_measurementMethod: '' has been replaced by 'Visual indices'

LuminInd (GBRCD.HE03GBR01.LuminInd): interpretation1_scope: '' has been replaced by 'climate'

Composite record of centred (mean subtracted) data for 8 coral cores (KMN-03B-01, BRO-01A-02, BRT-01A-03, BRT-01B-01, HAV-01A-02, PAN-08B-02, GPI-02A-01, LOD-01A-01) from central GBR. For core information see Hendy et al. (2003).

Hendy, E.J., Gagan, M.K. & Lough, J.M. (2003), 'Chronological control of coral records using luminescent lines and evidence for non-stationary ENSO teleconnections in northeast Australia', The Holocene, 13 (2), 187-199, 10.1191/0959683603hl606rp.

Chronological control of coral records using luminescent lines and evidence for non-stationary ENSO teleconnections in northeast Australia

year (GBRCD.LO11HMP01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002058' has been replaced by '10.1029/2010pa002050'

LuminRange (GBRCD.LO11HMP01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11HMP01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11HMP01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11HMP01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11HMP01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11HMP01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11HMP01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.LO11MAG01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'GPS coordinates plot the core on Magnetic Island. Thought to be the same coral head later sampled by AIMS as GFB31. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.' has been replaced by 'Thought to be the same coral head later sampled by AIMS as GFB31.'

pub1_doi: '10.1029/2010PA002062' has been replaced by '10.1029/2010pa002050'

geo_notes: '' has been replaced by 'GPS coordinates plot the core on Magnetic Island. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.'

LuminRange (GBRCD.LO11MAG01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11MAG01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11MAG01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11MAG01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11MAG01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11MAG01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11MAG01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Barnes and Lough (1992); De'ath et al. (2009); Erler et al. (2016); Lewis (2005); Lewis et al. (2007); Lough (2007); Lough and Barnes (1997)

GPS coordinates plot the core on Magnetic Island. Higher resolution GPS coordinates for latitude and longitude of GFB31 coral head are -19.155083, 146.866167.

BCa (GBRCD.DO18GBR01.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18GBR01.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18GBR01.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18GBR01.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18GBR01.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18GBR01.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18GBR01.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18GBR01.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18GBR01.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18GBR01.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18GBR01.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18GBR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by ''

geo_notes: '4 m depth' has been replaced by 'Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. 4 m water depth.'

BCa (GBRCD.DO18GBR01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18GBR01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18GBR01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18GBR01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18GBR01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18GBR01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18GBR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18GBR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18GBR01.BCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.DO18GBR01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18GBR01.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18GBR01.LiCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

LiCa (GBRCD.DO18GBR01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18GBR01.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18GBR01.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18GBR01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18GBR01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18GBR01.UCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

UCa (GBRCD.DO18GBR01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18GBR01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18GBR01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18GBR01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18GBR01.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18GBR01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18GBR01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18GBR01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. 4 m water depth.

Seasonal (seven samples per year) and annual samples were drilled using a diamond-tipped drill bit mounted on a Dremel tool. Total uncertainties for D14C measured by gas counting is 2.5 - 3 permil.

d18O (GBRCD.DR99ABR01_1.d18O): paleoData_notes: 'Seasonal (seven samples per year) and annual samples were drilled using a diamond-tipped drill bit mounted on a Dremel tool.' has been replaced by 'Seasonal (seven samples per year) and annual samples were drilled using a diamond-tipped drill bit mounted on a Dremel tool. Total uncertainties for D14C measured by gas counting is 2.5 - 3 permil.'

year (GBRCD.DR99ABR01_1.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Core taken from same coral as Abraham-2. Note 11 replicate samples in data. Information indicates this coral may be known as ABR01A in the AIMS coral database. Published longitude places core east of GBR and so has been updated based on AIMS coral database. Original latitude and longitude was -22.1, 153.' has been replaced by 'Core taken from same coral as Abraham-2. Note 11 replicate samples in data. Information indicates this coral may be known as ABR01A in the AIMS' coral core database.'

d13C (GBRCD.DR99ABR01_1.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.DR99ABR01_1.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.DR99ABR01_1.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.DR99ABR01_1.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DR99ABR01_1.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DR99ABR01_1.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d13C (GBRCD.DR99ABR01_1.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.1'

d13C (GBRCD.DR99ABR01_1.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.DR99ABR01_1.d13C): paleoData_measurementInstrument: '' has been replaced by 'V.G. Micromass 602E MS'

d13C (GBRCD.DR99ABR01_1.d13C): paleoData_measurementMethod: '' has been replaced by 'MS'

d18O (GBRCD.DR99ABR01_1.d18O): paleoData_measurementInstrument: '' has been replaced by 'V.G. Micromass 602E MS'

d18O (GBRCD.DR99ABR01_1.d18O): paleoData_measurementMethod: '' has been replaced by 'MS'

d13C (GBRCD.DR99ABR01_1.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.DR99ABR01_1.d18O): interpretation1_scope: '' has been replaced by 'climate'

Core taken from same coral as Abraham-2. Note 11 replicate samples in data. Information indicates this coral may be known as ABR01A in the AIMS' coral core database.

SrCa (GBRCD.BR17HER02.SrCa): paleoData_notes: '0.5 mm interval for 35-40 per year. d18O relative to Vienna Peedee Belemnite.' has been replaced by '0.5 mm interval for 35-40 per year.'

SrCa (GBRCD.BR17HER02.SrCa): paleoData_uncertaintyAnalytical: '0.007' has been replaced by '0.06'

d18O (GBRCD.BR17HER02.d18O): paleoData_measurementInstrument: 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime' has been replaced by 'VG Optima IRMS or Elementar Isoprime'

d18O (GBRCD.BR17HER02.d18O): paleoData_uncertaintyAnalytical: '0.08' has been replaced by '0.11'

year (GBRCD.BR17HER02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER02.SrCa): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

d18O (GBRCD.BR17HER02.d18O): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

year (GBRCD.BR17HER02.year): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

notes: 'Latitude and longitude from the NOAA/WDS GBR Cores dataset. GPS coordinates plot the core on Heron Island. Core from outer reef flat. Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).' has been replaced by 'Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).'

geo_notes: '1 m depth' has been replaced by 'Latitude and longitude from the NOAA/WDS GBR Cores dataset. GPS coordinates plot the core on Heron Island. Core from outer reef flat. 1 m depth of collection.'

SrCa (GBRCD.BR17HER02.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

d18O (GBRCD.BR17HER02.d18O): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

SrCa (GBRCD.BR17HER02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.BR17HER02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER02.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER02.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Inductively Coupled-Optical Emission Spectrophotometer'

SrCa (GBRCD.BR17HER02.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-OES'

d18O (GBRCD.BR17HER02.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime'

d18O (GBRCD.BR17HER02.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.BR17HER02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.BR17HER02.d18O): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude from the NOAA/WDS GBR Cores dataset. GPS coordinates plot the core on Heron Island. Core from outer reef flat. 1 m depth of collection.

SrCa (GBRCD.BR17HER03.SrCa): paleoData_notes: '0.5 mm interval for 35-40 per year. d18O relative to Vienna Peedee Belemnite.' has been replaced by '0.5 mm interval for 35-40 per year.'

SrCa (GBRCD.BR17HER03.SrCa): paleoData_uncertaintyAnalytical: '0.007' has been replaced by '0.06'

d18O (GBRCD.BR17HER03.d18O): paleoData_measurementInstrument: 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime' has been replaced by 'VG Optima IRMS or Elementar Isoprime'

d18O (GBRCD.BR17HER03.d18O): paleoData_uncertaintyAnalytical: '0.08' has been replaced by '0.11'

year (GBRCD.BR17HER03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER03.SrCa): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

d18O (GBRCD.BR17HER03.d18O): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

year (GBRCD.BR17HER03.year): paleoData_gbrCentredEquationNotes: 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489' has been replaced by ''

notes: 'Latitude and longitude from the NOAA/WDS GBR Cores dataset. GPS coordinates plot the core on Heron Island. Core from south slope. Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).' has been replaced by 'Monthly interpolation used to create original age model results in two January and two October decimal dates for some years (missing February and November dates).'

geo_notes: '10 m depth' has been replaced by 'Latitude and longitude from the NOAA/WDS GBR Cores dataset. GPS coordinates plot the core on Heron Island. Core from south slope. 10 m depth.'

SrCa (GBRCD.BR17HER03.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

d18O (GBRCD.BR17HER03.d18O): calibration_gbrCentredEquationNotes: '' has been replaced by 'RMA; SrCa = 1.56 - 0.061 * SST; r2 = 0.5929; d18O = 4.66-0.184*SST; r2 = 0.4489'

SrCa (GBRCD.BR17HER03.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.BR17HER03.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER03.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.BR17HER03.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.BR17HER03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.BR17HER03.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Inductively Coupled-Optical Emission Spectrophotometer'

SrCa (GBRCD.BR17HER03.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-OES'

d18O (GBRCD.BR17HER03.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Optima Isotope Ratio Mass Spectrometer or Elementar Isoprime'

d18O (GBRCD.BR17HER03.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

SrCa (GBRCD.BR17HER03.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.BR17HER03.d18O): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude from the NOAA/WDS GBR Cores dataset. GPS coordinates plot the core on Heron Island. Core from south slope. 10 m depth.

year (GBRCD.DO22OYS01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944983'

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22OYS01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22OYS01.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22OYS01.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22OYS01.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22OYS01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22OYS01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22OYS01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22OYS01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22OYS01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22OYS01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22OYS01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22OYS01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22OYS01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22OYS01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22OYS01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.DO22OYS01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): paleoData_uncertaintyAnalytical: '' has been replaced by '3.46'

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22OYS01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22OYS01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22OYS01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22OYS01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22OYS01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22OYS01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22OYS01.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22OYS01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.DO22OYS01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.DO22OYS01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22OYS01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22OYS01.UCa): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.DO22FIT01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944980'

geo_notes: '5-6 m depth' has been replaced by 'GPS coordinates for the core plot on Fitzroy Island. Elevation -5 to -6 m.'

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22FIT01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22FIT01.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22FIT01.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22FIT01.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22FIT01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22FIT01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22FIT01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22FIT01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22FIT01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22FIT01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22FIT01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22FIT01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22FIT01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22FIT01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22FIT01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.DO22FIT01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): paleoData_uncertaintyAnalytical: '' has been replaced by '3.46'

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22FIT01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22FIT01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22FIT01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22FIT01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22FIT01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22FIT01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22FIT01.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22FIT01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.DO22FIT01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.DO22FIT01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22FIT01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22FIT01.UCa): interpretation1_scope: '' has been replaced by 'climate'

GPS coordinates for the core plot on Fitzroy Island. Elevation -5 to -6 m.

BCa (GBRCD.LE12COB01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12COB01.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available.'

Ba138Ca (GBRCD.LE12COB01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12COB01.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available.'

BaCa (GBRCD.LE12COB01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12COB01.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available.'

CdCa (GBRCD.LE12COB01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12COB01.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

Distance (GBRCD.LE12COB01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12COB01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12COB01.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

MgCa (GBRCD.LE12COB01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12COB01.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.'

MnCa (GBRCD.LE12COB01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12COB01.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PCa (GBRCD.LE12COB01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12COB01.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PbCa (GBRCD.LE12COB01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12COB01.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

SrCa (GBRCD.LE12COB01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12COB01.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available.'

UCa (GBRCD.LE12COB01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12COB01.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available.'

YCa (GBRCD.LE12COB01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12COB01.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

year (GBRCD.LE12COB01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE12COB01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12COB01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12COB01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12COB01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12COB01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12COB01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12COB01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12COB01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12COB01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12COB01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12COB01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12COB01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12COB01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12COB01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12COB01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12COB01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12COB01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12COB01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12COB01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12COB01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12COB01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12COB01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12COB01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12COB01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12COB01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12COB01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12COB01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12COB01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12COB01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12COB01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12COB01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12COB01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12COB01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12COB01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12COB01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12COB01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12COB01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12COB01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12COB01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12COB01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12COB01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12COB01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12COB01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12COB01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12COB01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12COB01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12COB01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12COB01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12COB01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12COB01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12COB01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12COB01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12COB01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12COB01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12COB01.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE12COB01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12COB01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12COB01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12COB01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12COB01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12COB01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12COB01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12COB01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12COB01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12COB01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12COB01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12COB01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12COB01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12COB01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12COB01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12COB01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12COB01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12COB01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12COB01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12COB01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12COB01.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12COB01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12COB01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12COB01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12COB01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12COB01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12COB01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12COB01.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12COB01.YCa): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.LE18PEL01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18PEL01.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.LE18PEL01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18PEL01.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18PEL01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18PEL01.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18PEL01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18PEL01.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18PEL01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18PEL01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18PEL01.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18PEL01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18PEL01.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18PEL01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18PEL01.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18PEL01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18PEL01.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18PEL01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18PEL01.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18PEL01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18PEL01.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18PEL01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18PEL01.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18PEL01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18PEL01.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18PEL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE18PEL01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE18PEL01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18PEL01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18PEL01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18PEL01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18PEL01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18PEL01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18PEL01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18PEL01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18PEL01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18PEL01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18PEL01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18PEL01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18PEL01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE18PEL01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18PEL01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18PEL01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18PEL01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18PEL01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18PEL01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18PEL01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18PEL01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18PEL01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18PEL01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18PEL01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18PEL01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18PEL01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18PEL01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18PEL01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18PEL01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18PEL01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18PEL01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18PEL01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18PEL01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18PEL01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18PEL01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18PEL01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18PEL01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18PEL01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18PEL01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18PEL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18PEL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE18PEL01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18PEL01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE18PEL01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE18PEL01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18PEL01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18PEL01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18PEL01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18PEL01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18PEL01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18PEL01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18PEL01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18PEL01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18PEL01.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18PEL01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18PEL01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18PEL01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18PEL01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18PEL01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18PEL01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18PEL01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18PEL01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18PEL01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18PEL01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18PEL01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18PEL01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18PEL01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18PEL01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18PEL01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18PEL01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18PEL01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18PEL01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18PEL01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18PEL01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18PEL01.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18PEL01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18PEL01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18PEL01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18PEL01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18PEL01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18PEL01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18PEL01.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18PEL01.YCa): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.LE12REP01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12REP01.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Ba138Ca (GBRCD.LE12REP01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12REP01.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available. REEs measured.'

BaCa (GBRCD.LE12REP01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12REP01.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Cd (GBRCD.LE12REP01.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12REP01.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CdCa (GBRCD.LE12REP01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12REP01.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Ce (GBRCD.LE12REP01.Ce): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ce (GBRCD.LE12REP01.Ce): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CeCa (GBRCD.LE12REP01.CeCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CeCa (GBRCD.LE12REP01.CeCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Distance (GBRCD.LE12REP01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12REP01.La): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12REP01.La): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LaCa (GBRCD.LE12REP01.LaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LaCa (GBRCD.LE12REP01.LaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LiCa (GBRCD.LE12REP01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12REP01.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Lu (GBRCD.LE12REP01.Lu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Lu (GBRCD.LE12REP01.Lu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LuCa (GBRCD.LE12REP01.LuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LuCa (GBRCD.LE12REP01.LuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MgCa (GBRCD.LE12REP01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12REP01.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Mn (GBRCD.LE12REP01.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12REP01.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MnCa (GBRCD.LE12REP01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12REP01.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

P (GBRCD.LE12REP01.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12REP01.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PCa (GBRCD.LE12REP01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12REP01.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PbCa (GBRCD.LE12REP01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12REP01.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Pr (GBRCD.LE12REP01.Pr): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Pr (GBRCD.LE12REP01.Pr): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PrCa (GBRCD.LE12REP01.PrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PrCa (GBRCD.LE12REP01.PrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SrCa (GBRCD.LE12REP01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12REP01.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available. REEs measured.'

UCa (GBRCD.LE12REP01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12REP01.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Y (GBRCD.LE12REP01.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12REP01.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YCa (GBRCD.LE12REP01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12REP01.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Yb (GBRCD.LE12REP01.Yb): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Yb (GBRCD.LE12REP01.Yb): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YbCa (GBRCD.LE12REP01.YbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YbCa (GBRCD.LE12REP01.YbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

ZnCa (GBRCD.LE12REP01.ZnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

ZnCa (GBRCD.LE12REP01.ZnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

year (GBRCD.LE12REP01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '3 m' has been replaced by '3 m depth as per AIMS' coral core database.'

BCa (GBRCD.LE12REP01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12REP01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12REP01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12REP01.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12REP01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE12REP01.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CeCa (GBRCD.LE12REP01.CeCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12REP01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE12REP01.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LaCa (GBRCD.LE12REP01.LaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12REP01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE12REP01.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuCa (GBRCD.LE12REP01.LuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12REP01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12REP01.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12REP01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12REP01.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12REP01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12REP01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE12REP01.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PrCa (GBRCD.LE12REP01.PrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12REP01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12REP01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12REP01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12REP01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE12REP01.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YbCa (GBRCD.LE12REP01.YbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

ZnCa (GBRCD.LE12REP01.ZnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12REP01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12REP01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12REP01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12REP01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12REP01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12REP01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12REP01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12REP01.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12REP01.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12REP01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12REP01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12REP01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12REP01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12REP01.CeCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12REP01.CeCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12REP01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12REP01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE12REP01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE12REP01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12REP01.LaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12REP01.LaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12REP01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12REP01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12REP01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12REP01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12REP01.LuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12REP01.LuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12REP01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12REP01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12REP01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12REP01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12REP01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12REP01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12REP01.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12REP01.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12REP01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12REP01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12REP01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12REP01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12REP01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12REP01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12REP01.PrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12REP01.PrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12REP01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12REP01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12REP01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12REP01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12REP01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12REP01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12REP01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12REP01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12REP01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12REP01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12REP01.YbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12REP01.YbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12REP01.ZnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12REP01.ZnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12REP01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12REP01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12REP01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12REP01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12REP01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12REP01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12REP01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12REP01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12REP01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12REP01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12REP01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12REP01.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12REP01.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12REP01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12REP01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ce (GBRCD.LE12REP01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ce (GBRCD.LE12REP01.Ce): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CeCa (GBRCD.LE12REP01.CeCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CeCa (GBRCD.LE12REP01.CeCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12REP01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12REP01.Distance): paleoData_units: '' has been replaced by 'millimetres'

La (GBRCD.LE12REP01.La): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

La (GBRCD.LE12REP01.La): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LaCa (GBRCD.LE12REP01.LaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LaCa (GBRCD.LE12REP01.LaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.LE12REP01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12REP01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Lu (GBRCD.LE12REP01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Lu (GBRCD.LE12REP01.Lu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LuCa (GBRCD.LE12REP01.LuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LuCa (GBRCD.LE12REP01.LuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12REP01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12REP01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12REP01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12REP01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12REP01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12REP01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12REP01.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12REP01.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12REP01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12REP01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12REP01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12REP01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Pr (GBRCD.LE12REP01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Pr (GBRCD.LE12REP01.Pr): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PrCa (GBRCD.LE12REP01.PrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PrCa (GBRCD.LE12REP01.PrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12REP01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12REP01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12REP01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12REP01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12REP01.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12REP01.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12REP01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12REP01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Yb (GBRCD.LE12REP01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Yb (GBRCD.LE12REP01.Yb): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YbCa (GBRCD.LE12REP01.YbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YbCa (GBRCD.LE12REP01.YbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

ZnCa (GBRCD.LE12REP01.ZnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

ZnCa (GBRCD.LE12REP01.ZnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12REP01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12REP01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12REP01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12REP01.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12REP01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE12REP01.Ce): interpretation1_scope: '' has been replaced by 'climate'

CeCa (GBRCD.LE12REP01.CeCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12REP01.Distance): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE12REP01.La): interpretation1_scope: '' has been replaced by 'climate'

LaCa (GBRCD.LE12REP01.LaCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12REP01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE12REP01.Lu): interpretation1_scope: '' has been replaced by 'climate'

LuCa (GBRCD.LE12REP01.LuCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12REP01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12REP01.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12REP01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12REP01.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12REP01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12REP01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE12REP01.Pr): interpretation1_scope: '' has been replaced by 'climate'

PrCa (GBRCD.LE12REP01.PrCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12REP01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12REP01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12REP01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12REP01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE12REP01.Yb): interpretation1_scope: '' has been replaced by 'climate'

YbCa (GBRCD.LE12REP01.YbCa): interpretation1_scope: '' has been replaced by 'climate'

ZnCa (GBRCD.LE12REP01.ZnCa): interpretation1_scope: '' has been replaced by 'climate'

d15N (GBRCD.ER20HAV02.d15N): paleoData_core: 'Hav33a; Hav33b' has been replaced by 'Hav33a'

d15N (GBRCD.ER20HAV02.d15N): paleoData_measurementInstrument: 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer' has been replaced by 'Thermo Delta V Plus IRMS'

year (GBRCD.ER20HAV02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Elevation from HAV33 as reported in AIMS coral core database.' has been replaced by 'Core ID referenced as Hav33a in publication figures, but referenced as Hav33b in supplementary.'

geo_notes: '3 m depth to top' has been replaced by 'Elevation from HAV33 as reported in AIMS' coral core database. Depth to top 3 m.'

d15N (GBRCD.ER20HAV02.d15N): paleoData_core: 'Hav33b' has been replaced by 'Hav33a; Hav33b'

d15N (GBRCD.ER20HAV02.d15N): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d15N (GBRCD.ER20HAV02.d15N): paleoData_isPrimary: '' has been replaced by 'FALSE'

d15N (GBRCD.ER20HAV02.d15N): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.ER20HAV02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.ER20HAV02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d15N (GBRCD.ER20HAV02.d15N): paleoData_description: '15N/14N

d15N (GBRCD.ER20HAV02.d15N): paleoData_measurementInstrument: '' has been replaced by 'Thermo Delta V Plus Isotope Ratio Mass Spectrometer'

d15N (GBRCD.ER20HAV02.d15N): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d15N (GBRCD.ER20HAV02.d15N): paleoData_uncertaintyAnalytical: '' has been replaced by '0.4'

d15N (GBRCD.ER20HAV02.d15N): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d15N (GBRCD.ER20HAV02.d15N): interpretation1_scope: '' has been replaced by 'climate'

Core ID referenced as Hav33a in publication figures, but referenced as Hav33b in supplementary.

Elevation from HAV33 as reported in AIMS' coral core database. Depth to top 3 m.

