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.
Barium/Calcium. 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.
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.
Barium/Calcium. For laser ablation datasets this is a measure of the total Ba/Ca using the count intensities of the Ba137 isotope.
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 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.'
added isPrimary, primaryAgeColumn, and hasTimeTsid
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'
pub1_doiData: '' has been replaced by '10.25921/81k3-st33'
Ba138Ca (GBRCD.EL19OTI01.Ba138Ca): paleoData_description: 'Barium138/Calcium' has been replaced by 'Barium/Calcium. 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.'
BaCa (GBRCD.EL19OTI01.BaCa): paleoData_description: 'Barium/Calcium. Assumed to be Ba137/Ca.' 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.'
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.
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.