SrCa compared with weekly averaged in situ SSTs from Davies Reef weather station. Features in SrCa record matched with same events in the SST record.
SrCa compared with weekly averaged in situ SSTs from Davies Reef weather station. Features in SrCa record matched with same events in the SST record.
SrCa compared with weekly averaged in situ SSTs from Davies Reef weather station. Features in SrCa record matched with same events in the SST record.
SrCa time series was derived by scaling of the distance axis for 1989 to 1993.
SrCa time series was derived by scaling of the distance axis for 1989 to 1993.
SrCa time series was derived by scaling of the distance axis for 1989 to 1993.
SrCa time series was derived by scaling of the distance axis for 1989 to 1993.
SrCa time series was derived by scaling of the distance axis for 1989 to 1993.
SrCa time series was derived by scaling of the distance axis for 1989 to 1993.
SrCa time series was derived by scaling of the distance axis for 1989 to 1993.
SrCa time series was derived by scaling of the distance axis for 1989 to 1993.
SrCa time series was derived by scaling of the distance axis for 1989 to 1993.
SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.
SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.
SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.
SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.
SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.
SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.
SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.
SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.
SrCa compared with in-situ weekly averaged blended SSTs from 3 sites around Orpheus and Pelorus Islands for TIMS data.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa compared with weekly averaged SSTs; slice B1 matched only a small number of data points with mainly satellite derived SSTs 1988 to 1993.
SrCa maxima & minima matched with HadISST1.1 minima & maxima. Cross-checked with UCa.
SrCa maxima & minima matched with HadISST1.1 minima & maxima. Cross-checked with UCa.
SrCa maxima & minima matched with HadISST1.1 minima & maxima. Cross-checked with UCa.
SrCa maxima & minima matched with HadISST1.1 minima & maxima. Cross-checked with UCa.
SrCa maxima & minima matched with HadISST1.1 minima & maxima. Cross-checked with UCa.
SrCa maxima & minima matched with HadISST1.1 minima & maxima. Cross-checked with UCa.
SrCa maxima & minima matched with fortnightly averaged Reyn-Smith OISST v2 minima & maxima
SrCa maxima & minima matched with fortnightly averaged Reyn-Smith OISST v2 minima & maxima
SrCa maxima & minima matched with fortnightly averaged Reyn-Smith OISST v2 minima & maxima
SrCa maxima & minima matched with fortnightly averaged Reyn-Smith OISST v2 minima & maxima
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8) by S. Lewis and the selected tie-points were matched with fortnightly averaged weekly NOAA Reyn-Smith OISST v2.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
SrCa maxima matched to winter minima (August 15) and fine tuned using UCa.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
SrCa maxima & minima & inflection points tied respectively to ERSST v3b minima & maxima & inflection points. Time series interpolated to 12 points per year.
Growth bands.
Growth bands.
Growth bands.
Archived age model matched d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima.
Archived age model matched d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima.
Archived age model matched d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima.
Archived age model matched d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima.
Archived age model matched d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima.
Best estimate for age model years re-created by A. Arzey for database by matching d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima. Approx. 2 years of data could not be assigned an age based on the original age model and seasonal cycle.
Best estimate for age model years re-created by A. Arzey for database by matching d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima. Approx. 2 years of data could not be assigned an age based on the original age model and seasonal cycle.
Best estimate for age model years re-created by A. Arzey for database by matching d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima. Approx. 2 years of data could not be assigned an age based on the original age model and seasonal cycle.
Best estimate for age model years re-created by A. Arzey for database by matching d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima. Approx. 2 years of data could not be assigned an age based on the original age model and seasonal cycle.
Best estimate for age model years re-created by A. Arzey for database by matching d18O maxima & minima with HadISST minima and maxima. Original age model was d18O maxima and minima tied with COADS SST minima & maxima. Approx. 2 years of data could not be assigned an age based on the original age model and seasonal cycle.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Luminescent bands.
Luminescent bands.
Luminescent bands.
Luminescent bands.
Luminescent bands.
Luminescent bands.
Luminescent bands.
Luminescent bands.
Growth bands.
Growth bands.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands & luminescence, and fine tuned using SrCa matched to in situ temperature.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maxima and minima SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
Growth bands and luminescence established first order chronology and tuned using SrCa & LiMg matched to maximum and minimum SSTs. Data re-sampled to bimonthly resolution using linear interpolation.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
SrCa & UCa seasonality matched to SST (AIMS in situ SST extended with NOAA ERSST v5) with minima SST assumed to be 20th of July. Cross-checked using luminescent lines.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December.