Annual intervals were re-milled and collected from sampling grooves parallel to first sampling locations by Deng et al. (2014). 4-5 g of each sample was collected. Mo isotopic composition is reported relative to NIST SRM 3134 standard.

Fe (GBRCD.WA19ARL01.Fe): paleoData_measurementInstrument: 'Thermo Scientific Element inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Scientific Element ICP-MS'

Mn (GBRCD.WA19ARL01.Mn): paleoData_measurementInstrument: 'Thermo Scientific Element inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Scientific Element ICP-MS'

Mo (GBRCD.WA19ARL01.Mo): paleoData_measurementInstrument: 'Thermo Scientific Element inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Scientific Element ICP-MS'

Ti (GBRCD.WA19ARL01.Ti): paleoData_measurementInstrument: 'Thermo Scientific Element inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Scientific Element ICP-MS'

d98Mo (GBRCD.WA19ARL01.d98Mo): paleoData_measurementInstrument: 'Thermo-Fisher Scientific Neptune Plus multiple-collector inductively coupled plasma mass spectrometer' has been replaced by 'Thermo-Fisher Scientific Neptune Plus multiple-collector ICP-MS'

year (GBRCD.WA19ARL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude taken from Xiao et al. (2020).' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/dybe-g694'

geo_notes: 'Water depth of approx. 4 m' has been replaced by 'Latitude and longitude taken from Xiao et al. (2020). Water depth of approx. 4 m'

pub1_altDataURL: '' has been replaced by '10.17632/jj2ttcsggx.1'

Fe (GBRCD.WA19ARL01.Fe): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.WA19ARL01.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mo (GBRCD.WA19ARL01.Mo): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ti (GBRCD.WA19ARL01.Ti): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d98Mo (GBRCD.WA19ARL01.d98Mo): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Fe (GBRCD.WA19ARL01.Fe): paleoData_isPrimary: '' has been replaced by 'FALSE'

Fe (GBRCD.WA19ARL01.Fe): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.WA19ARL01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.WA19ARL01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mo (GBRCD.WA19ARL01.Mo): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mo (GBRCD.WA19ARL01.Mo): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ti (GBRCD.WA19ARL01.Ti): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ti (GBRCD.WA19ARL01.Ti): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d98Mo (GBRCD.WA19ARL01.d98Mo): paleoData_isPrimary: '' has been replaced by 'FALSE'

d98Mo (GBRCD.WA19ARL01.d98Mo): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WA19ARL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WA19ARL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Fe (GBRCD.WA19ARL01.Fe): paleoData_measurementInstrument: '' has been replaced by 'Thermo Scientific Element inductively coupled plasma mass spectrometer'

Fe (GBRCD.WA19ARL01.Fe): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Mn (GBRCD.WA19ARL01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Thermo Scientific Element inductively coupled plasma mass spectrometer'

Mn (GBRCD.WA19ARL01.Mn): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Mo (GBRCD.WA19ARL01.Mo): paleoData_measurementInstrument: '' has been replaced by 'Thermo Scientific Element inductively coupled plasma mass spectrometer'

Mo (GBRCD.WA19ARL01.Mo): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ti (GBRCD.WA19ARL01.Ti): paleoData_measurementInstrument: '' has been replaced by 'Thermo Scientific Element inductively coupled plasma mass spectrometer'

Ti (GBRCD.WA19ARL01.Ti): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

d98Mo (GBRCD.WA19ARL01.d98Mo): paleoData_measurementInstrument: '' has been replaced by 'Thermo-Fisher Scientific Neptune Plus multiple-collector inductively coupled plasma mass spectrometer'

d98Mo (GBRCD.WA19ARL01.d98Mo): paleoData_measurementMethod: '' has been replaced by 'MC-ICP-MS'

Fe (GBRCD.WA19ARL01.Fe): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.WA19ARL01.Mn): interpretation1_scope: '' has been replaced by 'climate'

Mo (GBRCD.WA19ARL01.Mo): interpretation1_scope: '' has been replaced by 'climate'

Ti (GBRCD.WA19ARL01.Ti): interpretation1_scope: '' has been replaced by 'climate'

d98Mo (GBRCD.WA19ARL01.d98Mo): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude taken from Xiao et al. (2020). Water depth of approx. 4 m

Density (GBRCD.RE19GBR01.Density): paleoData_measurementInstrument: '' has been replaced by 'AIMS densitometer'

Density (GBRCD.RE19GBR01.Density): paleoData_measurementMethod: '' has been replaced by 'Gamma ray densitometry'

year (GBRCD.RE19GBR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

Density (GBRCD.RE19GBR01.Density): paleoData_isPrimary: '' has been replaced by 'FALSE'

Density (GBRCD.RE19GBR01.Density): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19GBR01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.RE19GBR01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19GBR01.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.RE19GBR01.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19GBR01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.RE19GBR01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.RE19GBR01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.RE19GBR01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.RE19GBR01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.RE19GBR01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.RE19GBR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.RE19GBR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.RE19GBR01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Lumin (GBRCD.RE19GBR01.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Density (GBRCD.RE19GBR01.Density): paleoData_units: 'grams per centimetre' has been replaced by 'grams/centimetre'

Distance (GBRCD.RE19GBR01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.RE19GBR01.Distance): paleoData_units: '' has been replaced by 'millimetres'

Lumin (GBRCD.RE19GBR01.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.RE19GBR01.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

SrCa (GBRCD.RE19GBR01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Jobin-Yvon Optima 2C ICP-AES'

SrCa (GBRCD.RE19GBR01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d13C (GBRCD.RE19GBR01.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.05'

d13C (GBRCD.RE19GBR01.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.RE19GBR01.d13C): paleoData_measurementInstrument: '' has been replaced by 'VG Optima dual inlet IRMS'

d13C (GBRCD.RE19GBR01.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.RE19GBR01.d18O): paleoData_measurementInstrument: '' has been replaced by 'VG Optima dual inlet IRMS'

d18O (GBRCD.RE19GBR01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

Density (GBRCD.RE19GBR01.Density): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.RE19GBR01.Distance): interpretation1_scope: '' has been replaced by 'climate'

Lumin (GBRCD.RE19GBR01.Lumin): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.RE19GBR01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.RE19GBR01.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.RE19GBR01.d18O): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.LE12CID01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12CID01.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available.'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Thermo X-Series inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available.'

BaCa (GBRCD.LE12CID01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12CID01.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available.'

CaCa (GBRCD.LE12CID01.CaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12CID01.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12CID01.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

CdCa (GBRCD.LE12CID01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12CID01.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

Distance (GBRCD.LE12CID01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12CID01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12CID01.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

MgCa (GBRCD.LE12CID01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12CID01.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.'

Mn (GBRCD.LE12CID01.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12CID01.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

MnCa (GBRCD.LE12CID01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12CID01.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

P (GBRCD.LE12CID01.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12CID01.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PCa (GBRCD.LE12CID01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12CID01.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PbCa (GBRCD.LE12CID01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12CID01.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

SrCa (GBRCD.LE12CID01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12CID01.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available.'

UCa (GBRCD.LE12CID01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12CID01.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available.'

Y (GBRCD.LE12CID01.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12CID01.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

YCa (GBRCD.LE12CID01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12CID01.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

year (GBRCD.LE12CID01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE12CID01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12CID01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CaCa (GBRCD.LE12CID01.CaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12CID01.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12CID01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12CID01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12CID01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12CID01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12CID01.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12CID01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12CID01.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12CID01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12CID01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12CID01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12CID01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12CID01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12CID01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12CID01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12CID01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12CID01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12CID01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12CID01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CaCa (GBRCD.LE12CID01.CaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CaCa (GBRCD.LE12CID01.CaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12CID01.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12CID01.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12CID01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12CID01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12CID01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12CID01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12CID01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12CID01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12CID01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12CID01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12CID01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12CID01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12CID01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12CID01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12CID01.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12CID01.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12CID01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12CID01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12CID01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12CID01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12CID01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12CID01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12CID01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12CID01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12CID01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12CID01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12CID01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12CID01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12CID01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12CID01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12CID01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

CaCa (GBRCD.LE12CID01.CaCa): paleoData_description: 'Calcium/Calcium ratio' has been replaced by 'A measure of the total Ca/Ca ratio using the count intensities of the Calcium48/Calcium43 isotopes.'

Distance (GBRCD.LE12CID01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12CID01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12CID01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12CID01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12CID01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CaCa (GBRCD.LE12CID01.CaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CaCa (GBRCD.LE12CID01.CaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12CID01.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12CID01.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12CID01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12CID01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12CID01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12CID01.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE12CID01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12CID01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12CID01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12CID01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12CID01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12CID01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12CID01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12CID01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12CID01.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12CID01.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12CID01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12CID01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12CID01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12CID01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12CID01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12CID01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12CID01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12CID01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12CID01.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12CID01.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12CID01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12CID01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12CID01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12CID01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12CID01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CaCa (GBRCD.LE12CID01.CaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12CID01.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12CID01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12CID01.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12CID01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12CID01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12CID01.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12CID01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12CID01.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12CID01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12CID01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12CID01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12CID01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12CID01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12CID01.YCa): interpretation1_scope: '' has been replaced by 'climate'

De'ath et al. (2009); Lough (2007); Lough (2011a); Lough (2011b); Lough and Barnes (1997)

BCa (GBRCD.DO18LIZ01.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18LIZ01.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18LIZ01.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18LIZ01.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18LIZ01.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18LIZ01.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18LIZ01.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18LIZ01.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18LIZ01.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18LIZ01.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18LIZ01.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18LIZ01.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18LIZ01.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18LIZ01.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18LIZ01.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18LIZ01.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18LIZ01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude taken from AIMS coral database.' has been replaced by ''

geo_notes: '3 m depth' has been replaced by 'Latitude and longitude taken from AIMS' coral core database. 3 m water depth.'

BCa (GBRCD.DO18LIZ01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18LIZ01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18LIZ01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18LIZ01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18LIZ01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18LIZ01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18LIZ01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18LIZ01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18LIZ01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18LIZ01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.DO18LIZ01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18LIZ01.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18LIZ01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18LIZ01.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18LIZ01.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18LIZ01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18LIZ01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18LIZ01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18LIZ01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18LIZ01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18LIZ01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18LIZ01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18LIZ01.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18LIZ01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18LIZ01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18LIZ01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude taken from AIMS' coral core database. 3 m water depth.

SrCa maxima & minima matched with fortnightly averaged Reyn-Smith OISST v2 minima & maxima

Slice section containing the tissue layer was pre-treated with 10% hydrogen peroxide for 24 hr and subsequently ultrasonically rinsed and oven dried. Ledge sampled continuously every 0.3-0.5 mm using a 2 mm drill bit.

Slice section containing the tissue layer was pre-treated with 10% hydrogen peroxide for 24 hr and subsequently ultrasonically rinsed and oven dried. Ledge sampled continuously every 0.3-0.5 mm using a 2 mm drill bit. JCp-1 reproducibility: MgCa = 0.7%.

Slice section containing the tissue layer was pre-treated with 10% hydrogen peroxide for 24 hr and subsequently ultrasonically rinsed and oven dried. Ledge sampled continuously every 0.3-0.5 mm using a 2 mm drill bit. JCp-1 reproducibility: SrCa = 0.5%.

notes: 'Sample originally measured by A. Arzey, but data was not published previously. See GBRCD Appendices.' has been replaced by 'Sample originally measured by A. Arzey, but data was not published previously. See GBRCD publication appendices.'

MgCa (GBRCD.AR24OTI01.MgCa): paleoData_notes: 'Slice section containing the tissue layer was pre-treated with 10% hydrogen peroxide for 24 hr and subsequently ultrasonically rinsed and oven dried. Ledge sampled continuously every 0.3-0.5 mm using a 2 mm drill bit.' has been replaced by 'Slice section containing the tissue layer was pre-treated with 10% hydrogen peroxide for 24 hr and subsequently ultrasonically rinsed and oven dried. Ledge sampled continuously every 0.3-0.5 mm using a 2 mm drill bit. JCp-1 reproducibility: MgCa = 0.7%.'

MgCa (GBRCD.AR24OTI01.MgCa): paleoData_uncertaintyAnalytical: '0.33' has been replaced by ''

MgCa (GBRCD.AR24OTI01.MgCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

SrCa (GBRCD.AR24OTI01.SrCa): paleoData_notes: 'Slice section containing the tissue layer was pre-treated with 10% hydrogen peroxide for 24 hr and subsequently ultrasonically rinsed and oven dried. Ledge sampled continuously every 0.3-0.5 mm using a 2 mm drill bit.' has been replaced by 'Slice section containing the tissue layer was pre-treated with 10% hydrogen peroxide for 24 hr and subsequently ultrasonically rinsed and oven dried. Ledge sampled continuously every 0.3-0.5 mm using a 2 mm drill bit. JCp-1 reproducibility: SrCa = 0.5%.'

SrCa (GBRCD.AR24OTI01.SrCa): paleoData_uncertaintyAnalytical: '0.5' has been replaced by ''

SrCa (GBRCD.AR24OTI01.SrCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

year (GBRCD.AR24OTI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Sample originally measured by A. Arzey, but data was not published previously. Latitude and longitude supplied by J. Mallela. See GBRCD Appendices.' has been replaced by 'Sample originally measured by A. Arzey, but data was not published previously. See GBRCD Appendices.'

geo_notes: '0.5 m depth' has been replaced by 'Latitude and longitude supplied by J. Mallela. Top of colony water depth 0.5 m and bottom of colony 1.7 m.'

Distance (GBRCD.AR24OTI01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.AR24OTI01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.AR24OTI01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.AR24OTI01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AR24OTI01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Distance (GBRCD.AR24OTI01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Distance (GBRCD.AR24OTI01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AR24OTI01.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.AR24OTI01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.33'

MgCa (GBRCD.AR24OTI01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.AR24OTI01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Scientific iCAP 7600 series ICP-AES'

MgCa (GBRCD.AR24OTI01.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.AR24OTI01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Scientific iCAP 7600 series ICP-AES'

SrCa (GBRCD.AR24OTI01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

Distance (GBRCD.AR24OTI01.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.AR24OTI01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.AR24OTI01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Sample originally measured by A. Arzey, but data was not published previously. See GBRCD publication appendices.

Latitude and longitude supplied by J. Mallela. Top of colony water depth 0.5 m and bottom of colony 1.7 m.

Multiple 14C dates. Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 234 and ends at min year 313 and assigned appropriate calendar age (BCE) for archiving.

Multiple 14C dates for sample. See Lough et al. (2014) NOAA/WDS data for complete list. Originally calibrated using Oxcal Marine13 DeltaR = 11 ± 13. Chronology internally cross checked between samples and age of coral determined according to assigned year difference from NEL01D top/youngest year (year 234-313 NEL03D to year 0 NEL01D). Published dates have age discrepancy compared with Lewis (2005) U-Th dating but becomes smaller with 14C recalibration using Calib 8.2 and MARINE20 (DeltaR = 11 ± 13); median probability -3925 (-4091 to -3754 (2 sigma)).

Pre-treated with sodium hypochlorite for 20 hr to remove organics and subsequently ultrasonically rinsed and oven dried the sample. Luminescence was measured at 0.25 mm intervals with a 2 mm diameter beam.

year (GBRCD.LO14NEL02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Recovered during construction of Nelly Bay Harbour in 2001. Latitude and longitude supplied by S. Lewis. Some uncertainty on specific location of coral but coral was taken within current Nelly Bay Harbour.' has been replaced by ''

LuminRange (GBRCD.LO14NEL02.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO14NEL02.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL02.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO14NEL02.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO14NEL02.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.LE12WHI01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12WHI01.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Ba138Ca (GBRCD.LE12WHI01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12WHI01.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available. REEs measured.'

BaCa (GBRCD.LE12WHI01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12WHI01.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Cd (GBRCD.LE12WHI01.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12WHI01.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CdCa (GBRCD.LE12WHI01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12WHI01.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Ce (GBRCD.LE12WHI01.Ce): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ce (GBRCD.LE12WHI01.Ce): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CeCa (GBRCD.LE12WHI01.CeCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CeCa (GBRCD.LE12WHI01.CeCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Distance (GBRCD.LE12WHI01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12WHI01.La): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12WHI01.La): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LaCa (GBRCD.LE12WHI01.LaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LaCa (GBRCD.LE12WHI01.LaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MgCa (GBRCD.LE12WHI01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12WHI01.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Mn (GBRCD.LE12WHI01.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12WHI01.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MnCa (GBRCD.LE12WHI01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12WHI01.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

P (GBRCD.LE12WHI01.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12WHI01.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PCa (GBRCD.LE12WHI01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12WHI01.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PbCa (GBRCD.LE12WHI01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12WHI01.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SrCa (GBRCD.LE12WHI01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12WHI01.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available. REEs measured.'

UCa (GBRCD.LE12WHI01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12WHI01.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Y (GBRCD.LE12WHI01.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12WHI01.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YCa (GBRCD.LE12WHI01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12WHI01.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

year (GBRCD.LE12WHI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '4.6 m' has been replaced by '4.6 m depth as per AIMS' coral core database.'

BCa (GBRCD.LE12WHI01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12WHI01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12WHI01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12WHI01.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12WHI01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE12WHI01.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CeCa (GBRCD.LE12WHI01.CeCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12WHI01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE12WHI01.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LaCa (GBRCD.LE12WHI01.LaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12WHI01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12WHI01.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12WHI01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12WHI01.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12WHI01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12WHI01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12WHI01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12WHI01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12WHI01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12WHI01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12WHI01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12WHI01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12WHI01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12WHI01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12WHI01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12WHI01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12WHI01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12WHI01.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12WHI01.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12WHI01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12WHI01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12WHI01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12WHI01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12WHI01.CeCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12WHI01.CeCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12WHI01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12WHI01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE12WHI01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE12WHI01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12WHI01.LaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12WHI01.LaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12WHI01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12WHI01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12WHI01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12WHI01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12WHI01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12WHI01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12WHI01.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12WHI01.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12WHI01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12WHI01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12WHI01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12WHI01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12WHI01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12WHI01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12WHI01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12WHI01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12WHI01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12WHI01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12WHI01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12WHI01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12WHI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12WHI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12WHI01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12WHI01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12WHI01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12WHI01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12WHI01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12WHI01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12WHI01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12WHI01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12WHI01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12WHI01.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12WHI01.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12WHI01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12WHI01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ce (GBRCD.LE12WHI01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ce (GBRCD.LE12WHI01.Ce): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CeCa (GBRCD.LE12WHI01.CeCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CeCa (GBRCD.LE12WHI01.CeCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12WHI01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12WHI01.Distance): paleoData_units: '' has been replaced by 'millimetres'

La (GBRCD.LE12WHI01.La): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

La (GBRCD.LE12WHI01.La): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LaCa (GBRCD.LE12WHI01.LaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LaCa (GBRCD.LE12WHI01.LaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12WHI01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12WHI01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12WHI01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12WHI01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12WHI01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12WHI01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12WHI01.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12WHI01.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12WHI01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12WHI01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12WHI01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12WHI01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12WHI01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12WHI01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12WHI01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12WHI01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12WHI01.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12WHI01.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12WHI01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12WHI01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12WHI01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12WHI01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12WHI01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12WHI01.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12WHI01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE12WHI01.Ce): interpretation1_scope: '' has been replaced by 'climate'

CeCa (GBRCD.LE12WHI01.CeCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12WHI01.Distance): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE12WHI01.La): interpretation1_scope: '' has been replaced by 'climate'

LaCa (GBRCD.LE12WHI01.LaCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12WHI01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12WHI01.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12WHI01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12WHI01.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12WHI01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12WHI01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12WHI01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12WHI01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12WHI01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12WHI01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Annual bands (determined from beginning of each high density band) were milled along the maximum growth axis. Samples were pre-treated with sodium hypochlorite to remove organics. +0.45 permil correction was applied to MC-ICP-MS data for consistency of comparison with PTIMS data. d11B relative to the NBS 951 boric acid international standard.

d11B (GBRCD.DO15GBR01.d11B): paleoData_uncertaintyAnalytical: '0.34' has been replaced by '0.16'

d11B (GBRCD.DO15GBR01.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.DO15GBR01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

d11B (GBRCD.DO15GBR01.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO15GBR01.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO15GBR01.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO15GBR01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO15GBR01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d11B (GBRCD.DO15GBR01.d11B): paleoData_measurementInstrument: '' has been replaced by 'NU Plasma II'

d11B (GBRCD.DO15GBR01.d11B): paleoData_measurementMethod: '' has been replaced by 'MC-ICP-MS'

d11B (GBRCD.DO15GBR01.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.34'

d11B (GBRCD.DO15GBR01.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.DO15GBR01.d11B): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.DO22PAN02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944973'

geo_notes: '3-5 m depth' has been replaced by 'Elevation -3 to -5 m.'

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22PAN02.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22PAN02.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22PAN02.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22PAN02.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22PAN02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22PAN02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22PAN02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22PAN02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22PAN02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22PAN02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22PAN02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22PAN02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22PAN02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22PAN02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22PAN02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.DO22PAN02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): paleoData_uncertaintyAnalytical: '' has been replaced by '3.46'

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22PAN02.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22PAN02.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22PAN02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22PAN02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22PAN02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22PAN02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22PAN02.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22PAN02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.DO22PAN02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.DO22PAN02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22PAN02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22PAN02.UCa): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.LE18NEL01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18NEL01.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.LE18NEL01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18NEL01.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18NEL01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18NEL01.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18NEL01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18NEL01.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18NEL01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18NEL01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18NEL01.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18NEL01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18NEL01.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18NEL01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18NEL01.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18NEL01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18NEL01.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18NEL01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18NEL01.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18NEL01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18NEL01.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18NEL01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18NEL01.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18NEL01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18NEL01.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18NEL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE18NEL01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE18NEL01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18NEL01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18NEL01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18NEL01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18NEL01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18NEL01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18NEL01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18NEL01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18NEL01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18NEL01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18NEL01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18NEL01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18NEL01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE18NEL01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18NEL01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18NEL01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18NEL01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18NEL01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18NEL01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18NEL01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18NEL01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18NEL01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18NEL01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18NEL01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18NEL01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18NEL01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18NEL01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18NEL01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18NEL01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18NEL01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18NEL01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18NEL01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18NEL01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18NEL01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18NEL01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18NEL01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18NEL01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18NEL01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18NEL01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18NEL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18NEL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE18NEL01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18NEL01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE18NEL01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE18NEL01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18NEL01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18NEL01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18NEL01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18NEL01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18NEL01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18NEL01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18NEL01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18NEL01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18NEL01.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18NEL01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18NEL01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18NEL01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18NEL01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18NEL01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18NEL01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18NEL01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18NEL01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18NEL01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18NEL01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18NEL01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18NEL01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18NEL01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18NEL01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18NEL01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18NEL01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18NEL01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18NEL01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18NEL01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18NEL01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18NEL01.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18NEL01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18NEL01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18NEL01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18NEL01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18NEL01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18NEL01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18NEL01.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18NEL01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Cantin and Lough (2014); De'ath et al. (2009); Lough et al. (2014)

Multiple 14C dates. Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 188 and ends at min year 294 and assigned appropriate calendar age (BCE) for archiving.

