Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.
Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.
Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.
Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.
Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.
Sample originally measured by T. Razak, but has not been published previously. Age model created by A. Arzey for archiving. See GBRCD publication appendices.
Sample originally measured by A. Arzey, but data was not published previously. See GBRCD publication appendices.
Sample originally measured by A. Arzey, but data was not published previously. See GBRCD publication appendices.
Sample originally measured by A. Arzey, but data was not published previously. See GBRCD publication appendices.
Sample originally measured by A. Arzey, but data was not published previously. See GBRCD publication appendices.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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).
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).
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).
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).
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).
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).
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).
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).
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).
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).
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).
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).
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).
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).
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).
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
According to D'Olivo & McCulloch (2022) core should be the same coral used in Walther et al. (2013) though core IDs do not match.
According to D'Olivo & McCulloch (2022) core should be the same coral used in Walther et al. (2013) though core IDs do not match.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
Note gap in data between 1783-1804.
Note gap in data between 1783-1804.
Note gap in data between 1783-1804.
Note gap in data between 1783-1804.
Note gap in data between 1783-1804.
Note 1975 includes 29 replicate samples for age 1975.107
Note 1975 includes 29 replicate samples for age 1975.107
Note 1975 includes 29 replicate samples for age 1975.107
Note 1975 includes 29 replicate samples for age 1975.107
Age model does not appear to match age model expected from reported methods for at least the youngest 10 years of the record.
Age model does not appear to match age model expected from reported methods for at least the youngest 10 years of the record.
Age model does not appear to match age model expected from reported methods for at least the youngest 10 years of the record.
Age model does not appear to match age model expected from reported methods for at least the youngest 10 years of the record.
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.
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.
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.
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.
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.
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.
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.
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.
Core taken from same coral as Abraham-2. Information indicates this coral may be known as ABR01A in the AIMS' coral core database.
Core taken from same coral as Abraham-2. Information indicates this coral may be known as ABR01A in the AIMS' coral core database.
Core take from same coral as Abraham-1.
Core take from same coral as Abraham-1.
Note the 7 replicate samples.
Note the 7 replicate samples.
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.
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.
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.
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.
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.
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.
Core ID referenced as Hav33a in publication figures, but referenced as Hav33b in supplementary.
Core ID referenced as Hav33a in publication figures, but referenced as Hav33b in supplementary.
Coral was not alive at the top of the core when it was collected and probably stopped recording information in March or April 1998.
Coral was not alive at the top of the core when it was collected and probably stopped recording information in March or April 1998.
Coral was not alive at the top of the core when it was collected and probably stopped recording information in March or April 1998.
Coral was not alive at the top of the core when it was collected and probably stopped recording information in March or April 1998.
Coral was not alive at the top of the core when it was collected and probably stopped recording information in March or April 1998.
Coral was not alive at the top of the core when it was collected and probably stopped recording information in March or April 1998.
Coral was not alive at the top of the core when it was collected and probably stopped recording information in March or April 1998.
Note the gap in data. Record is two sections of the same coral; 1970-1977 & 1988-1994.
Note the gap in data. Record is two sections of the same coral; 1970-1977 & 1988-1994.
Note the gap in data. Record is two sections of the same coral; 1970-1977 & 1988-1994.
Note the gap in data. Record is two sections of the same coral; 1970-1977 & 1988-1994.
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).
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).
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).
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).
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).
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).
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).
One part of composite record of luminescence indices for 8 coral cores from central GBR from Hendy et al. (2003a).
One part of composite record of luminescence indices for 8 coral cores from central GBR from Hendy et al. (2003a).
Dating errors of core established by Hendy et al. (2003).
Dating errors of core established by Hendy et al. (2003).
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).
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).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Individual record that makes up part of KI Master record. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Individual record that makes up part of KI Master record. Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
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.
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.
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.
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).
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).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Core collection depth differs between Jupiter et al. (2008) and Jupiter (2006).
Individual record that makes up part of RT Master record. No Lumin data available for part of 1977. BaCa data is 1968-2002.
Individual record that makes up part of RT Master record. No Lumin data available for part of 1977. BaCa data is 1968-2002.
Individual record that makes up part of RT Master record. No Lumin data available for part of 1977. BaCa data is 1968-2002.
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.
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.
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).
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).
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).
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).
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.
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.
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.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
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.
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.
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.
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.
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.
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.
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.
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.
Age matched with Lough et al. (2014) NEL coral suite.
Age matched with Lough et al. (2014) NEL coral suite.
Age matched with Lough et al. (2014) NEL coral suite.
Age matched with Lough et al. (2014) NEL coral suite.
Age matched with Lough et al. (2014) NEL coral suite.
Age matched with Lough et al. (2014) NEL coral suite.
Age matched with Lough et al. (2014) NEL coral suite.
Age matched with Lough et al. (2014) NEL coral suite.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus covering period -3874 to -3868; hiatus is excluded from resolution calculations.
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).
Based on coral ID, expected the same record as LO15HAV01 but values are not the same and no explanation for difference is noted.
Based on coral ID, expected the same record as LO15HAV01 but values are not the same and no explanation for difference is noted.
Thought to be the same coral head later sampled by AIMS as GFB31.
Thought to be the same coral head later sampled by AIMS as GFB31.
Note growth hiatus -3874 to -3868; hiatus is excluded from resolution calculations.
Note growth hiatus -3874 to -3868; hiatus is excluded from resolution calculations.
Based on coral ID, expected the same record as LO11HAV01 but values are not the same and no explanation for difference is noted.
Based on coral ID, expected the same record as LO11HAV01 but values are not the same and no explanation for difference is noted.
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Samples from Myrmidon Hole 2 drill core matrices (Davies & Hopley 1983).
Composite record, includes data from coral core HAV01A.
Composite record, includes data from coral core HAV01A.
Composite record, unknown core IDs.
Composite record, unknown core IDs.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
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.
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.
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.
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.
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.
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.
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.
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.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
Published record uses standardised values based on the 1982-2010 period.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
Data is archived prior to bimonthly interpolation that was used in analyses in Sadler et al. (2016b) publication.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
Havannah coral referenced as HAV06A or HAV06-A in D'Olivo & McCulloch (2022) publication.
Havannah coral referenced as HAV06A or HAV06-A in D'Olivo & McCulloch (2022) publication.
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.
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.
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.
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.
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.
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.