Growth bands. Assumes high density bands accrete October to December. Chronology (age) in database is mid point between top & bottom sample age.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
Growth band counting.
Growth band counting.
Growth band counting.
Growth band counting.
Growth band counting.
Growth band counting.
Based on previously determined chronologies of the same cores.
Based on previously determined chronologies of the same cores.
Based on previously determined chronologies of the same cores.
Based on previously determined chronologies of the same cores.
Based on previously determined chronologies of the same cores.
Based on previously determined chronologies of the same cores.
Based on previously determined chronologies of the same cores.
Based on previously determined chronologies of the same cores.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Myrmidon-IGOSS composite SSTs.
Method not stated. Used Myrmidon-IGOSS composite SSTs.
Method not stated. Used Myrmidon-IGOSS composite SSTs.
Method not stated. Used Myrmidon-IGOSS composite SSTs.
Method not stated. Used Myrmidon-IGOSS composite SSTs.
Method not stated. Used Myrmidon-IGOSS composite SSTs.
Method not stated. Used Myrmidon-IGOSS composite SSTs.
Method not stated. Used Myrmidon-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Orpheus-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
Method not stated. Used Davies-IGOSS composite SSTs.
SrCa maxima tied to August 1st and interpolating points between.
SrCa maxima tied to August 1st and interpolating points between.
SrCa maxima tied to August 1st and interpolating points between.
SrCa maxima tied to August 1st and interpolating points between.
Growth bands and luminescence.
Growth bands and luminescence. Chronology (age) in database is the middle year between top & bottom sample year.
Growth bands and luminescence. Chronology (age) in database is the middle year between top & bottom sample year.
Growth bands and luminescence. Chronology (age) in database is the middle year between top & bottom sample year.
Growth bands and luminescence. Chronology (age) in database is the middle year between top & bottom sample year.
Growth bands and luminescent banding were used independently to assign and cross-check dating.
Growth bands and luminescent banding were used independently to assign and cross-check dating.
Growth bands and luminescent banding were used independently to assign and cross-check dating.
Growth bands and luminescent banding were used independently to assign and cross-check dating.
Time series created with a 'recursive-diminishing window smoothing algorithm that identified a seasonal low value for each year' that equated to the winter dry season and this was checked against reference photographs of fluorescent bands. 12 data points interpolated between identified low points were totalled to produce an annual value.
Time series created with a 'recursive-diminishing window smoothing algorithm that identified a seasonal low value for each year' that equated to the winter dry season and this was checked against reference photographs of fluorescent bands. 12 data points interpolated between identified low points were totalled to produce an annual value.
Time series created with a 'recursive-diminishing window smoothing algorithm that identified a seasonal low value for each year' that equated to the winter dry season and this was checked against reference photographs of fluorescent bands. 12 data points interpolated between identified low points were totalled to produce an annual value.
Time series created with a 'recursive-diminishing window smoothing algorithm that identified a seasonal low value for each year' that equated to the winter dry season and this was checked against reference photographs of fluorescent bands. 12 data points interpolated between identified low points were totalled to produce an annual value.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.
Luminescence age model from minimum density matched to minimum winter SSTs (first week of August based on IGOSS weekly SST November 1981 to December 2004). Trace elements time series created by matching SrCa maxima & minima with IGOSS weekly SST records 1981 to 2004, and the average week of SST maxima and minima used for pre-1981 data. Data interpolated to 52 points per year.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 70 and assigned appropriate calendar age (BCE) for archiving.
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 70 and assigned appropriate calendar age (BCE) for archiving.
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 70 and assigned appropriate calendar age (BCE) for archiving.
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 70 and assigned appropriate calendar age (BCE) for archiving.
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 70 and assigned appropriate calendar age (BCE) for archiving.
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 70 and assigned appropriate calendar age (BCE) for archiving.
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 70 and assigned appropriate calendar age (BCE) for archiving.
U-Th and growth bands. Relative chronology started at minimum year 5 and ends at maximum year 70 and assigned appropriate calendar age (BCE) for archiving.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
Growth bands & luminescence.
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
U-Th and growth bands. Relative chronology started at minimum year 4 and ends at maximum year 130 and assigned appropriate calendar age (BCE) for archiving. Note observed growth hiatus attributed to -3868 to -3874 CE (year 68 to 74 as per Lough et al. (2014)).
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
U-Th and luminescence.
U-Th and luminescence.
U-Th and luminescence.
U-Th and luminescence.
U-Th and luminescence.