Multiple 14C dates for sample. See Lough et al. (2014) NOAA/WDS data for complete list. Originally calibrated using Oxcal Marine13 DeltaR = 11 ± 13. Chronology internally cross checked between samples and age of coral determined according to assigned year difference from NEL01D top/youngest year (year 188-294 NEL07B to year 0 NEL01D).

year (GBRCD.LO14NEL03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL03.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO14NEL03.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL03.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO14NEL03.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO14NEL03.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18PAN01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18PAN01.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18PAN01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18PAN01.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BCa (GBRCD.LE18PAN01.Bca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18PAN01.Bca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18PAN01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18PAN01.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18PAN01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18PAN01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18PAN01.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18PAN01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18PAN01.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18PAN01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18PAN01.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18PAN01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18PAN01.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18PAN01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18PAN01.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18PAN01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18PAN01.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18PAN01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18PAN01.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18PAN01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18PAN01.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18PAN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '5.7 m' has been replaced by '5.7 m estimated water depth.'

Ba138Ca (GBRCD.LE18PAN01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18PAN01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BCa (GBRCD.LE18PAN01.Bca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18PAN01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18PAN01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18PAN01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18PAN01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18PAN01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18PAN01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18PAN01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18PAN01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18PAN01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18PAN01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18PAN01.BaCa): paleoData_description: 'Barium/Calcium 

Ba138Ca (GBRCD.LE18PAN01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18PAN01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18PAN01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18PAN01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18PAN01.Bca): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18PAN01.Bca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18PAN01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18PAN01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18PAN01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18PAN01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18PAN01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18PAN01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18PAN01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18PAN01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18PAN01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18PAN01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18PAN01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18PAN01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18PAN01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18PAN01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18PAN01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18PAN01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18PAN01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18PAN01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18PAN01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18PAN01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18PAN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18PAN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE18PAN01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18PAN01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BCa (GBRCD.LE18PAN01.Bca): paleoData_description: '' has been replaced by 'Boron/Calcium'

Distance (GBRCD.LE18PAN01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

Ba138Ca (GBRCD.LE18PAN01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18PAN01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18PAN01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18PAN01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18PAN01.Bca): paleoData_longName: '' has been replaced by 'B/Ca'

BCa (GBRCD.LE18PAN01.Bca): paleoData_units: '' has been replaced by 'millimole/mole'

BCa (GBRCD.LE18PAN01.Bca): paleoData_variableName: 'Bca' has been replaced by 'BCa'

BCa (GBRCD.LE18PAN01.Bca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18PAN01.Bca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18PAN01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18PAN01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18PAN01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18PAN01.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18PAN01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18PAN01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18PAN01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18PAN01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18PAN01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18PAN01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18PAN01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18PAN01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18PAN01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18PAN01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18PAN01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18PAN01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18PAN01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18PAN01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18PAN01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18PAN01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18PAN01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18PAN01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Bca (GBRCD.LE18PAN01.Bca): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18PAN01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18PAN01.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18PAN01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18PAN01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18PAN01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18PAN01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18PAN01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18PAN01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18PAN01.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18PAN01.YCa): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.LO11COO01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002054' has been replaced by '10.1029/2010pa002050'

LuminRange (GBRCD.LO11COO01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11COO01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11COO01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11COO01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11COO01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11COO01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11COO01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.DO22ARL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944978'

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22ARL01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22ARL01.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22ARL01.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22ARL01.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22ARL01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22ARL01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22ARL01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22ARL01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22ARL01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22ARL01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22ARL01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22ARL01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22ARL01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22ARL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22ARL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.DO22ARL01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): paleoData_uncertaintyAnalytical: '' has been replaced by '3.46'

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22ARL01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22ARL01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22ARL01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22ARL01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22ARL01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22ARL01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22ARL01.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22ARL01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.DO22ARL01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.DO22ARL01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22ARL01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22ARL01.UCa): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.DO22BRT01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944990'

BaCa (GBRCD.DO22BRT01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22BRT01.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22BRT01.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22BRT01.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22BRT01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22BRT01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22BRT01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22BRT01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22BRT01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22BRT01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22BRT01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22BRT01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22BRT01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22BRT01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22BRT01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.DO22BRT01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.DO22BRT01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22BRT01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22BRT01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22BRT01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22BRT01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22BRT01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22BRT01.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22BRT01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22BRT01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22BRT01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22BRT01.UCa): interpretation1_scope: '' has been replaced by 'climate'

notes: '' has been replaced by 'Coral was not alive at the top of the core when it was collected and probably stopped recording information in March or April 1998.'

year (GBRCD.FA00PAN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Pandora Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/bs51-hq61'

geo_notes: '2 m depth' has been replaced by 'Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Pandora Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase. 2 m depth.'

pub1_altDataURL: '' has been replaced by '10.25911/5d778a502c764'

BCa (GBRCD.FA00PAN01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.FA00PAN01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.FA00PAN01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.FA00PAN01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.FA00PAN01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.FA00PAN01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.FA00PAN01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.FA00PAN01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.FA00PAN01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA00PAN01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA00PAN01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.FA00PAN01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.FA00PAN01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA00PAN01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA00PAN01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA00PAN01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA00PAN01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.FA00PAN01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.FA00PAN01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.FA00PAN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.FA00PAN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.FA00PAN01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.FA00PAN01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.FA00PAN01.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '3.8'

BCa (GBRCD.FA00PAN01.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BCa (GBRCD.FA00PAN01.BCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BCa (GBRCD.FA00PAN01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.FA00PAN01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

BaCa (GBRCD.FA00PAN01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.FA00PAN01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BaCa (GBRCD.FA00PAN01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.FA00PAN01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.FA00PAN01.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.FA00PAN01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

MgCa (GBRCD.FA00PAN01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.FA00PAN01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

MgCa (GBRCD.FA00PAN01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.FA00PAN01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

SrCa (GBRCD.FA00PAN01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.FA00PAN01.UCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

UCa (GBRCD.FA00PAN01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.FA00PAN01.BCa): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.FA00PAN01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.FA00PAN01.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.FA00PAN01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.FA00PAN01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.FA00PAN01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Coral was not alive at the top of the core when it was collected and probably stopped recording information in March or April 1998.

Latitude and longitude for core taken from Alibert et al. (2003). GPS coordinates offset from Pandora Reef. Reef located at -18.813, 146.433 from 'Reefs and shoals – Queensland' geodatabase. 2 m depth.

Samples collected at 1-2 mm intervals along the main growth axis using a milling machine with a steel drill bit, for a total of 52 subsamples in 4-5 years.

GV Isoprime II stable IRMS coupled with a MultiPrep carbonate device

SrCa (GBRCD.XI20ARL01.SrCa): paleoData_measurementInstrument: 'Varian Vista Pro inductively coupled plasma atomic emission spectrometry' has been replaced by 'Varian Vista Pro ICP-AES'

Zn (GBRCD.XI20ARL01.Zn): paleoData_measurementInstrument: 'Thermo Fisher iCAP RQ inductively coupled plasma-mass spectrometry' has been replaced by 'Thermo Fisher iCAP RQ ICP-MS'

d13C (GBRCD.XI20ARL01.d13C): paleoData_measurementInstrument: 'GV Isoprime II stable isotope ratio mass spectrometer coupled with a MultiPrep carbonate device' has been replaced by 'GV Isoprime II stable IRMS coupled with a MultiPrep carbonate device'

d18O (GBRCD.XI20ARL01.d18O): paleoData_measurementInstrument: 'GV Isoprime II stable isotope ratio mass spectrometer coupled with a MultiPrep carbonate device' has been replaced by 'GV Isoprime II stable IRMS coupled with a MultiPrep carbonate device'

year (GBRCD.XI20ARL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/tpvj-tm15'

pub1_citation: 'Xiao, H., Deng, W., Wei, G., Chen, J., Zheng, X., Shi, T., Chen, X., Wang, C., Liu, X. & Zeng, T. (2020), 'A Pilot Study on Zinc Isotopic Compositions in Shallow-Water Coral Skeletons', Geochemistry, Geophysics, Geosystems, 21 (11), e2020GC009430, 10.1029/2020GC009430' has been replaced by 'Xiao, H., Deng, W., Wei, G., Chen, J., Zheng, X., Shi, T., Chen, X., Wang, C., Liu, X. & Zeng, T. (2020), 'A Pilot Study on Zinc Isotopic Compositions in Shallow-Water Coral Skeletons', Geochemistry, Geophysics, Geosystems, 21 (11), e2020GC009430, 10.1029/2020GC009430.'

geo_notes: 'Water depth of approx. 4 m' has been replaced by 'Water depth of approx. 4 m.'

SrCa (GBRCD.XI20ARL01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Zn (GBRCD.XI20ARL01.Zn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d13C (GBRCD.XI20ARL01.d13C): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d18O (GBRCD.XI20ARL01.d18O): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d66Zn (GBRCD.XI20ARL01.d66Zn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.XI20ARL01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.XI20ARL01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Zn (GBRCD.XI20ARL01.Zn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Zn (GBRCD.XI20ARL01.Zn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.XI20ARL01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.XI20ARL01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.XI20ARL01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.XI20ARL01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d66Zn (GBRCD.XI20ARL01.d66Zn): paleoData_isPrimary: '' has been replaced by 'FALSE'

d66Zn (GBRCD.XI20ARL01.d66Zn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.XI20ARL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.XI20ARL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.XI20ARL01.SrCa): paleoData_measurementInstrument: 'Thermo Fisher iCAP RQ inductively coupled plasma-mass spectrometry' has been replaced by 'Varian Vista Pro inductively coupled plasma atomic emission spectrometry'

SrCa (GBRCD.XI20ARL01.SrCa): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'ICP-AES'

SrCa (GBRCD.XI20ARL01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher iCAP RQ inductively coupled plasma-mass spectrometry'

SrCa (GBRCD.XI20ARL01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Zn (GBRCD.XI20ARL01.Zn): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher iCAP RQ inductively coupled plasma-mass spectrometry'

Zn (GBRCD.XI20ARL01.Zn): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

d13C (GBRCD.XI20ARL01.d13C): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II stable isotope ratio mass spectrometer coupled with a MultiPrep carbonate device'

d13C (GBRCD.XI20ARL01.d13C): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d18O (GBRCD.XI20ARL01.d18O): paleoData_measurementInstrument: '' has been replaced by 'GV Isoprime II stable isotope ratio mass spectrometer coupled with a MultiPrep carbonate device'

d18O (GBRCD.XI20ARL01.d18O): paleoData_measurementMethod: '' has been replaced by 'IRMS'

d66Zn (GBRCD.XI20ARL01.d66Zn): paleoData_measurementInstrument: '' has been replaced by 'Neptune Plus multiple-collector ICP-MS'

d66Zn (GBRCD.XI20ARL01.d66Zn): paleoData_measurementMethod: '' has been replaced by 'MC-ICP-MS'

SrCa (GBRCD.XI20ARL01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Zn (GBRCD.XI20ARL01.Zn): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.XI20ARL01.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.XI20ARL01.d18O): interpretation1_scope: '' has been replaced by 'climate'

d66Zn (GBRCD.XI20ARL01.d66Zn): interpretation1_scope: '' has been replaced by 'climate'

Xiao, H., Deng, W., Wei, G., Chen, J., Zheng, X., Shi, T., Chen, X., Wang, C., Liu, X. & Zeng, T.

Xiao, H., Deng, W., Wei, G., Chen, J., Zheng, X., Shi, T., Chen, X., Wang, C., Liu, X. & Zeng, T. (2020), 'A Pilot Study on Zinc Isotopic Compositions in Shallow-Water Coral Skeletons', Geochemistry, Geophysics, Geosystems, 21 (11), e2020GC009430, 10.1029/2020GC009430.

A Pilot Study on Zinc Isotopic Compositions in Shallow-Water Coral Skeletons

BCa (GBRCD.LE12CID02.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12CID02.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available.'

Ba138Ca (GBRCD.LE12CID02.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12CID02.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available.'

BaCa (GBRCD.LE12CID02.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12CID02.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available.'

CaCa (GBRCD.LE12CID02.CaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12CID02.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12CID02.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

CdCa (GBRCD.LE12CID02.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12CID02.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

Distance (GBRCD.LE12CID02.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12CID02.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12CID02.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

MgCa (GBRCD.LE12CID02.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12CID02.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available.'

Mn (GBRCD.LE12CID02.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12CID02.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

MnCa (GBRCD.LE12CID02.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12CID02.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

P (GBRCD.LE12CID02.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12CID02.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PCa (GBRCD.LE12CID02.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12CID02.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

PbCa (GBRCD.LE12CID02.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12CID02.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

SrCa (GBRCD.LE12CID02.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12CID02.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available.'

UCa (GBRCD.LE12CID02.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12CID02.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available.'

Y (GBRCD.LE12CID02.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12CID02.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

YCa (GBRCD.LE12CID02.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12CID02.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available.'

year (GBRCD.LE12CID02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '3 m' has been replaced by '4 m depth as per AIMS' coral core database.'

BCa (GBRCD.LE12CID02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12CID02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12CID02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CaCa (GBRCD.LE12CID02.CaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12CID02.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12CID02.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12CID02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12CID02.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12CID02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12CID02.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12CID02.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12CID02.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12CID02.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12CID02.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12CID02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12CID02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12CID02.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12CID02.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12CID02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12CID02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12CID02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12CID02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12CID02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12CID02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12CID02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CaCa (GBRCD.LE12CID02.CaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CaCa (GBRCD.LE12CID02.CaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12CID02.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12CID02.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12CID02.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12CID02.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12CID02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12CID02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12CID02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12CID02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12CID02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12CID02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12CID02.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12CID02.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12CID02.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12CID02.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12CID02.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12CID02.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12CID02.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12CID02.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12CID02.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12CID02.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12CID02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12CID02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12CID02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12CID02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12CID02.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12CID02.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12CID02.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12CID02.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12CID02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12CID02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12CID02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12CID02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

CaCa (GBRCD.LE12CID02.CaCa): paleoData_description: 'Calcium/Calcium ratio' has been replaced by 'A measure of the total Ca/Ca ratio using the count intensities of the Calcium48/Calcium43 isotopes.'

Distance (GBRCD.LE12CID02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12CID02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12CID02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12CID02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12CID02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12CID02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12CID02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CaCa (GBRCD.LE12CID02.CaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CaCa (GBRCD.LE12CID02.CaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12CID02.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12CID02.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12CID02.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12CID02.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12CID02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12CID02.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE12CID02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12CID02.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12CID02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12CID02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12CID02.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12CID02.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12CID02.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12CID02.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12CID02.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12CID02.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12CID02.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12CID02.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12CID02.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12CID02.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12CID02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12CID02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12CID02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12CID02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12CID02.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12CID02.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12CID02.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12CID02.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12CID02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12CID02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12CID02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CaCa (GBRCD.LE12CID02.CaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12CID02.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12CID02.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12CID02.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12CID02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12CID02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12CID02.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12CID02.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12CID02.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12CID02.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12CID02.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12CID02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12CID02.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12CID02.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12CID02.YCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.

LA-ICP-MS methods as per Lewis et al. (2012) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. Notable level of diagenetic alteration observed by SEM.

SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.

notes: 'Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - control treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Notable diagenetic alteration. See GBRCD Appendices.' has been replaced by 'Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - control treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Notable diagenetic alteration. See GBRCD publication appendices.'

BCa (GBRCD.AR24OTI02.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

BCa (GBRCD.AR24OTI02.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.AR24OTI02.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

Ba138Ca (GBRCD.AR24OTI02.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.AR24OTI02.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

BaCa (GBRCD.AR24OTI02.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CaCa (GBRCD.AR24OTI02.CaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

CaCa (GBRCD.AR24OTI02.CaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.AR24OTI02.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

MgCa (GBRCD.AR24OTI02.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

MgCa (GBRCD.AR24OTI02.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.AR24OTI02.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

SrCa (GBRCD.AR24OTI02.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.AR24OTI02.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

UCa (GBRCD.AR24OTI02.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.AR24OTI02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - control treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Notable diagenetic alteration. See GBRCD Appendices.' has been replaced by 'Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - control treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Notable diagenetic alteration. See GBRCD Appendices.'

BCa (GBRCD.AR24OTI02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.AR24OTI02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AR24OTI02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CaCa (GBRCD.AR24OTI02.CaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.AR24OTI02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.AR24OTI02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.AR24OTI02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.AR24OTI02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AR24OTI02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.AR24OTI02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.AR24OTI02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.AR24OTI02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.AR24OTI02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.AR24OTI02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.AR24OTI02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CaCa (GBRCD.AR24OTI02.CaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CaCa (GBRCD.AR24OTI02.CaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.AR24OTI02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AR24OTI02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24OTI02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24OTI02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.AR24OTI02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.AR24OTI02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

CaCa (GBRCD.AR24OTI02.CaCa): paleoData_description: 'Calcium/Calcium ratio' has been replaced by 'A measure of the total Ca/Ca ratio using the count intensities of the Calcium48/Calcium43 isotopes.'

Distance (GBRCD.AR24OTI02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.AR24OTI02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.AR24OTI02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.AR24OTI02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.AR24OTI02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.AR24OTI02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.AR24OTI02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CaCa (GBRCD.AR24OTI02.CaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CaCa (GBRCD.AR24OTI02.CaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.AR24OTI02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AR24OTI02.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.AR24OTI02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.AR24OTI02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.AR24OTI02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.AR24OTI02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.AR24OTI02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.AR24OTI02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.AR24OTI02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.AR24OTI02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.AR24OTI02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CaCa (GBRCD.AR24OTI02.CaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.AR24OTI02.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.AR24OTI02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.AR24OTI02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.AR24OTI02.UCa): interpretation1_scope: '' has been replaced by 'climate'

Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - control treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Notable diagenetic alteration. See GBRCD publication appendices.

Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 232 and ends at min year 298 and assigned appropriate calendar age (BCE) for archiving.

Chronology internally cross checked between samples and age of coral determined according to assigned year difference from NEL01D top/youngest year (year 232-298 NEL03A to year 0 NEL01D).

year (GBRCD.LO14NEL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO14NEL01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO14NEL01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO14NEL01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.DO22PAN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944984'

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22PAN01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22PAN01.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22PAN01.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22PAN01.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22PAN01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22PAN01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22PAN01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22PAN01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22PAN01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22PAN01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22PAN01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22PAN01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22PAN01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22PAN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22PAN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.DO22PAN01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): paleoData_uncertaintyAnalytical: '' has been replaced by '3.46'

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22PAN01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22PAN01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22PAN01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22PAN01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22PAN01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22PAN01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22PAN01.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22PAN01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.DO22PAN01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.DO22PAN01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22PAN01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22PAN01.UCa): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.LE18NEL02.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18NEL02.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.LE18NEL02.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18NEL02.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18NEL02.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18NEL02.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18NEL02.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18NEL02.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18NEL02.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18NEL02.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18NEL02.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18NEL02.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18NEL02.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18NEL02.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18NEL02.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18NEL02.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18NEL02.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18NEL02.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18NEL02.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18NEL02.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18NEL02.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18NEL02.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18NEL02.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18NEL02.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18NEL02.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18NEL02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.LE18NEL02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE18NEL02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18NEL02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18NEL02.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18NEL02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18NEL02.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18NEL02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18NEL02.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18NEL02.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18NEL02.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18NEL02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18NEL02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18NEL02.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18NEL02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE18NEL02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18NEL02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18NEL02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18NEL02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18NEL02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18NEL02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18NEL02.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18NEL02.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18NEL02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18NEL02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18NEL02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18NEL02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18NEL02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18NEL02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18NEL02.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18NEL02.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18NEL02.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18NEL02.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18NEL02.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18NEL02.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18NEL02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18NEL02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18NEL02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18NEL02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18NEL02.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18NEL02.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18NEL02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18NEL02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE18NEL02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18NEL02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE18NEL02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE18NEL02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18NEL02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18NEL02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18NEL02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18NEL02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18NEL02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18NEL02.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18NEL02.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18NEL02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18NEL02.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18NEL02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18NEL02.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18NEL02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18NEL02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18NEL02.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18NEL02.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18NEL02.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18NEL02.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18NEL02.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18NEL02.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18NEL02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18NEL02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18NEL02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18NEL02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18NEL02.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18NEL02.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18NEL02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18NEL02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18NEL02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18NEL02.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18NEL02.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18NEL02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18NEL02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18NEL02.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18NEL02.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18NEL02.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18NEL02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18NEL02.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18NEL02.YCa): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.LE12NMI01.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12NMI01.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Ba138Ca (GBRCD.LE12NMI01.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12NMI01.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available. REEs measured.'

BaCa (GBRCD.LE12NMI01.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12NMI01.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Cd (GBRCD.LE12NMI01.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12NMI01.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CdCa (GBRCD.LE12NMI01.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12NMI01.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Ce (GBRCD.LE12NMI01.Ce): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ce (GBRCD.LE12NMI01.Ce): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CeCa (GBRCD.LE12NMI01.CeCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CeCa (GBRCD.LE12NMI01.CeCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Distance (GBRCD.LE12NMI01.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Eu (GBRCD.LE12NMI01.Eu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Eu (GBRCD.LE12NMI01.Eu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

EuCa (GBRCD.LE12NMI01.EuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

EuCa (GBRCD.LE12NMI01.EuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Gd (GBRCD.LE12NMI01.Gd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Gd (GBRCD.LE12NMI01.Gd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

GdCa (GBRCD.LE12NMI01.GdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

GdCa (GBRCD.LE12NMI01.GdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

La (GBRCD.LE12NMI01.La): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12NMI01.La): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LaCa (GBRCD.LE12NMI01.LaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LaCa (GBRCD.LE12NMI01.LaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LiCa (GBRCD.LE12NMI01.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12NMI01.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Lu (GBRCD.LE12NMI01.Lu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Lu (GBRCD.LE12NMI01.Lu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LuCa (GBRCD.LE12NMI01.LuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LuCa (GBRCD.LE12NMI01.LuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MgCa (GBRCD.LE12NMI01.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12NMI01.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Mn (GBRCD.LE12NMI01.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12NMI01.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MnCa (GBRCD.LE12NMI01.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12NMI01.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

P (GBRCD.LE12NMI01.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12NMI01.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PCa (GBRCD.LE12NMI01.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12NMI01.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PbCa (GBRCD.LE12NMI01.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12NMI01.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Pr (GBRCD.LE12NMI01.Pr): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Pr (GBRCD.LE12NMI01.Pr): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PrCa (GBRCD.LE12NMI01.PrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PrCa (GBRCD.LE12NMI01.PrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Sm (GBRCD.LE12NMI01.Sm): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Sm (GBRCD.LE12NMI01.Sm): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SmCa (GBRCD.LE12NMI01.SmCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SmCa (GBRCD.LE12NMI01.SmCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SrCa (GBRCD.LE12NMI01.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12NMI01.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available. REEs measured.'

UCa (GBRCD.LE12NMI01.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12NMI01.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Y (GBRCD.LE12NMI01.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12NMI01.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YCa (GBRCD.LE12NMI01.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12NMI01.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Yb (GBRCD.LE12NMI01.Yb): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Yb (GBRCD.LE12NMI01.Yb): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YbCa (GBRCD.LE12NMI01.YbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YbCa (GBRCD.LE12NMI01.YbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

ZnCa (GBRCD.LE12NMI01.ZnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

ZnCa (GBRCD.LE12NMI01.ZnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

year (GBRCD.LE12NMI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '3 m' has been replaced by '5 m depth as per AIMS' coral core database.'

BCa (GBRCD.LE12NMI01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12NMI01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12NMI01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12NMI01.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12NMI01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE12NMI01.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CeCa (GBRCD.LE12NMI01.CeCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12NMI01.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.LE12NMI01.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

EuCa (GBRCD.LE12NMI01.EuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.LE12NMI01.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

GdCa (GBRCD.LE12NMI01.GdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE12NMI01.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LaCa (GBRCD.LE12NMI01.LaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12NMI01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE12NMI01.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuCa (GBRCD.LE12NMI01.LuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12NMI01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12NMI01.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12NMI01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12NMI01.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12NMI01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12NMI01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE12NMI01.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PrCa (GBRCD.LE12NMI01.PrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.LE12NMI01.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SmCa (GBRCD.LE12NMI01.SmCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12NMI01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12NMI01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12NMI01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12NMI01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE12NMI01.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YbCa (GBRCD.LE12NMI01.YbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

ZnCa (GBRCD.LE12NMI01.ZnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12NMI01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12NMI01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12NMI01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12NMI01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12NMI01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12NMI01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12NMI01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12NMI01.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12NMI01.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12NMI01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12NMI01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12NMI01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12NMI01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12NMI01.CeCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12NMI01.CeCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12NMI01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12NMI01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.LE12NMI01.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.LE12NMI01.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

EuCa (GBRCD.LE12NMI01.EuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

EuCa (GBRCD.LE12NMI01.EuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.LE12NMI01.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.LE12NMI01.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

GdCa (GBRCD.LE12NMI01.GdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

GdCa (GBRCD.LE12NMI01.GdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE12NMI01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE12NMI01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12NMI01.LaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12NMI01.LaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12NMI01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12NMI01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12NMI01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12NMI01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12NMI01.LuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12NMI01.LuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12NMI01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12NMI01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12NMI01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12NMI01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12NMI01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12NMI01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12NMI01.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12NMI01.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12NMI01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12NMI01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12NMI01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12NMI01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12NMI01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12NMI01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12NMI01.PrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12NMI01.PrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE12NMI01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE12NMI01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SmCa (GBRCD.LE12NMI01.SmCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SmCa (GBRCD.LE12NMI01.SmCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12NMI01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12NMI01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12NMI01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12NMI01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12NMI01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12NMI01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12NMI01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12NMI01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12NMI01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12NMI01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12NMI01.YbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12NMI01.YbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12NMI01.ZnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12NMI01.ZnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12NMI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12NMI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12NMI01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12NMI01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12NMI01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12NMI01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12NMI01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12NMI01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12NMI01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12NMI01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12NMI01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12NMI01.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12NMI01.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12NMI01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12NMI01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ce (GBRCD.LE12NMI01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ce (GBRCD.LE12NMI01.Ce): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CeCa (GBRCD.LE12NMI01.CeCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CeCa (GBRCD.LE12NMI01.CeCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12NMI01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12NMI01.Distance): paleoData_units: '' has been replaced by 'millimetres'

Eu (GBRCD.LE12NMI01.Eu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Eu (GBRCD.LE12NMI01.Eu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

EuCa (GBRCD.LE12NMI01.EuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

EuCa (GBRCD.LE12NMI01.EuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Gd (GBRCD.LE12NMI01.Gd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Gd (GBRCD.LE12NMI01.Gd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

GdCa (GBRCD.LE12NMI01.GdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

GdCa (GBRCD.LE12NMI01.GdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

La (GBRCD.LE12NMI01.La): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

La (GBRCD.LE12NMI01.La): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LaCa (GBRCD.LE12NMI01.LaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LaCa (GBRCD.LE12NMI01.LaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.LE12NMI01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12NMI01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Lu (GBRCD.LE12NMI01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Lu (GBRCD.LE12NMI01.Lu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LuCa (GBRCD.LE12NMI01.LuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LuCa (GBRCD.LE12NMI01.LuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12NMI01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12NMI01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12NMI01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12NMI01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12NMI01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12NMI01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12NMI01.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12NMI01.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12NMI01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12NMI01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12NMI01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12NMI01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Pr (GBRCD.LE12NMI01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Pr (GBRCD.LE12NMI01.Pr): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PrCa (GBRCD.LE12NMI01.PrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PrCa (GBRCD.LE12NMI01.PrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Sm (GBRCD.LE12NMI01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Sm (GBRCD.LE12NMI01.Sm): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SmCa (GBRCD.LE12NMI01.SmCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SmCa (GBRCD.LE12NMI01.SmCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12NMI01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12NMI01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12NMI01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12NMI01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12NMI01.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12NMI01.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12NMI01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12NMI01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Yb (GBRCD.LE12NMI01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Yb (GBRCD.LE12NMI01.Yb): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YbCa (GBRCD.LE12NMI01.YbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YbCa (GBRCD.LE12NMI01.YbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

ZnCa (GBRCD.LE12NMI01.ZnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

ZnCa (GBRCD.LE12NMI01.ZnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12NMI01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12NMI01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12NMI01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12NMI01.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12NMI01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE12NMI01.Ce): interpretation1_scope: '' has been replaced by 'climate'

CeCa (GBRCD.LE12NMI01.CeCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12NMI01.Distance): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.LE12NMI01.Eu): interpretation1_scope: '' has been replaced by 'climate'

EuCa (GBRCD.LE12NMI01.EuCa): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.LE12NMI01.Gd): interpretation1_scope: '' has been replaced by 'climate'

GdCa (GBRCD.LE12NMI01.GdCa): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE12NMI01.La): interpretation1_scope: '' has been replaced by 'climate'

LaCa (GBRCD.LE12NMI01.LaCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12NMI01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE12NMI01.Lu): interpretation1_scope: '' has been replaced by 'climate'

LuCa (GBRCD.LE12NMI01.LuCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12NMI01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12NMI01.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12NMI01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12NMI01.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12NMI01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12NMI01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE12NMI01.Pr): interpretation1_scope: '' has been replaced by 'climate'

PrCa (GBRCD.LE12NMI01.PrCa): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE12NMI01.Sm): interpretation1_scope: '' has been replaced by 'climate'

SmCa (GBRCD.LE12NMI01.SmCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12NMI01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12NMI01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12NMI01.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12NMI01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE12NMI01.Yb): interpretation1_scope: '' has been replaced by 'climate'

YbCa (GBRCD.LE12NMI01.YbCa): interpretation1_scope: '' has been replaced by 'climate'

ZnCa (GBRCD.LE12NMI01.ZnCa): interpretation1_scope: '' has been replaced by 'climate'

notes: 'Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - nitrogen treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Notable diagenetic alteration. See GBRCD Appendices.' has been replaced by 'Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - nitrogen treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Notable diagenetic alteration. See GBRCD publication appendices.'

BCa (GBRCD.AR24OTI03.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

BCa (GBRCD.AR24OTI03.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.AR24OTI03.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

Ba138Ca (GBRCD.AR24OTI03.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.AR24OTI03.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

BaCa (GBRCD.AR24OTI03.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CaCa (GBRCD.AR24OTI03.CaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

CaCa (GBRCD.AR24OTI03.CaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.AR24OTI03.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

MgCa (GBRCD.AR24OTI03.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

MgCa (GBRCD.AR24OTI03.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.AR24OTI03.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

SrCa (GBRCD.AR24OTI03.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.AR24OTI03.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.'

UCa (GBRCD.AR24OTI03.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.AR24OTI03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - nitrogen treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Notable diagenetic alteration. See GBRCD Appendices.' has been replaced by 'Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - nitrogen treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Notable diagenetic alteration. See GBRCD Appendices.'

BCa (GBRCD.AR24OTI03.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.AR24OTI03.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AR24OTI03.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CaCa (GBRCD.AR24OTI03.CaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.AR24OTI03.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.AR24OTI03.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.AR24OTI03.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.AR24OTI03.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AR24OTI03.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.AR24OTI03.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.AR24OTI03.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.AR24OTI03.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.AR24OTI03.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.AR24OTI03.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.AR24OTI03.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CaCa (GBRCD.AR24OTI03.CaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CaCa (GBRCD.AR24OTI03.CaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.AR24OTI03.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AR24OTI03.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI03.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI03.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI03.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI03.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24OTI03.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24OTI03.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.AR24OTI03.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.AR24OTI03.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

CaCa (GBRCD.AR24OTI03.CaCa): paleoData_description: 'Calcium/Calcium ratio' has been replaced by 'A measure of the total Ca/Ca ratio using the count intensities of the Calcium48/Calcium43 isotopes.'

Distance (GBRCD.AR24OTI03.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.AR24OTI03.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.AR24OTI03.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.AR24OTI03.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.AR24OTI03.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.AR24OTI03.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.AR24OTI03.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CaCa (GBRCD.AR24OTI03.CaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CaCa (GBRCD.AR24OTI03.CaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.AR24OTI03.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AR24OTI03.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.AR24OTI03.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.AR24OTI03.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.AR24OTI03.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.AR24OTI03.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.AR24OTI03.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.AR24OTI03.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.AR24OTI03.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.AR24OTI03.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.AR24OTI03.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CaCa (GBRCD.AR24OTI03.CaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.AR24OTI03.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.AR24OTI03.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.AR24OTI03.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.AR24OTI03.UCa): interpretation1_scope: '' has been replaced by 'climate'

Coral was part of the Enrichment of Nutrients Coral Reef Experiment (ENCORE) - nitrogen treatment. Trace elements were originally measured by S. Lewis, but data was not published previously. Age model updated for archiving. Notable diagenetic alteration. See GBRCD publication appendices.

notes: 'Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012). Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.' has been replaced by 'Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).'

BCa (GBRCD.LE12CID03.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE12CID03.BCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available. REEs measured.'

BaCa (GBRCD.LE12CID03.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE12CID03.BaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Cd (GBRCD.LE12CID03.Cd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Cd (GBRCD.LE12CID03.Cd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CdCa (GBRCD.LE12CID03.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE12CID03.CdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Ce (GBRCD.LE12CID03.Ce): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ce (GBRCD.LE12CID03.Ce): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

CeCa (GBRCD.LE12CID03.CeCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CeCa (GBRCD.LE12CID03.CeCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Distance (GBRCD.LE12CID03.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Eu (GBRCD.LE12CID03.Eu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Eu (GBRCD.LE12CID03.Eu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

EuCa (GBRCD.LE12CID03.EuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

EuCa (GBRCD.LE12CID03.EuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Gd (GBRCD.LE12CID03.Gd): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Gd (GBRCD.LE12CID03.Gd): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

GdCa (GBRCD.LE12CID03.GdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

GdCa (GBRCD.LE12CID03.GdCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

La (GBRCD.LE12CID03.La): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

La (GBRCD.LE12CID03.La): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LaCa (GBRCD.LE12CID03.LaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LaCa (GBRCD.LE12CID03.LaCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LiCa (GBRCD.LE12CID03.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE12CID03.LiCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Lu (GBRCD.LE12CID03.Lu): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Lu (GBRCD.LE12CID03.Lu): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

LuCa (GBRCD.LE12CID03.LuCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LuCa (GBRCD.LE12CID03.LuCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MgCa (GBRCD.LE12CID03.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE12CID03.MgCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Mn (GBRCD.LE12CID03.Mn): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Mn (GBRCD.LE12CID03.Mn): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

MnCa (GBRCD.LE12CID03.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE12CID03.MnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

P (GBRCD.LE12CID03.P): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

P (GBRCD.LE12CID03.P): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PCa (GBRCD.LE12CID03.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE12CID03.PCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PbCa (GBRCD.LE12CID03.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE12CID03.PbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Pr (GBRCD.LE12CID03.Pr): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Pr (GBRCD.LE12CID03.Pr): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

PrCa (GBRCD.LE12CID03.PrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PrCa (GBRCD.LE12CID03.PrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Sm (GBRCD.LE12CID03.Sm): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Sm (GBRCD.LE12CID03.Sm): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SmCa (GBRCD.LE12CID03.SmCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SmCa (GBRCD.LE12CID03.SmCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

SrCa (GBRCD.LE12CID03.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE12CID03.SrCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available. REEs measured.'

UCa (GBRCD.LE12CID03.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE12CID03.UCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available. REEs measured.'

Y (GBRCD.LE12CID03.Y): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Y (GBRCD.LE12CID03.Y): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YCa (GBRCD.LE12CID03.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE12CID03.YCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

Yb (GBRCD.LE12CID03.Yb): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Yb (GBRCD.LE12CID03.Yb): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

YbCa (GBRCD.LE12CID03.YbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YbCa (GBRCD.LE12CID03.YbCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_notes: 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.' has been replaced by 'LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.'

year (GBRCD.LE12CID03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.' has been replaced by 'Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012). Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.'

geo_notes: '4.2 m' has been replaced by '4.7 m depth as per AIMS' coral core database.'

BCa (GBRCD.LE12CID03.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE12CID03.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12CID03.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Cd (GBRCD.LE12CID03.Cd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE12CID03.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE12CID03.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CeCa (GBRCD.LE12CID03.CeCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE12CID03.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.LE12CID03.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

EuCa (GBRCD.LE12CID03.EuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.LE12CID03.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

GdCa (GBRCD.LE12CID03.GdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE12CID03.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LaCa (GBRCD.LE12CID03.LaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE12CID03.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE12CID03.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuCa (GBRCD.LE12CID03.LuCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE12CID03.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Mn (GBRCD.LE12CID03.Mn): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE12CID03.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

P (GBRCD.LE12CID03.P): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE12CID03.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE12CID03.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE12CID03.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PrCa (GBRCD.LE12CID03.PrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.LE12CID03.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SmCa (GBRCD.LE12CID03.SmCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE12CID03.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE12CID03.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE12CID03.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE12CID03.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE12CID03.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YbCa (GBRCD.LE12CID03.YbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

ZnCa (GBRCD.LE12CID03.ZnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE12CID03.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE12CID03.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE12CID03.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12CID03.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE12CID03.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12CID03.Cd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Cd (GBRCD.LE12CID03.Cd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12CID03.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE12CID03.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12CID03.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE12CID03.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12CID03.CeCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CeCa (GBRCD.LE12CID03.CeCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12CID03.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE12CID03.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.LE12CID03.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.LE12CID03.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

EuCa (GBRCD.LE12CID03.EuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

EuCa (GBRCD.LE12CID03.EuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.LE12CID03.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.LE12CID03.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

GdCa (GBRCD.LE12CID03.GdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

GdCa (GBRCD.LE12CID03.GdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE12CID03.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE12CID03.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12CID03.LaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LaCa (GBRCD.LE12CID03.LaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12CID03.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE12CID03.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12CID03.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE12CID03.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12CID03.LuCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuCa (GBRCD.LE12CID03.LuCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12CID03.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE12CID03.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12CID03.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE12CID03.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12CID03.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE12CID03.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

P (GBRCD.LE12CID03.P): paleoData_isPrimary: '' has been replaced by 'FALSE'

P (GBRCD.LE12CID03.P): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12CID03.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE12CID03.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12CID03.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE12CID03.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12CID03.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE12CID03.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12CID03.PrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PrCa (GBRCD.LE12CID03.PrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE12CID03.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE12CID03.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SmCa (GBRCD.LE12CID03.SmCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SmCa (GBRCD.LE12CID03.SmCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12CID03.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE12CID03.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12CID03.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE12CID03.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE12CID03.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE12CID03.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12CID03.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE12CID03.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12CID03.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE12CID03.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12CID03.YbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YbCa (GBRCD.LE12CID03.YbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE12CID03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE12CID03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE12CID03.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE12CID03.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE12CID03.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE12CID03.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE12CID03.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE12CID03.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Cd (GBRCD.LE12CID03.Cd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Cd (GBRCD.LE12CID03.Cd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE12CID03.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE12CID03.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ce (GBRCD.LE12CID03.Ce): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ce (GBRCD.LE12CID03.Ce): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CeCa (GBRCD.LE12CID03.CeCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CeCa (GBRCD.LE12CID03.CeCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE12CID03.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE12CID03.Distance): paleoData_units: '' has been replaced by 'millimetres'

Eu (GBRCD.LE12CID03.Eu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Eu (GBRCD.LE12CID03.Eu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

EuCa (GBRCD.LE12CID03.EuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

EuCa (GBRCD.LE12CID03.EuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Gd (GBRCD.LE12CID03.Gd): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Gd (GBRCD.LE12CID03.Gd): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

GdCa (GBRCD.LE12CID03.GdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

GdCa (GBRCD.LE12CID03.GdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

La (GBRCD.LE12CID03.La): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

La (GBRCD.LE12CID03.La): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LaCa (GBRCD.LE12CID03.LaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LaCa (GBRCD.LE12CID03.LaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.LE12CID03.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE12CID03.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Lu (GBRCD.LE12CID03.Lu): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Lu (GBRCD.LE12CID03.Lu): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LuCa (GBRCD.LE12CID03.LuCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LuCa (GBRCD.LE12CID03.LuCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE12CID03.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE12CID03.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.LE12CID03.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Mn (GBRCD.LE12CID03.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE12CID03.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE12CID03.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

P (GBRCD.LE12CID03.P): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

P (GBRCD.LE12CID03.P): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE12CID03.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE12CID03.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE12CID03.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE12CID03.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Pr (GBRCD.LE12CID03.Pr): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Pr (GBRCD.LE12CID03.Pr): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PrCa (GBRCD.LE12CID03.PrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PrCa (GBRCD.LE12CID03.PrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Sm (GBRCD.LE12CID03.Sm): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Sm (GBRCD.LE12CID03.Sm): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SmCa (GBRCD.LE12CID03.SmCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SmCa (GBRCD.LE12CID03.SmCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE12CID03.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE12CID03.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE12CID03.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE12CID03.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Y (GBRCD.LE12CID03.Y): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Y (GBRCD.LE12CID03.Y): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE12CID03.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE12CID03.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Yb (GBRCD.LE12CID03.Yb): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Yb (GBRCD.LE12CID03.Yb): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YbCa (GBRCD.LE12CID03.YbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YbCa (GBRCD.LE12CID03.YbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE12CID03.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE12CID03.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE12CID03.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Cd (GBRCD.LE12CID03.Cd): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE12CID03.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE12CID03.Ce): interpretation1_scope: '' has been replaced by 'climate'

CeCa (GBRCD.LE12CID03.CeCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE12CID03.Distance): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.LE12CID03.Eu): interpretation1_scope: '' has been replaced by 'climate'

EuCa (GBRCD.LE12CID03.EuCa): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.LE12CID03.Gd): interpretation1_scope: '' has been replaced by 'climate'

GdCa (GBRCD.LE12CID03.GdCa): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE12CID03.La): interpretation1_scope: '' has been replaced by 'climate'

LaCa (GBRCD.LE12CID03.LaCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE12CID03.LiCa): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE12CID03.Lu): interpretation1_scope: '' has been replaced by 'climate'

LuCa (GBRCD.LE12CID03.LuCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE12CID03.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE12CID03.Mn): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE12CID03.MnCa): interpretation1_scope: '' has been replaced by 'climate'

P (GBRCD.LE12CID03.P): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE12CID03.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE12CID03.PbCa): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE12CID03.Pr): interpretation1_scope: '' has been replaced by 'climate'

PrCa (GBRCD.LE12CID03.PrCa): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE12CID03.Sm): interpretation1_scope: '' has been replaced by 'climate'

SmCa (GBRCD.LE12CID03.SmCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE12CID03.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE12CID03.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE12CID03.Y): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE12CID03.YCa): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE12CID03.Yb): interpretation1_scope: '' has been replaced by 'climate'

YbCa (GBRCD.LE12CID03.YbCa): interpretation1_scope: '' has been replaced by 'climate'

ZnCa (GBRCD.LE12CID03.ZnCa): interpretation1_scope: '' has been replaced by 'climate'

Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).

year (GBRCD.LO11ACH01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude for core from AIMS coral database. GPS coordinates are slightly offset from Acheron Island.' has been replaced by ''

pub1_doi: '10.1029/2010PA002050' has been replaced by '10.1029/2010pa002050'

geo_notes: '' has been replaced by 'Latitude and longitude for core from AIMS' coral core database. GPS coordinates are slightly offset from Acheron Island.'

LuminRange (GBRCD.LO11ACH01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11ACH01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11ACH01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11ACH01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11ACH01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11ACH01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11ACH01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for core from AIMS' coral core database. GPS coordinates are slightly offset from Acheron Island.

BCa (GBRCD.LE18PAN02.BCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BCa (GBRCD.LE18PAN02.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.LE18PAN02.Ba138Ca): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

Ba138Ca (GBRCD.LE18PAN02.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.LE18PAN02.BaCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

BaCa (GBRCD.LE18PAN02.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CdCa (GBRCD.LE18PAN02.CdCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

CdCa (GBRCD.LE18PAN02.CdCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.LE18PAN02.Distance): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18PAN02.LiCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

LiCa (GBRCD.LE18PAN02.LiCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MgCa (GBRCD.LE18PAN02.MgCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MgCa (GBRCD.LE18PAN02.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

MnCa (GBRCD.LE18PAN02.MnCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

MnCa (GBRCD.LE18PAN02.MnCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PCa (GBRCD.LE18PAN02.PCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PCa (GBRCD.LE18PAN02.PCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

PbCa (GBRCD.LE18PAN02.PbCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

PbCa (GBRCD.LE18PAN02.PbCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.LE18PAN02.SrCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

SrCa (GBRCD.LE18PAN02.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.LE18PAN02.UCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

UCa (GBRCD.LE18PAN02.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

YCa (GBRCD.LE18PAN02.YCa): paleoData_gbrChronologyNotes: 'SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.' has been replaced by 'SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.'

YCa (GBRCD.LE18PAN02.YCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.LE18PAN02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '4.5 m' has been replaced by '4.5 m estimated water depth.'

BCa (GBRCD.LE18PAN02.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.LE18PAN02.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18PAN02.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.LE18PAN02.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.LE18PAN02.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.LE18PAN02.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.LE18PAN02.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.LE18PAN02.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.LE18PAN02.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.LE18PAN02.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.LE18PAN02.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.LE18PAN02.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.LE18PAN02.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE18PAN02.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.LE18PAN02.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.LE18PAN02.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18PAN02.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.LE18PAN02.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18PAN02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE18PAN02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18PAN02.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.LE18PAN02.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18PAN02.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.LE18PAN02.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18PAN02.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.LE18PAN02.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18PAN02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE18PAN02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18PAN02.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.LE18PAN02.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18PAN02.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.LE18PAN02.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18PAN02.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.LE18PAN02.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18PAN02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE18PAN02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18PAN02.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE18PAN02.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18PAN02.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.LE18PAN02.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE18PAN02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE18PAN02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.LE18PAN02.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.LE18PAN02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.LE18PAN02.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.LE18PAN02.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.LE18PAN02.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.LE18PAN02.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.LE18PAN02.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.LE18PAN02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.LE18PAN02.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.LE18PAN02.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CdCa (GBRCD.LE18PAN02.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.LE18PAN02.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.LE18PAN02.Distance): paleoData_units: '' has been replaced by 'millimetres'

LiCa (GBRCD.LE18PAN02.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

LiCa (GBRCD.LE18PAN02.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.LE18PAN02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.LE18PAN02.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.LE18PAN02.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MnCa (GBRCD.LE18PAN02.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.LE18PAN02.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PCa (GBRCD.LE18PAN02.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.LE18PAN02.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

PbCa (GBRCD.LE18PAN02.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.LE18PAN02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.LE18PAN02.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.LE18PAN02.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.LE18PAN02.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.LE18PAN02.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

YCa (GBRCD.LE18PAN02.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.LE18PAN02.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.LE18PAN02.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE18PAN02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.LE18PAN02.CdCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.LE18PAN02.Distance): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.LE18PAN02.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE18PAN02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.LE18PAN02.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.LE18PAN02.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.LE18PAN02.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE18PAN02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE18PAN02.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.LE18PAN02.YCa): interpretation1_scope: '' has been replaced by 'climate'

Growth bands. Assumes high density bands accrete October to December. Chronology (age) in database is mid point between top & bottom sample age.

Bulk sampled. Bands were cut on the leading edge of the high-density bands. Total uncertainties for D14C measured by gas counting and AMS is 2.5 - 3 permil and 2.8 - 4 permil respectively.

notes: 'Note the 7 replicate samples. Chronology (age) in database is mid point between top & bottom sample age.' has been replaced by 'Note the 7 replicate samples.'

D14C (GBRCD.DR99HER01.D14C): paleoData_gbrChronologyNotes: 'Growth bands. Assumes high density bands accrete October to December.' has been replaced by 'Growth bands. Assumes high density bands accrete October to December. Chronology (age) in database is mid point between top & bottom sample age.'

D14C (GBRCD.DR99HER01.D14C): paleoData_notes: 'Bulk sampled. Bands were cut on the leading edge of the high-density bands.' has been replaced by 'Bulk sampled. Bands were cut on the leading edge of the high-density bands. Total uncertainties for D14C measured by gas counting and AMS is 2.5 - 3 permil and 2.8 - 4 permil respectively.'

D14C (GBRCD.DR99HER01.D14C): paleoData_uncertaintyAnalytical: '3' has been replaced by ''

D14C (GBRCD.DR99HER01.D14C): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

year (GBRCD.DR99HER01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Note the 7 replicate samples. Chronology (age) in database is mid point between top & bottom sample age. Longitude and latitude in publications do not equate to described location and have been updated based on 'Reefs and shoals – Queensland' geodatabase. Original latitude and longitude was -23, 152.' has been replaced by 'Note the 7 replicate samples. Chronology (age) in database is mid point between top & bottom sample age.'

geo_notes: '11 m depth' has been replaced by 'Longitude and latitude in publications do not equate to described location and have been updated based on 'Reefs and shoals – Queensland' geodatabase. Original latitude and longitude was -23, 152. Elevation -11 m.'

D14C (GBRCD.DR99HER01.D14C): paleoData_isPrimary: '' has been replaced by 'FALSE'

D14C (GBRCD.DR99HER01.D14C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DR99HER01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DR99HER01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

D14C (GBRCD.DR99HER01.D14C): paleoData_description: 'δ14C (14C/12C) deviation from a standard and corrected for δ13C' has been replaced by 'δ14C (14C/12C) deviation from a standard and corrected for δ13C.'

D14C (GBRCD.DR99HER01.D14C): paleoData_measurementInstrument: '' has been replaced by 'Gas proportional beta counters + Not stated'

D14C (GBRCD.DR99HER01.D14C): paleoData_measurementMethod: '' has been replaced by 'GC + AMS'

D14C (GBRCD.DR99HER01.D14C): paleoData_uncertaintyAnalytical: '' has been replaced by '3'

D14C (GBRCD.DR99HER01.D14C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

D14C (GBRCD.DR99HER01.D14C): interpretation1_scope: '' has been replaced by 'climate'

Longitude and latitude in publications do not equate to described location and have been updated based on 'Reefs and shoals – Queensland' geodatabase. Original latitude and longitude was -23, 152. Elevation -11 m.

notes: 'Individual record that makes up part of SC Master record. No data available for part of 1988-1989; missing data was not included in determination of resolution.' has been replaced by 'Individual record that makes up part of SC Master record. No data available for part of 1988-1989; missing data was not included in determination of resolution. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).'

year (GBRCD.JU08SCA01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: '4 m' has been replaced by '4 m collection depth (Jupiter et al. 2008).'

Lumin (GBRCD.JU08SCA01.Lumin): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lumin (GBRCD.JU08SCA01.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08SCA01.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08SCA01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08SCA01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Lumin (GBRCD.JU08SCA01.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Lumin (GBRCD.JU08SCA01.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.JU08SCA01.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

Lumin (GBRCD.JU08SCA01.Lumin): interpretation1_scope: '' has been replaced by 'climate'

Individual record that makes up part of SC Master record. No data available for part of 1988-1989; missing data was not included in determination of resolution. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).

notes: 'Individual record that makes up part of KI Master record.' has been replaced by 'Individual record that makes up part of KI Master record. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).'

year (GBRCD.JU08KES02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude from Jupiter (2006). GPS coordinates plot core on Keswick Island. Based on core location map in the PhD thesis, the core site should be near the north coast of Keswick Island. Individual record that makes up part of KI Master record.' has been replaced by 'Individual record that makes up part of KI Master record.'

Lumin (GBRCD.JU08KES02.Lumin): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lumin (GBRCD.JU08KES02.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08KES02.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08KES02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08KES02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Lumin (GBRCD.JU08KES02.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Lumin (GBRCD.JU08KES02.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.JU08KES02.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

Lumin (GBRCD.JU08KES02.Lumin): interpretation1_scope: '' has been replaced by 'climate'

Individual record that makes up part of KI Master record. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).

Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 199 and ends at min year 294 and assigned appropriate calendar age (BCE) for archiving.

Chronology internally cross checked between samples and age of coral determined according to assigned year difference (year 199-294 NEL07C to year 0 NEL01D).

year (GBRCD.LO14NEL04.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL04.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO14NEL04.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL04.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL04.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL04.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO14NEL04.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO14NEL04.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.LO11HKI02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002060' has been replaced by '10.1029/2010pa002050'

LuminRange (GBRCD.LO11HKI02.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11HKI02.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11HKI02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11HKI02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11HKI02.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11HKI02.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11HKI02.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

6962 ± 44 ka; neither location or date of U-Th dating supplied, and no conversion to standard reference time. Assumed youngest section dated and year analysed determined from Radiogenic Isotope Facility records. Additonal dating information in publication supplement.

Slabs were pre-treated with 15% hydrogen peroxide for 48 hr. Approx. 0.5 mm resolution subsampling along pre-drilled trench using a 1 mm drill bit.

6962 ± 44 ka; neither location or date of U-Th dating supplied, and no conversion to standard reference time. Assumed youngest section dated and year analysed determined from Radiogenic Isotope Facility records. Additional dating information in publication supplement.

SrCa (GBRCD.SA16HER06b.SrCa): paleoData_gbrDatingNotes: '6962 ± 44 ka; neither location or date of U-Th dating supplied, and no conversion to standard reference time. Assumed youngest section dated and year analysed determined from Radiogenic Isotope Facility records. Additonal dating information in publication supplement.' has been replaced by '6962 ± 44 ka; neither location or date of U-Th dating supplied, and no conversion to standard reference time. Assumed youngest section dated and year analysed determined from Radiogenic Isotope Facility records. Additional dating information in publication supplement.'

SrCa (GBRCD.SA16HER06b.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

SrCa (GBRCD.SA16HER06b.SrCa): paleoData_uncertaintyAnalytical: '0.0154' has been replaced by '0.359'

year (GBRCD.SA16HER06b.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER06b.SrCa): calibration_notes: 'Standard SrCa-SST calibration and also also in form of SST-SrCa. SST = -15.3668 (±0.234) * SrCa + 163.9214 (±2.124) where SrCa is in mmol/mol and SST is degrees Celsius.' has been replaced by 'Standard SrCa-SST calibration and also in the form of SST-SrCa. SST = -15.3668 (±0.234) * SrCa + 163.9214 (±2.124) where SrCa is in mmol/mol and SST is degrees Celsius.'

geo_notes: 'Fossil. 21.3-21.4 m recovery depth. Approx. 21m below present-day sea level.' has been replaced by 'Fossil. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. 21.3-21.4 m recovery depth. Approx. 21 m below present-day sea level.'

SrCa (GBRCD.SA16HER06b.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER06b.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER06b.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER06b.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER06b.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA16HER06b.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA16HER06b.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Fossil. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. 21.3-21.4 m recovery depth. Approx. 21 m below present-day sea level.

U-Th dating by MC-ICP-MS; date from sample measured in 2012 given as oldest section of the supplied coral age model. Additional dating information in publication.

Visual assessment of luminescent lines following the methods of Hendy et al. (2003) and Lough (2007).

year (GBRCD.LE16GPI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Sample from dredging of GPI main channel.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/55d8-s051'

geo_notes: 'Fossil. No depth information available.' has been replaced by 'Fossil. Sample from dredging of GPI main channel. No depth information available.'

LuminInd (GBRCD.LE16GPI01.LuminInd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminInd (GBRCD.LE16GPI01.LuminInd): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminInd (GBRCD.LE16GPI01.LuminInd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE16GPI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE16GPI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminInd (GBRCD.LE16GPI01.LuminInd): paleoData_measurementMethod: '' has been replaced by 'Visual indices'

LuminInd (GBRCD.LE16GPI01.LuminInd): interpretation1_scope: '' has been replaced by 'climate'

Leonard, N.D., Welsh, K.J., Lough, J.M., Feng, Y.x., Pandolfi, J.M., Clark, T.R. & Zhao, J.x.

Leonard, N.D., Welsh, K.J., Lough, J.M., Feng, Y.x., Pandolfi, J.M., Clark, T.R. & Zhao, J.x. (2016), 'Evidence of reduced mid-Holocene ENSO variance on the Great Barrier Reef, Australia', Paleoceanography, 31 (9), 1248-1260, 10.1002/2016PA002967.

Evidence of reduced mid-Holocene ENSO variance on the Great Barrier Reef, Australia

Fossil. Sample from dredging of GPI main channel. No depth information available.

pub2_author: 'Chen, X., Deng, W., Kang, H., Zeng, T., Zhang, L., Zhao, J.-x. & Wei, G.' has been replaced by ''

pub2_citation: 'Chen, X., Deng, W., Kang, H., Zeng, T., Zhang, L., Zhao, J.-x. & Wei, G. (2021), 'A Replication Study on Coral δ11B and B/Ca and Their Variation in Modern and Fossil Porites: Implications for Coral Calcifying Fluid Chemistry and Seawater pH Changes Over the Last Millennium', Paleoceanography and Paleoclimatology, 36 (10), e2021PA004319, 10.1029/2021PA004319.' has been replaced by ''

pub2_journal: 'Paleoceanography and Paleoclimatology' has been replaced by ''

pub2_title: 'A Replication Study on Coral δ11B and B/Ca and Their Variation in Modern and Fossil Porites: Implications for Coral Calcifying Fluid Chemistry and Seawater pH Changes Over the Last Millennium' has been replaced by ''

d11B (GBRCD.DO15HAV01.d11B): paleoData_uncertaintyAnalytical: '0.35' has been replaced by '0.175'

d11B (GBRCD.DO15HAV01.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.DO15HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

d11B (GBRCD.DO15HAV01.d11B): paleoData_core: 'HAV09_3a' has been replaced by 'HAV09_3'

d11B (GBRCD.DO15HAV01.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO15HAV01.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO15HAV01.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO15HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO15HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d11B (GBRCD.DO15HAV01.d11B): paleoData_measurementInstrument: '' has been replaced by 'Thermo Finnigan TRITON'

d11B (GBRCD.DO15HAV01.d11B): paleoData_measurementMethod: '' has been replaced by 'PTIMS'

d11B (GBRCD.DO15HAV01.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.35'

d11B (GBRCD.DO15HAV01.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.DO15HAV01.d11B): interpretation1_scope: '' has been replaced by 'climate'

D'Olivo and McCulloch (2017); D'Olivo et al. (2013); D'Olivo et al. (2018)

U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 70 and assigned appropriate calendar age (BCE) for archiving.

6.062 ± 0.089 ka reported 2003-09 for top of NEL03D and 6.179 ± 0.036 ka reported 2003-09 for bottom of NEL03D. Additional dating information provided in Lewis (2005). Original age discrepancy compared with published Lough et al. (2014) 14C dating becomes smaller using re-calibration of 14C ages. Assumed this NEL03D youngest year (year 70) matches youngest year of LO14NEL04 (Lough et al. (2014) NEL03D year 234).

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: BaCa = 4.64%.'

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_uncertaintyAnalytical: '4.64' has been replaced by ''

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: MgCa = 0.75%.'

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_uncertaintyAnalytical: '0.75' has been replaced by ''

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

Mn (GBRCD.LE05NEL02.Mn): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: Mn = 44.72%.'

SrCa (GBRCD.LE05NEL02.SrCa): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: SrCa = 0.22%.'

SrCa (GBRCD.LE05NEL02.SrCa): paleoData_uncertaintyAnalytical: '0.22' has been replaced by ''

SrCa (GBRCD.LE05NEL02.SrCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

d13C (GBRCD.LE05NEL02.d13C): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: d13C = 014 permil.'

d13C (GBRCD.LE05NEL02.d13C): paleoData_uncertaintyAnalytical: '0.14' has been replaced by ''

d13C (GBRCD.LE05NEL02.d13C): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

d18O (GBRCD.LE05NEL02.d18O): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: d18O = 0.1 permil.'

d18O (GBRCD.LE05NEL02.d18O): paleoData_uncertaintyAnalytical: '0.1' has been replaced by ''

d18O (GBRCD.LE05NEL02.d18O): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

d18Osw (GBRCD.LE05NEL02.d18Osw): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. d18O = 0.1 permil.'

year (GBRCD.LE05NEL02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Recovered during construction of Nelly Bay Harbour in 2002. Latitude and longitude supplied by S. Lewis. Some uncertainty on specific location of coral but coral was taken within current Nelly Bay Harbour. Age matched with Lough et al. (2014) NEL coral suite.' has been replaced by 'Age matched with Lough et al. (2014) NEL coral suite.'

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE05NEL02.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE05NEL02.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE05NEL02.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE05NEL02.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.LE05NEL02.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.LE05NEL02.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.LE05NEL02.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.LE05NEL02.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18Osw (GBRCD.LE05NEL02.d18Osw): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18Osw (GBRCD.LE05NEL02.d18Osw): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE05NEL02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE05NEL02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_uncertaintyAnalytical: '0.77' has been replaced by '0.75'

d18Osw (GBRCD.LE05NEL02.d18Osw): paleoData_description: 'δ18O of seawater calculated from paired δ18O and Sr/Ca' has been replaced by 'δ18O of seawater calculated from paired δ18O and Sr/Ca.'

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.64'

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

BaCa (GBRCD.LE05NEL02.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.77'

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

MgCa (GBRCD.LE05NEL02.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

Mn (GBRCD.LE05NEL02.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

Mn (GBRCD.LE05NEL02.Mn): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.LE05NEL02.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

SrCa (GBRCD.LE05NEL02.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d13C (GBRCD.LE05NEL02.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.14'

d13C (GBRCD.LE05NEL02.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.LE05NEL02.d13C): paleoData_measurementInstrument: '' has been replaced by 'Micromass PRISM III stable-isotope mass spectrometer'

d13C (GBRCD.LE05NEL02.d13C): paleoData_measurementMethod: '' has been replaced by 'MS'

d18O (GBRCD.LE05NEL02.d18O): paleoData_measurementInstrument: '' has been replaced by 'Micromass PRISM III stable-isotope mass spectrometer'

d18O (GBRCD.LE05NEL02.d18O): paleoData_measurementMethod: '' has been replaced by 'MS'

BaCa (GBRCD.LE05NEL02.BaCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE05NEL02.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE05NEL02.Mn): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE05NEL02.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.LE05NEL02.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.LE05NEL02.d18O): interpretation1_scope: '' has been replaced by 'climate'

d18Osw (GBRCD.LE05NEL02.d18Osw): interpretation1_scope: '' has been replaced by 'climate'

Multiple 14C dates. Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 0 and ends at min year 128 and assigned appropriate calendar age (BCE) for archiving.

Multiple 14C dates for sample. See Lough et al. (2014) NOAA/WDS data for complete list. Originally calibrated using Oxcal Marine13 DeltaR = 11 ± 13. Chronology internally cross checked between samples and age of coral determined according to assigned year (0-128 NEL01D). Published dates have age discrepancy compared with Lewis (2005) U-Th dating but becomes within error with 14C recalibration using Calib 8.2 and MARINE20 (DeltaR = 11 ± 13) dates are within error of each other; median probability -3800 CE (-3948 to -3643 (2 sigma)).

year (GBRCD.LO14NEL05.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Recovered during construction of Nelly Bay Harbour in 2001. Latitude and longitude supplied by S. Lewis. Some uncertainty on specific location of coral but coral was taken within current Nelly Bay Harbour. Note growth hiatus -3868 to -3874; hiatus is excluded from resolution calculations.' has been replaced by 'Note growth hiatus -3874 to -3868; hiatus is excluded from resolution calculations.'

LuminRange (GBRCD.LO14NEL05.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO14NEL05.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL05.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL05.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL05.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO14NEL05.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO14NEL05.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Note growth hiatus -3874 to -3868; hiatus is excluded from resolution calculations.

ArF excimer laser (193 nm wavelength) attached to a modified VG Elemental PQ2+ or Varian 820

notes: 'Individual record that makes up part of KI Master record. Lumin data is 1976-2003; no lumin data available for part of 1987-1988. BaCa data is 1968-2002.' has been replaced by 'Individual record that makes up part of KI Master record. Lumin data is 1976-2003; no Lumin data available for part of 1987-1988. BaCa data is 1968-2002.'

year (GBRCD.JU08KES03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Individual record that makes up part of KI Master record. No luminescence data available for part of 1987-1988. BaCa data from 1968-2002.' has been replaced by 'Individual record that makes up part of KI Master record. Lumin data is 1976-2003; no lumin data available for part of 1987-1988. BaCa data is 1968-2002.'

geo_notes: 'Not applicable' has been replaced by 'Collection depth is "N/A".'

BaCa (GBRCD.JU08KES03.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.JU08KES03.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lumin (GBRCD.JU08KES03.Lumin): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.JU08KES03.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.JU08KES03.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08KES03.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08KES03.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08KES03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08KES03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.JU08KES03.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Lumin (GBRCD.JU08KES03.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

BaCa (GBRCD.JU08KES03.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) attached to a modified VG Elemental PQ2+ or Varian 820'

BaCa (GBRCD.JU08KES03.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Lumin (GBRCD.JU08KES03.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.JU08KES03.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

BaCa (GBRCD.JU08KES03.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Lumin (GBRCD.JU08KES03.Lumin): interpretation1_scope: '' has been replaced by 'climate'

Individual record that makes up part of KI Master record. Lumin data is 1976-2003; no Lumin data available for part of 1987-1988. BaCa data is 1968-2002.

Jupiter, S., Roff, G., Marion, G., Henderson, M., Schrameyer, V., McCulloch, M. & Hoegh-Guldberg, O. (2008), 'Linkages between coral assemblages and coral proxies of terrestrial exposure along a cross-shelf gradient on the southern Great Barrier Reef', Coral Reefs, 27, no. 4, 887-903, 10.1007/s00338-008-0422-3.

BaCa (GBRCD.LE19HIG01.BaCa): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

BaCa (GBRCD.LE19HIG01.BaCa): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Ce (GBRCD.LE19HIG01.Ce): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Ce (GBRCD.LE19HIG01.Ce): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Dy (GBRCD.LE19HIG01.Dy): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Dy (GBRCD.LE19HIG01.Dy): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Er (GBRCD.LE19HIG01.Er): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Er (GBRCD.LE19HIG01.Er): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Eu (GBRCD.LE19HIG01.Eu): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Eu (GBRCD.LE19HIG01.Eu): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Gd (GBRCD.LE19HIG01.Gd): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Gd (GBRCD.LE19HIG01.Gd): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Ho (GBRCD.LE19HIG01.Ho): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Ho (GBRCD.LE19HIG01.Ho): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

La (GBRCD.LE19HIG01.La): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

La (GBRCD.LE19HIG01.La): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Lu (GBRCD.LE19HIG01.Lu): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Lu (GBRCD.LE19HIG01.Lu): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Nd (GBRCD.LE19HIG01.Nd): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Nd (GBRCD.LE19HIG01.Nd): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Pr (GBRCD.LE19HIG01.Pr): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Pr (GBRCD.LE19HIG01.Pr): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Sm (GBRCD.LE19HIG01.Sm): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Sm (GBRCD.LE19HIG01.Sm): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Tb (GBRCD.LE19HIG01.Tb): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Tb (GBRCD.LE19HIG01.Tb): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Tm (GBRCD.LE19HIG01.Tm): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Tm (GBRCD.LE19HIG01.Tm): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Y (GBRCD.LE19HIG01.Y): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Y (GBRCD.LE19HIG01.Y): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Yb (GBRCD.LE19HIG01.Yb): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Yb (GBRCD.LE19HIG01.Yb): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

Zr (GBRCD.LE19HIG01.Zr): paleoData_measurementInstrument: 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer' has been replaced by 'Thermo X-Series II Q-ICP-MS'

Zr (GBRCD.LE19HIG01.Zr): paleoData_measurementMethod: 'ICP-MS' has been replaced by 'Q-ICP-MS'

year (GBRCD.LE19HIG01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.LE19HIG01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.LE19HIG01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ce (GBRCD.LE19HIG01.Ce): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Dy (GBRCD.LE19HIG01.Dy): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Er (GBRCD.LE19HIG01.Er): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Eu (GBRCD.LE19HIG01.Eu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Gd (GBRCD.LE19HIG01.Gd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ho (GBRCD.LE19HIG01.Ho): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

La (GBRCD.LE19HIG01.La): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lu (GBRCD.LE19HIG01.Lu): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Nd (GBRCD.LE19HIG01.Nd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Pr (GBRCD.LE19HIG01.Pr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Sm (GBRCD.LE19HIG01.Sm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tb (GBRCD.LE19HIG01.Tb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Tm (GBRCD.LE19HIG01.Tm): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Y (GBRCD.LE19HIG01.Y): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Yb (GBRCD.LE19HIG01.Yb): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Zr (GBRCD.LE19HIG01.Zr): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.LE19HIG01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE19HIG01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ce (GBRCD.LE19HIG01.Ce): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ce (GBRCD.LE19HIG01.Ce): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Dy (GBRCD.LE19HIG01.Dy): paleoData_isPrimary: '' has been replaced by 'FALSE'

Dy (GBRCD.LE19HIG01.Dy): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Er (GBRCD.LE19HIG01.Er): paleoData_isPrimary: '' has been replaced by 'FALSE'

Er (GBRCD.LE19HIG01.Er): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Eu (GBRCD.LE19HIG01.Eu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Eu (GBRCD.LE19HIG01.Eu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Gd (GBRCD.LE19HIG01.Gd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Gd (GBRCD.LE19HIG01.Gd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ho (GBRCD.LE19HIG01.Ho): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ho (GBRCD.LE19HIG01.Ho): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

La (GBRCD.LE19HIG01.La): paleoData_isPrimary: '' has been replaced by 'FALSE'

La (GBRCD.LE19HIG01.La): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lu (GBRCD.LE19HIG01.Lu): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lu (GBRCD.LE19HIG01.Lu): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Nd (GBRCD.LE19HIG01.Nd): paleoData_isPrimary: '' has been replaced by 'FALSE'

Nd (GBRCD.LE19HIG01.Nd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE19HIG01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE19HIG01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE19HIG01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE19HIG01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tb (GBRCD.LE19HIG01.Tb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tb (GBRCD.LE19HIG01.Tb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Tm (GBRCD.LE19HIG01.Tm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Tm (GBRCD.LE19HIG01.Tm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE19HIG01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE19HIG01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Yb (GBRCD.LE19HIG01.Yb): paleoData_isPrimary: '' has been replaced by 'FALSE'

Yb (GBRCD.LE19HIG01.Yb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Zr (GBRCD.LE19HIG01.Zr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Zr (GBRCD.LE19HIG01.Zr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE19HIG01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE19HIG01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.LE19HIG01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Zr (GBRCD.LE19HIG01.Zr): paleoData_description: '' has been replaced by 'Zirconium'

BaCa (GBRCD.LE19HIG01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

BaCa (GBRCD.LE19HIG01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ce (GBRCD.LE19HIG01.Ce): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Ce (GBRCD.LE19HIG01.Ce): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Dy (GBRCD.LE19HIG01.Dy): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Dy (GBRCD.LE19HIG01.Dy): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Er (GBRCD.LE19HIG01.Er): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Er (GBRCD.LE19HIG01.Er): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Eu (GBRCD.LE19HIG01.Eu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Eu (GBRCD.LE19HIG01.Eu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Gd (GBRCD.LE19HIG01.Gd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Gd (GBRCD.LE19HIG01.Gd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ho (GBRCD.LE19HIG01.Ho): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Ho (GBRCD.LE19HIG01.Ho): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

La (GBRCD.LE19HIG01.La): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

La (GBRCD.LE19HIG01.La): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Lu (GBRCD.LE19HIG01.Lu): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Lu (GBRCD.LE19HIG01.Lu): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Nd (GBRCD.LE19HIG01.Nd): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Nd (GBRCD.LE19HIG01.Nd): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.LE19HIG01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Pr (GBRCD.LE19HIG01.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.LE19HIG01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Sm (GBRCD.LE19HIG01.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tb (GBRCD.LE19HIG01.Tb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Tb (GBRCD.LE19HIG01.Tb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Tm (GBRCD.LE19HIG01.Tm): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Tm (GBRCD.LE19HIG01.Tm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.LE19HIG01.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Y (GBRCD.LE19HIG01.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Yb (GBRCD.LE19HIG01.Yb): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Yb (GBRCD.LE19HIG01.Yb): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Zr (GBRCD.LE19HIG01.Zr): paleoData_longName: '' has been replaced by 'Zr'

Zr (GBRCD.LE19HIG01.Zr): paleoData_units: '' has been replaced by 'parts per billion'

Zr (GBRCD.LE19HIG01.Zr): paleoData_measurementInstrument: '' has been replaced by 'Thermo X-Series II Quadrupole Inductively Coupled-Mass Spectrometer'

Zr (GBRCD.LE19HIG01.Zr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

BaCa (GBRCD.LE19HIG01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Ce (GBRCD.LE19HIG01.Ce): interpretation1_scope: '' has been replaced by 'climate'

Dy (GBRCD.LE19HIG01.Dy): interpretation1_scope: '' has been replaced by 'climate'

Er (GBRCD.LE19HIG01.Er): interpretation1_scope: '' has been replaced by 'climate'

Eu (GBRCD.LE19HIG01.Eu): interpretation1_scope: '' has been replaced by 'climate'

Gd (GBRCD.LE19HIG01.Gd): interpretation1_scope: '' has been replaced by 'climate'

Ho (GBRCD.LE19HIG01.Ho): interpretation1_scope: '' has been replaced by 'climate'

La (GBRCD.LE19HIG01.La): interpretation1_scope: '' has been replaced by 'climate'

Lu (GBRCD.LE19HIG01.Lu): interpretation1_scope: '' has been replaced by 'climate'

Nd (GBRCD.LE19HIG01.Nd): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE19HIG01.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE19HIG01.Sm): interpretation1_scope: '' has been replaced by 'climate'

Tb (GBRCD.LE19HIG01.Tb): interpretation1_scope: '' has been replaced by 'climate'

Tm (GBRCD.LE19HIG01.Tm): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE19HIG01.Y): interpretation1_scope: '' has been replaced by 'climate'

Yb (GBRCD.LE19HIG01.Yb): interpretation1_scope: '' has been replaced by 'climate'

Zr (GBRCD.LE19HIG01.Zr): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.LO11GPI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002056' has been replaced by '10.1029/2010pa002050'

LuminRange (GBRCD.LO11GPI01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11GPI01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11GPI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11GPI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11GPI01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11GPI01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11GPI01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

De'ath et al. (2009); Hendy et al. (2002); Hendy et al. (2003a); Hendy et al. (2003b); Hendy et al. (2007); Lough (2007); Lough and Barnes (1997)

notes: 'Individual record that makes up part of SC Master record. No data available for part of 1988; missing data was not included in determination of resolution.' has been replaced by 'Individual record that makes up part of SC Master record. No data available for part of 1988; missing data was not included in determination of resolution. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).'

year (GBRCD.JU08SCA02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

Lumin (GBRCD.JU08SCA02.Lumin): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lumin (GBRCD.JU08SCA02.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08SCA02.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08SCA02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08SCA02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Lumin (GBRCD.JU08SCA02.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

Lumin (GBRCD.JU08SCA02.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.JU08SCA02.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

Lumin (GBRCD.JU08SCA02.Lumin): interpretation1_scope: '' has been replaced by 'climate'

Individual record that makes up part of SC Master record. No data available for part of 1988; missing data was not included in determination of resolution. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).

year (GBRCD.FA03HAV01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.FA03HAV01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.FA03HAV01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.FA03HAV01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03HAV01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.FA03HAV01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03HAV01.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.FA03HAV01.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03HAV01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.FA03HAV01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03HAV01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.FA03HAV01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03HAV01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.FA03HAV01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03HAV01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.FA03HAV01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.FA03HAV01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.FA03HAV01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.FA03HAV01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Distance (GBRCD.FA03HAV01.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

MgCa (GBRCD.FA03HAV01.MgCa): paleoData_uncertaintyAnalytical: '4.5' has been replaced by '4.2'

BCa (GBRCD.FA03HAV01.BCa): paleoData_uncertaintyAnalytical: '' has been replaced by '3.8'

BCa (GBRCD.FA03HAV01.BCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BCa (GBRCD.FA03HAV01.BCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BCa (GBRCD.FA03HAV01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.FA03HAV01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.2'

BaCa (GBRCD.FA03HAV01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.FA03HAV01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

BaCa (GBRCD.FA03HAV01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.FA03HAV01.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.FA03HAV01.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.FA03HAV01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.5'

MgCa (GBRCD.FA03HAV01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.FA03HAV01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

MgCa (GBRCD.FA03HAV01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Mn (GBRCD.FA03HAV01.Mn): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

Mn (GBRCD.FA03HAV01.Mn): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.FA03HAV01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

SrCa (GBRCD.FA03HAV01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.FA03HAV01.UCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) connected to a modified VG Elemental PQ2+'

UCa (GBRCD.FA03HAV01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.FA03HAV01.BCa): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.FA03HAV01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.FA03HAV01.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.FA03HAV01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.FA03HAV01.Mn): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.FA03HAV01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.FA03HAV01.UCa): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.LO14NEL07.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: 'Distance from surface 2.6 m' has been replaced by 'Latitude and longitude for core from AIMS' coral core database. Distance from surface 2.6 m.'

LuminRange (GBRCD.LO14NEL07.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO14NEL07.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL07.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL07.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL07.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO14NEL07.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO14NEL07.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for core from AIMS' coral core database. Distance from surface 2.6 m.

year (GBRCD.LO11HKI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

pub1_doi: '10.1029/2010PA002059' has been replaced by '10.1029/2010pa002050'

geo_notes: '' has been replaced by 'Latitude and longitude for core from AIMS' coral core database. 5 m depth (also from AIMS' coral core database).'

LuminRange (GBRCD.LO11HKI01.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO11HKI01.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO11HKI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO11HKI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO11HKI01.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO11HKI01.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO11HKI01.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Latitude and longitude for core from AIMS' coral core database. 5 m depth (also from AIMS' coral core database).

SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.

Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD Appendices.

LA-ICP-MS methods as per Lewis et al. (2012) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available.

Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD publication appendices.

notes: 'Trace elements were originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. See GBRCD Appendices.' has been replaced by 'Trace elements were originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.'

BCa (GBRCD.AR24OTI04.BCa): paleoData_gbrDatingNotes: 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD publication appendices.'

BCa (GBRCD.AR24OTI04.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.AR24OTI04.Ba138Ca): paleoData_gbrDatingNotes: 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD publication appendices.'

Ba138Ca (GBRCD.AR24OTI04.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.AR24OTI04.BaCa): paleoData_gbrDatingNotes: 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD publication appendices.'

BaCa (GBRCD.AR24OTI04.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CaCa (GBRCD.AR24OTI04.CaCa): paleoData_gbrDatingNotes: 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD publication appendices.'

CaCa (GBRCD.AR24OTI04.CaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.AR24OTI04.Distance): paleoData_gbrDatingNotes: 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD publication appendices.'

MgCa (GBRCD.AR24OTI04.MgCa): paleoData_gbrDatingNotes: 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD publication appendices.'

MgCa (GBRCD.AR24OTI04.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.AR24OTI04.SrCa): paleoData_gbrDatingNotes: 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD publication appendices.'

SrCa (GBRCD.AR24OTI04.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.AR24OTI04.UCa): paleoData_gbrDatingNotes: 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD Appendices.' has been replaced by 'Off-cut of coral section used for record dated July 2022. Date sample taken from top of off-cut section and assumed to match youngest year of the record. See GBRCD publication appendices.'

UCa (GBRCD.AR24OTI04.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.AR24OTI04.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Trace elements were originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. See GBRCD Appendices.' has been replaced by 'Trace elements were originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. See GBRCD Appendices.'

geo_notes: 'Fossil. Drill core depth 5.72 - 7.47 m. Assumed 6.2 m depth down core.' has been replaced by 'Fossil. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Drill core depth 5.72 - 7.47 m. Assumed 6.2 m depth down core.'

BCa (GBRCD.AR24OTI04.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.AR24OTI04.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AR24OTI04.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CaCa (GBRCD.AR24OTI04.CaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.AR24OTI04.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.AR24OTI04.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.AR24OTI04.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.AR24OTI04.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AR24OTI04.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.AR24OTI04.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.AR24OTI04.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.AR24OTI04.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.AR24OTI04.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.AR24OTI04.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.AR24OTI04.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CaCa (GBRCD.AR24OTI04.CaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CaCa (GBRCD.AR24OTI04.CaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.AR24OTI04.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AR24OTI04.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI04.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI04.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI04.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI04.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24OTI04.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24OTI04.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI04.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI04.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.AR24OTI04.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.AR24OTI04.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

CaCa (GBRCD.AR24OTI04.CaCa): paleoData_description: 'Calcium/Calcium ratio' has been replaced by 'A measure of the total Ca/Ca ratio using the count intensities of the Calcium48/Calcium43 isotopes.'

Distance (GBRCD.AR24OTI04.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.AR24OTI04.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.AR24OTI04.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.AR24OTI04.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.AR24OTI04.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.AR24OTI04.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.AR24OTI04.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CaCa (GBRCD.AR24OTI04.CaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CaCa (GBRCD.AR24OTI04.CaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.AR24OTI04.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AR24OTI04.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.AR24OTI04.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.AR24OTI04.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.AR24OTI04.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.AR24OTI04.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.AR24OTI04.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.AR24OTI04.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.AR24OTI04.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.AR24OTI04.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.AR24OTI04.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CaCa (GBRCD.AR24OTI04.CaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.AR24OTI04.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.AR24OTI04.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.AR24OTI04.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.AR24OTI04.UCa): interpretation1_scope: '' has been replaced by 'climate'

Trace elements were originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.

Fossil. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Drill core depth 5.72 - 7.47 m. Assumed 6.2 m depth down core.

d11B (GBRCD.DO15HAV03.d11B): paleoData_uncertaintyAnalytical: '0.35' has been replaced by '0.175'

d11B (GBRCD.DO15HAV03.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.DO15HAV03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Latitude and longitude from D'Olivo & McCulloch (2022) and according to the publication core should be the same coral used in Walther et al. (2013) though core IDs do not match.' has been replaced by 'According to D'Olivo & McCulloch (2022) core should be the same coral used in Walther et al. (2013) though core IDs do not match.'

geo_notes: '3-5 m depth from top' has been replaced by 'Latitude and longitude from D'Olivo & McCulloch (2022) 3-5 m depth from top.'

d11B (GBRCD.DO15HAV03.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO15HAV03.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO15HAV03.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO15HAV03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO15HAV03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d11B (GBRCD.DO15HAV03.d11B): paleoData_measurementInstrument: '' has been replaced by 'Thermo Finnigan TRITON'

d11B (GBRCD.DO15HAV03.d11B): paleoData_measurementMethod: '' has been replaced by 'PTIMS'

d11B (GBRCD.DO15HAV03.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.35'

d11B (GBRCD.DO15HAV03.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.DO15HAV03.d11B): interpretation1_scope: '' has been replaced by 'climate'

According to D'Olivo & McCulloch (2022) core should be the same coral used in Walther et al. (2013) though core IDs do not match.

Latitude and longitude from D'Olivo & McCulloch (2022) 3-5 m depth from top.

SrCa (GBRCD.SA16HER06a.SrCa): paleoData_measurementInstrument: 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer' has been replaced by 'Thermo X Series II ICP-MS'

year (GBRCD.SA16HER06a.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER06a.SrCa): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

year (GBRCD.SA16HER06a.year): paleoData_gbrCentredEquationNotes: 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65' has been replaced by ''

notes: 'Coral collected from reef slope environment. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset.' has been replaced by ''

geo_notes: '<12 m' has been replaced by 'Coral collected from reef slope environment. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. <12 m depth, below lowest astronomical tide.'

SrCa (GBRCD.SA16HER06a.SrCa): calibration_gbrCentredEquationNotes: '' has been replaced by 'WLS; SrCa slope = -0.048; SrCa slope uncertainty = 0.0001; r2= 0.65'

SrCa (GBRCD.SA16HER06a.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.SA16HER06a.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER06a.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.SA16HER06a.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

SrCa (GBRCD.SA16HER06a.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer'

SrCa (GBRCD.SA16HER06a.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.SA16HER06a.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Coral collected from reef slope environment. Latitude and longitude are the mid-point coordinates of study boundaries supplied in the NOAA/WDS dataset. <12 m depth, below lowest astronomical tide.

U-Th dating by MC-ICP-MS; given as oldest section of the coral age model. Additional dating information in publication.

year (GBRCD.LE16GPI02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminInd (GBRCD.LE16GPI02.LuminInd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminInd (GBRCD.LE16GPI02.LuminInd): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminInd (GBRCD.LE16GPI02.LuminInd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE16GPI02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE16GPI02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminInd (GBRCD.LE16GPI02.LuminInd): paleoData_measurementMethod: '' has been replaced by 'Visual indices'

LuminInd (GBRCD.LE16GPI02.LuminInd): interpretation1_scope: '' has been replaced by 'climate'

year (GBRCD.DO22HIG01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'GPS coordinates offset from High Island.' has been replaced by ''

originalDataUrl: '' has been replaced by 'https://doi.org/10.1594/PANGAEA.944981'

geo_notes: '' has been replaced by 'GPS coordinates offset from High Island. Unknown elevation.'

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

BaCa (GBRCD.DO22HIG01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.DO22HIG01.BaCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

SrCa (GBRCD.DO22HIG01.SrCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

UCa (GBRCD.DO22HIG01.UCa): paleoData_notes: '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. NIST 614 glass standard and Davies Reef in-house coral standard.' has been replaced by '400 μm wide and 40 μm long slit, with a scan rate of 40 μm/s using 5 Hz pulse rate. Data smoothed with an 8-point running average. NIST 614 glass standard and Davies Reef in-house coral standard.'

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.DO22HIG01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.DO22HIG01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.DO22HIG01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22HIG01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO22HIG01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22HIG01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO22HIG01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22HIG01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO22HIG01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO22HIG01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO22HIG01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.DO22HIG01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): paleoData_uncertaintyAnalytical: '' has been replaced by '3.46'

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.DO22HIG01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '2.48'

BaCa (GBRCD.DO22HIG01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.DO22HIG01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

BaCa (GBRCD.DO22HIG01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.DO22HIG01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

SrCa (GBRCD.DO22HIG01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.DO22HIG01.UCa): paleoData_measurementInstrument: '' has been replaced by 'HelEx laser ablation ArF excimer system (Compex 110i) coupled to an Varian 820 MS ICP-MS'

UCa (GBRCD.DO22HIG01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.DO22HIG01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.DO22HIG01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO22HIG01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO22HIG01.UCa): interpretation1_scope: '' has been replaced by 'climate'

BCa (GBRCD.WU21SMI01.BCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

LiCa (GBRCD.WU21SMI01.LiCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

MgCa (GBRCD.WU21SMI01.MgCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

SrCa (GBRCD.WU21SMI01.SrCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

UCa (GBRCD.WU21SMI01.UCa): paleoData_measurementInstrument: 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICP-MS & Thermo iCAP RQ ICP-MS'

year (GBRCD.WU21SMI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.WU21SMI01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.WU21SMI01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21SMI01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.WU21SMI01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21SMI01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.WU21SMI01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21SMI01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.WU21SMI01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21SMI01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.WU21SMI01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.WU21SMI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.WU21SMI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BCa (GBRCD.WU21SMI01.BCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

BCa (GBRCD.WU21SMI01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.WU21SMI01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

LiCa (GBRCD.WU21SMI01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.WU21SMI01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

MgCa (GBRCD.WU21SMI01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.WU21SMI01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

SrCa (GBRCD.WU21SMI01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.WU21SMI01.UCa): paleoData_measurementInstrument: '' has been replaced by 'A 193 nm ArF Helex MkII excimer laser system attached to a Varian 820 single collector ICPMS & Thermo iCAP RQ ICPMS'

UCa (GBRCD.WU21SMI01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.WU21SMI01.BCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.WU21SMI01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.WU21SMI01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.WU21SMI01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.WU21SMI01.UCa): interpretation1_scope: '' has been replaced by 'climate'

U-Th dating by MC-ICP-MS; date from sample measured in 2012 given as middle section of the supplied coral age model. Additional dating information in publication.

year (GBRCD.LE16GPI03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

LuminInd (GBRCD.LE16GPI03.LuminInd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminInd (GBRCD.LE16GPI03.LuminInd): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminInd (GBRCD.LE16GPI03.LuminInd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE16GPI03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE16GPI03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminInd (GBRCD.LE16GPI03.LuminInd): paleoData_measurementMethod: '' has been replaced by 'Visual indices'

LuminInd (GBRCD.LE16GPI03.LuminInd): interpretation1_scope: '' has been replaced by 'climate'

Annual bands (determined from beginning of each luminescent band) were milled along the maximum growth axis. Samples were pre-treated with sodium hypochlorite to remove organics. +0.45 permil correction was applied to MC-ICP-MS data for consistency of comparison with PTIMS data. d11B relative to the NBS 951 boric acid international standard.

d11B (GBRCD.DO15HAV02.d11B): paleoData_uncertaintyAnalytical: '0.34' has been replaced by '0.16'

d11B (GBRCD.DO15HAV02.d11B): paleoData_uncertaintyAnalyticalUnits: '2s permil' has been replaced by 'permil'

year (GBRCD.DO15HAV02.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

d11B (GBRCD.DO15HAV02.d11B): paleoData_core: 'HAV09_3b' has been replaced by 'HAV09_3'

d11B (GBRCD.DO15HAV02.d11B): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

d11B (GBRCD.DO15HAV02.d11B): paleoData_isPrimary: '' has been replaced by 'FALSE'

d11B (GBRCD.DO15HAV02.d11B): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO15HAV02.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO15HAV02.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

d11B (GBRCD.DO15HAV02.d11B): paleoData_measurementInstrument: '' has been replaced by 'NU Plasma II'

d11B (GBRCD.DO15HAV02.d11B): paleoData_measurementMethod: '' has been replaced by 'MC-ICP-MS'

d11B (GBRCD.DO15HAV02.d11B): paleoData_uncertaintyAnalytical: '' has been replaced by '0.34'

d11B (GBRCD.DO15HAV02.d11B): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s permil'

d11B (GBRCD.DO15HAV02.d11B): interpretation1_scope: '' has been replaced by 'climate'

Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD Appendices.

Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD publication appendices.

notes: 'Sample was originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. See GBRCD Appendices.' has been replaced by 'Sample was originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.'

BCa (GBRCD.AR24OTI05.BCa): paleoData_gbrDatingNotes: 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD Appendices.' has been replaced by 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD publication appendices.'

BCa (GBRCD.AR24OTI05.BCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Ba138Ca (GBRCD.AR24OTI05.Ba138Ca): paleoData_gbrDatingNotes: 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD Appendices.' has been replaced by 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD publication appendices.'

Ba138Ca (GBRCD.AR24OTI05.Ba138Ca): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

BaCa (GBRCD.AR24OTI05.BaCa): paleoData_gbrDatingNotes: 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD Appendices.' has been replaced by 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD publication appendices.'

BaCa (GBRCD.AR24OTI05.BaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

CaCa (GBRCD.AR24OTI05.CaCa): paleoData_gbrDatingNotes: 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD Appendices.' has been replaced by 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD publication appendices.'

CaCa (GBRCD.AR24OTI05.CaCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

Distance (GBRCD.AR24OTI05.Distance): paleoData_gbrDatingNotes: 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD Appendices.' has been replaced by 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD publication appendices.'

MgCa (GBRCD.AR24OTI05.MgCa): paleoData_gbrDatingNotes: 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD Appendices.' has been replaced by 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD publication appendices.'

MgCa (GBRCD.AR24OTI05.MgCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

SrCa (GBRCD.AR24OTI05.SrCa): paleoData_gbrDatingNotes: 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD Appendices.' has been replaced by 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD publication appendices.'

SrCa (GBRCD.AR24OTI05.SrCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

UCa (GBRCD.AR24OTI05.UCa): paleoData_gbrDatingNotes: 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD Appendices.' has been replaced by 'Alternate slice of coral dated July 2022. Date sample taken from near basal section of coral slice. Assumed to match oldest year of the record. See GBRCD publication appendices.'

UCa (GBRCD.AR24OTI05.UCa): paleoData_measurementInstrument: 'Varian 820 inductively coupled mass spectrometer' has been replaced by 'Varian 820-MS ICP-MS'

year (GBRCD.AR24OTI05.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Sample was originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. See GBRCD Appendices.' has been replaced by 'Sample was originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. See GBRCD Appendices.'

geo_notes: 'Fossil. Drill core depth 5.72 - 7.47 m. Assumed 6.5 m depth down core.' has been replaced by 'Fossil. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Drill core depth 5.72 - 7.47 m. Assumed 6.5 m depth down core.'

BCa (GBRCD.AR24OTI05.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.AR24OTI05.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AR24OTI05.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CaCa (GBRCD.AR24OTI05.CaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Distance (GBRCD.AR24OTI05.Distance): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.AR24OTI05.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.AR24OTI05.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.AR24OTI05.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.AR24OTI05.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.AR24OTI05.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.AR24OTI05.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.AR24OTI05.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.AR24OTI05.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.AR24OTI05.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.AR24OTI05.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CaCa (GBRCD.AR24OTI05.CaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CaCa (GBRCD.AR24OTI05.CaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Distance (GBRCD.AR24OTI05.Distance): paleoData_isPrimary: '' has been replaced by 'FALSE'

Distance (GBRCD.AR24OTI05.Distance): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI05.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.AR24OTI05.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI05.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.AR24OTI05.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24OTI05.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.AR24OTI05.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI05.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.AR24OTI05.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.AR24OTI05.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.AR24OTI05.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

CaCa (GBRCD.AR24OTI05.CaCa): paleoData_description: 'Calcium/Calcium ratio' has been replaced by 'A measure of the total Ca/Ca ratio using the count intensities of the Calcium48/Calcium43 isotopes.'

Distance (GBRCD.AR24OTI05.Distance): paleoData_description: '' has been replaced by 'Distance measured from outer edge of coral or core.'

BCa (GBRCD.AR24OTI05.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BCa (GBRCD.AR24OTI05.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.AR24OTI05.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

Ba138Ca (GBRCD.AR24OTI05.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.AR24OTI05.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

BaCa (GBRCD.AR24OTI05.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CaCa (GBRCD.AR24OTI05.CaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

CaCa (GBRCD.AR24OTI05.CaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Distance (GBRCD.AR24OTI05.Distance): paleoData_longName: '' has been replaced by 'Distance'

Distance (GBRCD.AR24OTI05.Distance): paleoData_units: '' has been replaced by 'millimetres'

MgCa (GBRCD.AR24OTI05.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

MgCa (GBRCD.AR24OTI05.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.AR24OTI05.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

SrCa (GBRCD.AR24OTI05.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.AR24OTI05.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820 inductively coupled mass spectrometer'

UCa (GBRCD.AR24OTI05.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.AR24OTI05.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.AR24OTI05.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.AR24OTI05.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CaCa (GBRCD.AR24OTI05.CaCa): interpretation1_scope: '' has been replaced by 'climate'

Distance (GBRCD.AR24OTI05.Distance): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.AR24OTI05.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.AR24OTI05.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.AR24OTI05.UCa): interpretation1_scope: '' has been replaced by 'climate'

Sample was originally measured by S. Lewis, but data was not published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.

Fossil. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase. Drill core depth 5.72 - 7.47 m. Assumed 6.5 m depth down core.

U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).

5.790 ± 0.031 ka reported 2003-09 for top of NEL01D and 6.089 ± 0.040 ka reported 2003-09 for bottom of NEL01D. Additional dating information provided in Lewis (2005). Original age discrepancy compared with published Lough et al. (2014) 14C dating becomes within error using re-calibration of 14C ages. Assumed this NEL01D youngest year (year 130) matches LO14NEL04 youngest year (Lough et al. (2014) year 0).

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: BaCa = 4.64%.'

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_uncertaintyAnalytical: '4.64' has been replaced by ''

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: MgCa = 0.75%.'

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_uncertaintyAnalytical: '0.75' has been replaced by ''

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

Mn (GBRCD.LE05NEL01.Mn): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: Mn = 44.72%.'

SrCa (GBRCD.LE05NEL01.SrCa): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: SrCa = 0.22%.'

SrCa (GBRCD.LE05NEL01.SrCa): paleoData_uncertaintyAnalytical: '0.22' has been replaced by ''

SrCa (GBRCD.LE05NEL01.SrCa): paleoData_uncertaintyAnalyticalUnits: '%' has been replaced by ''

d13C (GBRCD.LE05NEL01.d13C): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: d13C = 014 permil.'

d13C (GBRCD.LE05NEL01.d13C): paleoData_uncertaintyAnalytical: '0.14' has been replaced by ''

d13C (GBRCD.LE05NEL01.d13C): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

d18O (GBRCD.LE05NEL01.d18O): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Reproducibility: d18O = 0.1 permil.'

d18O (GBRCD.LE05NEL01.d18O): paleoData_uncertaintyAnalytical: '0.1' has been replaced by ''

d18O (GBRCD.LE05NEL01.d18O): paleoData_uncertaintyAnalyticalUnits: 'permil' has been replaced by ''

d18Osw (GBRCD.LE05NEL01.d18Osw): paleoData_notes: 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Trace element and isotope precision calculated based on internal standard (Pandora coral sample). Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. Analysis precision reproducibility calculated on repeat measurements of internal standard (Pandora).' has been replaced by 'Homogenised 5-yearly growth intervals using a stainless steel drill tip on a moveable stage. Powders for trace element analysis were rinsed and then treated with concentrated hydrogen peroxide for 15 min and subsequently rinsed and oven dried. Isotopic powders were not pre-treated with hydrogen peroxide. Isotopes calibrated against an internal lab standard, NBS 18 & NBS 19 and calculated relative to Pee Dee Belemnite. d18O = 0.1 permil.'

year (GBRCD.LE05NEL01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Recovered during construction of Nelly Bay Harbour in 2001. Latitude and longitude supplied by S. Lewis. Some uncertainty on specific location of coral but coral was taken within current Nelly Bay Harbour. Age matched with Lough et al. (2014) NEL coral suite. Observed growth hiatus included for data age -3867 (includes data on either side of the hiatus from -3865 to -3876); hiatus is excluded from resolution calculations.' has been replaced by 'Age matched with Lough et al. (2014) NEL coral suite. Note growth hiatus covering period -3874 to -3868. Observed growth hiatus included for data age -3867 (includes data on either side of the hiatus from -3876 to -3865). The hiatus is excluded from resolution calculations.'

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE05NEL01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE05NEL01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE05NEL01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE05NEL01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d13C (GBRCD.LE05NEL01.d13C): paleoData_isPrimary: '' has been replaced by 'FALSE'

d13C (GBRCD.LE05NEL01.d13C): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18O (GBRCD.LE05NEL01.d18O): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18O (GBRCD.LE05NEL01.d18O): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

d18Osw (GBRCD.LE05NEL01.d18Osw): paleoData_isPrimary: '' has been replaced by 'FALSE'

d18Osw (GBRCD.LE05NEL01.d18Osw): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE05NEL01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE05NEL01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_uncertaintyAnalytical: '0.76' has been replaced by '0.75'

d18Osw (GBRCD.LE05NEL01.d18Osw): paleoData_description: 'δ18O of seawater calculated from paired δ18O and Sr/Ca' has been replaced by 'δ18O of seawater calculated from paired δ18O and Sr/Ca.'

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '4.64'

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

BaCa (GBRCD.LE05NEL01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.76'

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

MgCa (GBRCD.LE05NEL01.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

Mn (GBRCD.LE05NEL01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

Mn (GBRCD.LE05NEL01.Mn): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

SrCa (GBRCD.LE05NEL01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian Vista (with an axial view) ICP-AES'

SrCa (GBRCD.LE05NEL01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-AES'

d13C (GBRCD.LE05NEL01.d13C): paleoData_uncertaintyAnalytical: '' has been replaced by '0.14'

d13C (GBRCD.LE05NEL01.d13C): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by 'permil'

d13C (GBRCD.LE05NEL01.d13C): paleoData_measurementInstrument: '' has been replaced by 'Micromass PRISM III stable-isotope mass spectrometer'

d13C (GBRCD.LE05NEL01.d13C): paleoData_measurementMethod: '' has been replaced by 'MS'

d18O (GBRCD.LE05NEL01.d18O): paleoData_measurementInstrument: '' has been replaced by 'Micromass PRISM III stable-isotope mass spectrometer'

d18O (GBRCD.LE05NEL01.d18O): paleoData_measurementMethod: '' has been replaced by 'MS'

BaCa (GBRCD.LE05NEL01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE05NEL01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE05NEL01.Mn): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE05NEL01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

d13C (GBRCD.LE05NEL01.d13C): interpretation1_scope: '' has been replaced by 'climate'

d18O (GBRCD.LE05NEL01.d18O): interpretation1_scope: '' has been replaced by 'climate'

d18Osw (GBRCD.LE05NEL01.d18Osw): interpretation1_scope: '' has been replaced by 'climate'

Age matched with Lough et al. (2014) NEL coral suite. Note growth hiatus covering period -3874 to -3868. Observed growth hiatus included for data age -3867 (includes data on either side of the hiatus from -3876 to -3865). The hiatus is excluded from resolution calculations.

year (GBRCD.LO14NEL06.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

geo_notes: 'Distance from surface 4 m' has been replaced by 'Latitude and longitude for core from AIMS' coral core database. Distance from surface 4 m.'

LuminRange (GBRCD.LO14NEL06.LuminRange): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminRange (GBRCD.LO14NEL06.LuminRange): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL06.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LO14NEL06.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminRange (GBRCD.LO14NEL06.LuminRange): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

LuminRange (GBRCD.LO14NEL06.LuminRange): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

LuminRange (GBRCD.LO14NEL06.LuminRange): interpretation1_scope: '' has been replaced by 'climate'

Cantin and Lough (2014); De'ath et al. (2009); Lewis et al. (2018)

Latitude and longitude for core from AIMS' coral core database. Distance from surface 4 m.

Max 17.27 mm/year; min 7.87 mm/year; average 12.34 mm/year. Extension rate calculated between density troughs for alternate slice of PET12 by A. Arzey.

SrCa maxima (minima) was matched to weekly averaged Reyn-Smith OISST v2 minima (maxima) for archived age model. Ellis et al. (2019) matched SrCa maxima to SST (OISST v2) minima in August and interpolated for the period summer 1990 to summer 2012 and was cross-checked using growth bands and luminescence.

Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.

Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system

Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Ba138Ca calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.

Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. BaCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.

Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. BCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.

Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Calibrated against NIST 614 standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.

Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. MgCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.

Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. SrCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.

Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. UCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.

notes: 'Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST 614 standard.' has been replaced by ''

BCa (GBRCD.EL19OTI01.BCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. BCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

Ba138Ca (GBRCD.EL19OTI01.Ba138Ca): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Ba138Ca calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

BaCa (GBRCD.EL19OTI01.BaCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. BaCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

CdCa (GBRCD.EL19OTI01.CdCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Calibrated against NIST 614 standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

FeCa (GBRCD.EL19OTI01.FeCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Calibrated against NIST 614 standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

LiCa (GBRCD.EL19OTI01.LiCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Calibrated against NIST 614 standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

MgCa (GBRCD.EL19OTI01.MgCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. MgCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

MnCa (GBRCD.EL19OTI01.MnCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Calibrated against NIST 614 standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

PCa (GBRCD.EL19OTI01.PCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Calibrated against NIST 614 standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

PbCa (GBRCD.EL19OTI01.PbCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Calibrated against NIST 614 standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

SrCa (GBRCD.EL19OTI01.SrCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. SrCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

UCa (GBRCD.EL19OTI01.UCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. UCa calibrated against coral standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

YCa (GBRCD.EL19OTI01.YCa): paleoData_notes: 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.' has been replaced by 'Ablation using a rectangular sample area with a 40 × 400 μm resolution at a speed of 40 μm per second. NIST 614 and in-house pressed coral standards. Calibrated against NIST 614 standard. The Ellis et al. (2019) data was smoothed with a 10-point running mean and was further smoothed with a 10-point mean for archiving in the GBRCD. SEM diagenesis check was on an alternate slice of PET12.'

year (GBRCD.EL19OTI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Longitude corrected from publication as per information supplied by J. Mallela. Original longitude was 153.081383 E. Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST 614 standard.' has been replaced by 'Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST 614 standard.'

originalDataUrl: '' has been replaced by 'https://doi.org/10.25921/81k3-st33'

geo_notes: '1.3 m depth' has been replaced by 'Longitude corrected from publication as per information supplied by J. Mallela. Original longitude was 153.081383. Top of colony water depth 1.3 m and bottom of colony 2.8 m.'

BCa (GBRCD.EL19OTI01.BCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Ba138Ca (GBRCD.EL19OTI01.Ba138Ca): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.EL19OTI01.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

CdCa (GBRCD.EL19OTI01.CdCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

FeCa (GBRCD.EL19OTI01.FeCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LiCa (GBRCD.EL19OTI01.LiCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MgCa (GBRCD.EL19OTI01.MgCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

MnCa (GBRCD.EL19OTI01.MnCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PCa (GBRCD.EL19OTI01.PCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

PbCa (GBRCD.EL19OTI01.PbCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

SrCa (GBRCD.EL19OTI01.SrCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

UCa (GBRCD.EL19OTI01.UCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

YCa (GBRCD.EL19OTI01.YCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.EL19OTI01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.EL19OTI01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.EL19OTI01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.EL19OTI01.Ba138Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba138Ca (GBRCD.EL19OTI01.Ba138Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.EL19OTI01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.EL19OTI01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

CdCa (GBRCD.EL19OTI01.CdCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

CdCa (GBRCD.EL19OTI01.CdCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

FeCa (GBRCD.EL19OTI01.FeCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

FeCa (GBRCD.EL19OTI01.FeCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.EL19OTI01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.EL19OTI01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.EL19OTI01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.EL19OTI01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MnCa (GBRCD.EL19OTI01.MnCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MnCa (GBRCD.EL19OTI01.MnCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PCa (GBRCD.EL19OTI01.PCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PCa (GBRCD.EL19OTI01.PCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

PbCa (GBRCD.EL19OTI01.PbCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

PbCa (GBRCD.EL19OTI01.PbCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.EL19OTI01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.EL19OTI01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.EL19OTI01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.EL19OTI01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YCa (GBRCD.EL19OTI01.YCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

YCa (GBRCD.EL19OTI01.YCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.EL19OTI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.EL19OTI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

Ba138Ca (GBRCD.EL19OTI01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 

BaCa (GBRCD.EL19OTI01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

FeCa (GBRCD.EL19OTI01.FeCa): paleoData_description: '' has been replaced by 'Iron/Calcium'

notes: 'Longitude corrected from publication as per information supplied by J. Mallela. Original longitude was 153.081383 E.' has been replaced by 'Longitude corrected from publication as per information supplied by J. Mallela. Original longitude was 153.081383 E. Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST 614 standard.'

BCa (GBRCD.EL19OTI01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

BCa (GBRCD.EL19OTI01.BCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Ba138Ca (GBRCD.EL19OTI01.Ba138Ca): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

Ba138Ca (GBRCD.EL19OTI01.Ba138Ca): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.EL19OTI01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

BaCa (GBRCD.EL19OTI01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

CdCa (GBRCD.EL19OTI01.CdCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

CdCa (GBRCD.EL19OTI01.CdCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

FeCa (GBRCD.EL19OTI01.FeCa): paleoData_longName: '' has been replaced by 'Fe/Ca'

FeCa (GBRCD.EL19OTI01.FeCa): paleoData_units: '' has been replaced by 'millimole/mole'

FeCa (GBRCD.EL19OTI01.FeCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

FeCa (GBRCD.EL19OTI01.FeCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

LiCa (GBRCD.EL19OTI01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

LiCa (GBRCD.EL19OTI01.LiCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MgCa (GBRCD.EL19OTI01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

MgCa (GBRCD.EL19OTI01.MgCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

MnCa (GBRCD.EL19OTI01.MnCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

MnCa (GBRCD.EL19OTI01.MnCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PCa (GBRCD.EL19OTI01.PCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

PCa (GBRCD.EL19OTI01.PCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

PbCa (GBRCD.EL19OTI01.PbCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

PbCa (GBRCD.EL19OTI01.PbCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

SrCa (GBRCD.EL19OTI01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

SrCa (GBRCD.EL19OTI01.SrCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

UCa (GBRCD.EL19OTI01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

UCa (GBRCD.EL19OTI01.UCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

YCa (GBRCD.EL19OTI01.YCa): paleoData_measurementInstrument: '' has been replaced by 'Varian 820-MS quadruple ICP-MS equipped with an ArF excimer laser (193 nm) ablation system'

YCa (GBRCD.EL19OTI01.YCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BCa (GBRCD.EL19OTI01.BCa): interpretation1_scope: '' has been replaced by 'climate'

Ba138Ca (GBRCD.EL19OTI01.Ba138Ca): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.EL19OTI01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

CdCa (GBRCD.EL19OTI01.CdCa): interpretation1_scope: '' has been replaced by 'climate'

FeCa (GBRCD.EL19OTI01.FeCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.EL19OTI01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.EL19OTI01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

MnCa (GBRCD.EL19OTI01.MnCa): interpretation1_scope: '' has been replaced by 'climate'

PCa (GBRCD.EL19OTI01.PCa): interpretation1_scope: '' has been replaced by 'climate'

PbCa (GBRCD.EL19OTI01.PbCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.EL19OTI01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.EL19OTI01.UCa): interpretation1_scope: '' has been replaced by 'climate'

YCa (GBRCD.EL19OTI01.YCa): interpretation1_scope: '' has been replaced by 'climate'

Ellis, B., Grant, K., Mallela, J. & Abram, N. (2019), 'Is XRF core scanning a viable method for coral palaeoclimate temperature reconstructions?', Quaternary International, 514, 97-107, 10.1016/j.quaint.2018.11.044.

Is XRF core scanning a viable method for coral palaeoclimate temperature reconstructions?

Longitude corrected from publication as per information supplied by J. Mallela. Original longitude was 153.081383. Top of colony water depth 1.3 m and bottom of colony 2.8 m.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: Ba = 1.27%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: BaCa = 1.57%;. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: MgCa = 0.9%. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: Mn = 1.48%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.

Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: SrCa = 0.46%. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.

Ba (GBRCD.LE07MAG01.Ba): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: Ba = 1.27%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.'

BaCa (GBRCD.LE07MAG01.BaCa): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: BaCa = 1.57%;. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.'

Ca (GBRCD.LE07MAG01.Ca): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. REEs measured.'

MgCa (GBRCD.LE07MAG01.MgCa): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: MgCa = 0.9%. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.'

Mn (GBRCD.LE07MAG01.Mn): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: Mn = 1.48%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.'

Pr (GBRCD.LE07MAG01.Pr): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. REEs measured.'

Sm (GBRCD.LE07MAG01.Sm): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. REEs measured.'

SrCa (GBRCD.LE07MAG01.SrCa): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibility: SrCa = 0.46%. Trace element ratio reproducibility as reported in Lewis (2005). REEs measured.'

Th (GBRCD.LE07MAG01.Th): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Th = 1.83%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.'

UCa (GBRCD.LE07MAG01.UCa): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: UCa = 0.6%. Trace element reproducibility as reported in Lewis (2005). REEs measured.'

Y (GBRCD.LE07MAG01.Y): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. JCp-1 reproducibilty: Y = 3.47%. Trace element reproducibility as reported in Lewis et al. (2007). REEs measured.'

YHo (GBRCD.LE07MAG01.YHo): paleoData_notes: 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. Analysis precision reproducibility is calculated for JCp-1 for trace elements (TE) as reported in Lewis et al. (2007) and TE/Ca is as reported in Lewis (2005). Analysis precision reproducibility based on repeat measurements of internal standard (Pandora). REEs measured.' has been replaced by 'Sampled at bulk 2-yearly growth increments (biennial resolution) using a stainless steel drill tip on a moveable stage. REEs measured.'

year (GBRCD.LE07MAG01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.LE07MAG01.BaCa): paleoData_description: 'Barium/Calcium 

Ba (GBRCD.LE07MAG01.Ba): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ba (GBRCD.LE07MAG01.Ba): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE07MAG01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.LE07MAG01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Ca (GBRCD.LE07MAG01.Ca): paleoData_isPrimary: '' has been replaced by 'FALSE'

Ca (GBRCD.LE07MAG01.Ca): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE07MAG01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.LE07MAG01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Mn (GBRCD.LE07MAG01.Mn): paleoData_isPrimary: '' has been replaced by 'FALSE'

Mn (GBRCD.LE07MAG01.Mn): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Pr (GBRCD.LE07MAG01.Pr): paleoData_isPrimary: '' has been replaced by 'FALSE'

Pr (GBRCD.LE07MAG01.Pr): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Sm (GBRCD.LE07MAG01.Sm): paleoData_isPrimary: '' has been replaced by 'FALSE'

Sm (GBRCD.LE07MAG01.Sm): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE07MAG01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.LE07MAG01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Th (GBRCD.LE07MAG01.Th): paleoData_isPrimary: '' has been replaced by 'FALSE'

Th (GBRCD.LE07MAG01.Th): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.LE07MAG01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.LE07MAG01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Y (GBRCD.LE07MAG01.Y): paleoData_isPrimary: '' has been replaced by 'FALSE'

Y (GBRCD.LE07MAG01.Y): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

YHo (GBRCD.LE07MAG01.YHo): paleoData_isPrimary: '' has been replaced by 'FALSE'

YHo (GBRCD.LE07MAG01.YHo): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.LE07MAG01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.LE07MAG01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.LE07MAG01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Ca (GBRCD.LE07MAG01.Ca): paleoData_description: '' has been replaced by 'Calcium'

YHo (GBRCD.LE07MAG01.YHo): paleoData_description: 'Yttrium/Holmium as mass ratio' has been replaced by 'Yttrium/Holmium as mass ratio.'

Ba (GBRCD.LE07MAG01.Ba): paleoData_uncertaintyAnalytical: '' has been replaced by '1.27'

Ba (GBRCD.LE07MAG01.Ba): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Ba (GBRCD.LE07MAG01.Ba): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Ba (GBRCD.LE07MAG01.Ba): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

BaCa (GBRCD.LE07MAG01.BaCa): paleoData_uncertaintyAnalytical: '' has been replaced by '1.57'

BaCa (GBRCD.LE07MAG01.BaCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

BaCa (GBRCD.LE07MAG01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

BaCa (GBRCD.LE07MAG01.BaCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ca (GBRCD.LE07MAG01.Ca): paleoData_longName: '' has been replaced by 'Ca'

Ca (GBRCD.LE07MAG01.Ca): paleoData_units: '' has been replaced by 'parts per million'

Ca (GBRCD.LE07MAG01.Ca): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Ca (GBRCD.LE07MAG01.Ca): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

MgCa (GBRCD.LE07MAG01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.94'

MgCa (GBRCD.LE07MAG01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

MgCa (GBRCD.LE07MAG01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

MgCa (GBRCD.LE07MAG01.MgCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Mn (GBRCD.LE07MAG01.Mn): paleoData_uncertaintyAnalytical: '' has been replaced by '1.48'

Mn (GBRCD.LE07MAG01.Mn): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Mn (GBRCD.LE07MAG01.Mn): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Mn (GBRCD.LE07MAG01.Mn): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Pr (GBRCD.LE07MAG01.Pr): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Pr (GBRCD.LE07MAG01.Pr): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Sm (GBRCD.LE07MAG01.Sm): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Sm (GBRCD.LE07MAG01.Sm): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

SrCa (GBRCD.LE07MAG01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

SrCa (GBRCD.LE07MAG01.SrCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Th (GBRCD.LE07MAG01.Th): paleoData_uncertaintyAnalytical: '' has been replaced by '3.47'

Th (GBRCD.LE07MAG01.Th): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Th (GBRCD.LE07MAG01.Th): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Th (GBRCD.LE07MAG01.Th): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

UCa (GBRCD.LE07MAG01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

UCa (GBRCD.LE07MAG01.UCa): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Y (GBRCD.LE07MAG01.Y): paleoData_uncertaintyAnalytical: '' has been replaced by '1.83'

Y (GBRCD.LE07MAG01.Y): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '%'

Y (GBRCD.LE07MAG01.Y): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

Y (GBRCD.LE07MAG01.Y): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

YHo (GBRCD.LE07MAG01.YHo): paleoData_measurementInstrument: '' has been replaced by 'Thermo Electron X-Series instrument with the Xi interface'

YHo (GBRCD.LE07MAG01.YHo): paleoData_measurementMethod: '' has been replaced by 'ICP-MS'

Ba (GBRCD.LE07MAG01.Ba): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.LE07MAG01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Ca (GBRCD.LE07MAG01.Ca): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.LE07MAG01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

Mn (GBRCD.LE07MAG01.Mn): interpretation1_scope: '' has been replaced by 'climate'

Pr (GBRCD.LE07MAG01.Pr): interpretation1_scope: '' has been replaced by 'climate'

Sm (GBRCD.LE07MAG01.Sm): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.LE07MAG01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

Th (GBRCD.LE07MAG01.Th): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.LE07MAG01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Y (GBRCD.LE07MAG01.Y): interpretation1_scope: '' has been replaced by 'climate'

YHo (GBRCD.LE07MAG01.YHo): interpretation1_scope: '' has been replaced by 'climate'

Barnes and Lough (1992); D'Olivo and McCulloch (2022); De'ath et al. (2009); Erler et al. (2016); Lough (2007); Lough (2011a); Lough (2011b); Lough and Barnes (1997)

notes: 'One part of composite record of luminescence indices for 8 coral cores from central GBR from Hendy et al. (2003).' has been replaced by 'One part of composite record of luminescence indices for 8 coral cores from central GBR from Hendy et al. (2003a).'

pub2_author: 'Lough, J.M.' has been replaced by 'Hendy, E.J., Gagan, M.K., Lough, J.M., McCulloch, M. & deMenocal, P.B.'

pub2_citation: 'Lough, J.M. (2007), 'Tropical river flow and rainfall reconstructions from coral luminescence: Great Barrier Reef, Australia', Paleoceanography, 22, no. 2, 10.1029/2006pa001377.' has been replaced by 'Hendy, E.J., Gagan, M.K., Lough, J.M., McCulloch, M. & deMenocal, P.B. (2007), 'Impact of skeletal dissolution and secondary aragonite on trace element and isotopic climate proxies in Porites corals', Paleoceanography, 22 (4), 10.1029/2007pa001462.'

pub2_doi: '10.1029/2006pa001377' has been replaced by '10.1029/2007pa001462'

pub2_firstAuthor: 'Lough, J.M.' has been replaced by 'Hendy, E.J.'

pub2_title: 'Tropical river flow and rainfall reconstructions from coral luminescence: Great Barrier Reef, Australia' has been replaced by 'Impact of skeletal dissolution and secondary aragonite on trace element and isotopic climate proxies in Porites corals'

year (GBRCD.HE03GPI01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'One part of composite record of luminescence indices for 8 coral cores from central GBR from Hendy et al. (2003). Latitude and longitude for core from Lough et al. (2011)' has been replaced by 'One part of composite record of luminescence indices for 8 coral cores from central GBR from Hendy et al. (2003).'

geo_notes: '' has been replaced by 'Latitude and longitude for core from Lough et al. (2011)'

LuminInd (GBRCD.HE03GPI01.LuminInd): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

LuminInd (GBRCD.HE03GPI01.LuminInd): paleoData_isPrimary: '' has been replaced by 'FALSE'

LuminInd (GBRCD.HE03GPI01.LuminInd): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.HE03GPI01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.HE03GPI01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

LuminInd (GBRCD.HE03GPI01.LuminInd): paleoData_measurementMethod: '' has been replaced by 'Visual indices'

LuminInd (GBRCD.HE03GPI01.LuminInd): interpretation1_scope: '' has been replaced by 'climate'

De'ath et al. (2009); Hendy et al. (2002); Hendy et al. (2003b); Lough (2007); Lough (2011a); Lough (2011b); Lough and Barnes (1997)

One part of composite record of luminescence indices for 8 coral cores from central GBR from Hendy et al. (2003a).

Leonard, N.D., Welsh, K.J., Lough, J.M., Feng, Y.x., Pandolfi, J.M., Clark, T.R. & Zhao, J.x. (2016), 'Evidence of reduced mid-Holocene ENSO variance on the Great Barrier Reef, Australia', Paleoceanography, 31, no. 9, 1248-1260, 10.1002/2016PA002967.

Ba modern = 4.8 * 0.6 * 10^12. Note based on Burdekin river flow and Ba = Ba/Ca * 10^6 (atomic) and the intercept is 4.8 * 10^6. Equation may be specific to the Havannah site.

year (GBRCD.MC03PAN01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Composite record, unknown core IDs. Latitude and longitude inferred for reef from 'Reefs and shoals – Queensland' geodatabase.' has been replaced by 'Composite record, unknown core IDs.'

BaCa (GBRCD.MC03PAN01.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.MC03PAN01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.MC03PAN01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.MC03PAN01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.MC03PAN01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.MC03PAN01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BaCa (GBRCD.MC03PAN01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Not stated'

BaCa (GBRCD.MC03PAN01.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

BaCa (GBRCD.MC03PAN01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

ArF excimer laser (193 nm wavelength) attached to a modified VG Elemental PQ2+ or Varian 822

year (GBRCD.JU08SCA03.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

notes: 'Individual record that makes up part of SC Master record. No luminescence data available for part of 1996-1997, 1990. BaCa data from 1968-2002.' has been replaced by 'Individual record that makes up part of SC Master record. No Lumin data available for part of 1996-1997, 1990. BaCa data is 1968-2002.'

BaCa (GBRCD.JU08SCA03.BaCa): paleoData_description: 'Barium/Calcium 

BaCa (GBRCD.JU08SCA03.BaCa): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

Lumin (GBRCD.JU08SCA03.Lumin): calibration_notes: 'No calibration applied' has been replaced by 'No calibration applied.'

BaCa (GBRCD.JU08SCA03.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.JU08SCA03.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08SCA03.Lumin): paleoData_isPrimary: '' has been replaced by 'FALSE'

Lumin (GBRCD.JU08SCA03.Lumin): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.JU08SCA03.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.JU08SCA03.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.JU08SCA03.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

Lumin (GBRCD.JU08SCA03.Lumin): paleoData_description: 'Coral luminescence as measured by luminometer' has been replaced by 'Coral luminescence as measured by luminometer.'

BaCa (GBRCD.JU08SCA03.BaCa): paleoData_measurementInstrument: '' has been replaced by 'ArF excimer laser (193 nm wavelength) attached to a modified VG Elemental PQ2+ or Varian 822'

BaCa (GBRCD.JU08SCA03.BaCa): paleoData_measurementMethod: '' has been replaced by 'LA-ICP-MS'

Lumin (GBRCD.JU08SCA03.Lumin): paleoData_measurementInstrument: '' has been replaced by 'AIMS luminometer'

Lumin (GBRCD.JU08SCA03.Lumin): paleoData_measurementMethod: '' has been replaced by 'Optical luminometry'

BaCa (GBRCD.JU08SCA03.BaCa): interpretation1_scope: '' has been replaced by 'climate'

Lumin (GBRCD.JU08SCA03.Lumin): interpretation1_scope: '' has been replaced by 'climate'

Individual record that makes up part of SC Master record. No Lumin data available for part of 1996-1997, 1990. BaCa data is 1968-2002.

BCa (GBRCD.DO18RIB01.BCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BCa (GBRCD.DO18RIB01.BCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BCa (GBRCD.DO18RIB01.BCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

BMg (GBRCD.DO18RIB01.BMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BMg (GBRCD.DO18RIB01.BMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BMg (GBRCD.DO18RIB01.BMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

BMg (GBRCD.DO18RIB01.BMg): paleoData_uncertaintyAnalytical: '8.29' has been replaced by '3.29'

BMg (GBRCD.DO18RIB01.BMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiCa (GBRCD.DO18RIB01.LiCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiCa (GBRCD.DO18RIB01.LiCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiCa (GBRCD.DO18RIB01.LiCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_uncertaintyAnalytical: '1.04' has been replaced by '0.75'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_uncertaintyAnalytical: '0.9' has been replaced by '3.12'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_uncertaintyAnalytical: '0.41' has been replaced by '0.225'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

UCa (GBRCD.DO18RIB01.UCa): paleoData_gbrChronologyNotes: 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.' has been replaced by 'Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.'

UCa (GBRCD.DO18RIB01.UCa): paleoData_measurementInstrument: 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer' has been replaced by 'Thermo Fisher Scientific X Series II Q-ICP-MS'

UCa (GBRCD.DO18RIB01.UCa): paleoData_notes: 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for JCp-1.' has been replaced by 'Subsampled the axis of maximum growth using a micromill with a 3 mm drill bit, at 7-8 samples per year or better than bimonthly resolution. Analytical precision reported for Davies Reef coral standard solution.'

UCa (GBRCD.DO18RIB01.UCa): paleoData_uncertaintyAnalytical: '1.15' has been replaced by '0.525'

UCa (GBRCD.DO18RIB01.UCa): paleoData_uncertaintyAnalyticalUnits: '2s %' has been replaced by '%'

year (GBRCD.DO18RIB01.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_description: 'Barium/Calcium 

BCa (GBRCD.DO18RIB01.BCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BCa (GBRCD.DO18RIB01.BCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BMg (GBRCD.DO18RIB01.BMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

BMg (GBRCD.DO18RIB01.BMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18RIB01.LiCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiCa (GBRCD.DO18RIB01.LiCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_isPrimary: '' has been replaced by 'FALSE'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18RIB01.UCa): paleoData_isPrimary: '' has been replaced by 'FALSE'

UCa (GBRCD.DO18RIB01.UCa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

year (GBRCD.DO18RIB01.year): paleoData_isPrimary: '' has been replaced by 'FALSE'

year (GBRCD.DO18RIB01.year): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' has been replaced by 'Barium/Calcium 

BCa (GBRCD.DO18RIB01.BCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

BCa (GBRCD.DO18RIB01.BCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BCa (GBRCD.DO18RIB01.BCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BMg (GBRCD.DO18RIB01.BMg): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

BMg (GBRCD.DO18RIB01.BMg): paleoData_uncertaintyAnalytical: '' has been replaced by '8.29'

BMg (GBRCD.DO18RIB01.BMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

BMg (GBRCD.DO18RIB01.BMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BMg (GBRCD.DO18RIB01.BMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

BaCa (GBRCD.DO18RIB01.BaCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiCa (GBRCD.DO18RIB01.LiCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

LiCa (GBRCD.DO18RIB01.LiCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiCa (GBRCD.DO18RIB01.LiCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_uncertaintyAnalytical: '' has been replaced by '1.04'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

LiMg (GBRCD.DO18RIB01.LiMg): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_uncertaintyAnalytical: '' has been replaced by '0.9'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_uncertaintyAnalyticalUnits: '' has been replaced by '2s %'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

MgCa (GBRCD.DO18RIB01.MgCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

SrCa (GBRCD.DO18RIB01.SrCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

UCa (GBRCD.DO18RIB01.UCa): paleoData_gbrIsDatabaseDuplicate: 'FALSE' has been replaced by 'TRUE'

UCa (GBRCD.DO18RIB01.UCa): paleoData_measurementInstrument: '' has been replaced by 'Thermo Fisher Scientific X Series II quadrupole inductively coupled plasma mass spectrometer'

UCa (GBRCD.DO18RIB01.UCa): paleoData_measurementMethod: '' has been replaced by 'Q-ICP-MS'

BCa (GBRCD.DO18RIB01.BCa): interpretation1_scope: '' has been replaced by 'climate'

BMg (GBRCD.DO18RIB01.BMg): interpretation1_scope: '' has been replaced by 'climate'

BaCa (GBRCD.DO18RIB01.BaCa): interpretation1_scope: '' has been replaced by 'climate'

LiCa (GBRCD.DO18RIB01.LiCa): interpretation1_scope: '' has been replaced by 'climate'

LiMg (GBRCD.DO18RIB01.LiMg): interpretation1_scope: '' has been replaced by 'climate'

MgCa (GBRCD.DO18RIB01.MgCa): interpretation1_scope: '' has been replaced by 'climate'

SrCa (GBRCD.DO18RIB01.SrCa): interpretation1_scope: '' has been replaced by 'climate'

UCa (GBRCD.DO18RIB01.UCa): interpretation1_scope: '' has been replaced by 'climate'

Alibert, C., Kinsley, L., Fallon, S.J., McCulloch, M.T., Berkelmans, R. & McAllister, F

Sadler, J., Nguyen, A.D., Leonard, N.D., Webb, G.E. & Nothdurft, L.D

McCulloch, M.T., D’Olivo, J.P., Falter, J., Holcomb, M. & Trotter, J.A

Thompson, D., McCulloch, M., Cole, J.E., Reed, E.V., D’Olivo, J.P., Dyez, K., Lofverstrom, M., Lough, J., Cantin, N., Tudhope, A.W., Cheung, A.H., Vetter, L. & Edwards, R.L

Saha, N., Webb, G.E., Zhao, J.-X., Lewis, S.E., Duc Nguyen, A. & Feng, Y

Lough, J.M., Llewellyn, L.E., Lewis, S.E., Turney, C.S.M., Palmer, J.G., Cook, C.G. & Hogg, A.G

Sadler, J., Webb, G.E., Leonard, N.D., Nothdurft, L.D. & Clark, T.R

Wang, Z., Li, J., Wei, G., Deng, W., Chen, X., Zeng, T., Wang, X., Ma, J., Zhang, L., Tu, X., Wang, Q. & McCulloch, M

Rodriguez-Ramirez, A., Grove, C.A., Zinke, J., Pandolfi, J.M. & Zhao, J.-x

Grove, C.A., Rodriguez-Ramirez, A., Merschel, G., Tjallingii, R., Zinke, J., Macia, A. & Brummer, G.-J.A

Erler, D.V., Wang, X.T., Sigman, D.M., Scheffers, S.R., Martinez-Garcia, A. & Haug, G.H

Erler, D.V., Farid, H.T., Glaze, T.D., Carlson-Perret, N.L. & Lough, J.M

Lewis, S.E., Brodie, J.E., McCulloch, M.T., Mallela, J., Jupiter, S.D., Williams, H.S., Lough, J.M. & Matson, E.G

Jupiter, S., Roff, G., Marion, G., Henderson, M., Schrameyer, V., McCulloch, M. & Hoegh-Guldberg, O

Pelejero, C., Calvo, E., McCulloch, M.T., Marshall, J.F., Gagan, M.K., Lough, J.M. & Opdyke, B.N

Calvo, E., Marshall, J.F., Pelejero, C., McCulloch, M.T., Gagan, M.K. & Lough, J.M

Leonard, N.D., Welsh, K.J., Nguyen, A.D., Sadler, J., Pandolfi, J.M., Clark, T.R., Zhao, J.x., Feng, Y.x. & Webb, G.E

Lewis, S.E., Lough, J.M., Cantin, N.E., Matson, E.G., Kinsley, L., Bainbridge, Z.T. & Brodie, J.

Arzey, A.K., McGregor, H.V., Clark, T.R., Webster, J.M., Lewis, S.E., Mallela, J., McKay, N.P., Fahey, H.W., Chakraborty, S., Razak, T.B. & Fischer, M.J

Saha, N., Webb, G.E., Zhao, J.-X., Nguyen, A.D., Lewis, S.E. & Lough, J.M

Razak, T.B., Mumby, P.J., Nguyen, A.D., Zhao, J.-X., Lough, J.M., Cantin, N.E. & Roff, G

Chen, X., Deng, W., Kang, H., Zeng, T., Zhang, L., Zhao, J.-x. & Wei, G

McCulloch, M., Fallon, S., Wyndham, T., Hendy, E., Lough, J. & Barnes, D

Saha, N., Rodriguez-Ramirez, A., Nguyen, A.D., Clark, T.R., Zhao, J.X. & Webb, G.E

Roche, R.C., Perry, C.T., Smithers, S.G., Leng, M.J., Grove, C.A., Sloane, H.J. & Unsworth, C.E

Palmer, J.G., Cook, E.R., Turney, C.S.M., Allen, K., Fenwick, P., Cook, B.I., O’Donnell, A., Lough, J., Grierson, P. & Baker, P

Gagan, M.K., Ayliffe, L.K., Hopley, D., Cali, J.A., Mortimer, G.E., Chappell, J., McCulloch, M.T. & Head, M.J

Gagan, M.K., Ayliffe, L.K., Opdyke, B.N., Hopley, D., Scott-Gagan, H. & Cowley, J

Hendy, E.J., Gagan, M.K., Alibert, C.A., McCulloch, M.T., Lough, J.M. & Isdale, P.J

Hendy, E.J., Gagan, M.K., Lough, J.M., McCulloch, M. & deMenocal, P.B

Xiao, H., Deng, W., Wei, G., Chen, J., Zheng, X., Shi, T., Chen, X., Wang, C., Liu, X. & Zeng, T

Leonard, N.D., Welsh, K.J., Lough, J.M., Feng, Y.x., Pandolfi, J.M., Clark, T.R. & Zhao, J.x