U-Th and luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
SrCa peaks and troughs matched to coldest and warmest months using AIMS monthly in situ SST from Frankland Islands and Arlington Reef.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Annual luminescence peaks dated backwards in conjunction with X-ray growth bands, density and UV image.
Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 232 and ends at min year 298 and assigned appropriate calendar age (BCE) for archiving.
Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 232 and ends at min year 298 and assigned appropriate calendar age (BCE) for archiving.
Multiple 14C dates. Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 234 and ends at min year 313 and assigned appropriate calendar age (BCE) for archiving.
Multiple 14C dates. Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 234 and ends at min year 313 and assigned appropriate calendar age (BCE) for archiving.
Multiple 14C dates. Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 188 and ends at min year 294 and assigned appropriate calendar age (BCE) for archiving.
Multiple 14C dates. Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 188 and ends at min year 294 and assigned appropriate calendar age (BCE) for archiving.
Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 199 and ends at min year 294 and assigned appropriate calendar age (BCE) for archiving.
Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 199 and ends at min year 294 and assigned appropriate calendar age (BCE) for archiving.
Multiple 14C dates. Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 0 and ends at min year 128 and assigned appropriate calendar age (BCE) for archiving.
Multiple 14C dates. Cross-dated luminescence time series for absolute chronology in conjunction with 14C dates of other Lough et al. (2014) coral pieces. Relative chronology started at max year 0 and ends at min year 128 and assigned appropriate calendar age (BCE) for archiving.
Annual chronology determined between minima using x-rays and density versus distance measurements, and UV photos and luminescence versus distance.
Annual chronology determined between minima using x-rays and density versus distance measurements, and UV photos and luminescence versus distance.
Annual chronology determined between minima using x-rays and density versus distance measurements, and UV photos and luminescence versus distance.
Annual chronology determined between minima using x-rays and density versus distance measurements, and UV photos and luminescence versus distance.
Annual chronology determined between minima using x-rays and density versus distance measurements, and UV photos and luminescence versus distance.
Annual chronology determined between minima using x-rays and density versus distance measurements, and UV photos and luminescence versus distance.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
Luminescence peaks; peak luminescence during summer wet season and minimum luminescence in winter dry season.
SrCa maxima & minima matched with AIMS Myrmidon weekly SST minima and maxima. Age model recreated and extended for archiving with HadISST.
SrCa maxima & minima matched with AIMS Myrmidon weekly SST minima and maxima. Age model recreated and extended for archiving with HadISST.
SrCa maxima & minima matched with AIMS Myrmidon weekly SST minima and maxima. Age model recreated and extended for archiving with HadISST.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Not stated in thesis. Age model created for archiving by tying SrCa maxima to winter minima (July 15) based on HadISST average climatology for Myrmidon Reef.
Originally created by matching SrCa maxima & minima with AIMS Davies Reef weekly SST minima & maxima. Age model recreated and extended for archiving using fortnightly averaged SST from AIMS Davies and Hardy Reef loggers.
Originally created by matching SrCa maxima & minima with AIMS Davies Reef weekly SST minima & maxima. Age model recreated and extended for archiving using fortnightly averaged SST from AIMS Davies and Hardy Reef loggers.
Originally created by matching SrCa maxima & minima with AIMS Davies Reef weekly SST minima & maxima. Age model recreated and extended for archiving using fortnightly averaged SST from AIMS Davies and Hardy Reef loggers.
SrCa & UCa maxima tied to winter minima (assumed to be 20th of July) and linearly interpolated between winter minima. Cross-checked using luminescence bands.
SrCa & UCa maxima tied to winter minima (assumed to be 20th of July) and linearly interpolated between winter minima. Cross-checked using luminescence bands.
SrCa & UCa maxima tied to winter minima (assumed to be 20th of July) and linearly interpolated between winter minima. Cross-checked using luminescence bands.
SrCa & UCa maxima tied to winter minima (assumed to be 20th of July) and linearly interpolated between winter minima. Cross-checked using luminescence bands.
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Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
SrCa maxima & minima matched with fortnightly averaged AIMS SST minima & maxima. U-Th basal date. Age model re-created for archiving based on published data.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Geochemical maxima & minima matched with SST minima (August) & maxima (February) (and linearly interpolated to monthly). Also used for density and luminescence age model as well. All samples interpolated to monthly resolution.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and maxima.
SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and maxima.
SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and maxima.
SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and maxima.
14C; 4481 ± 30 yBP uncalibrated (published 4665 yBP median probability). SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and minima. Relative age of 0.62 to 31.66 was and assigned appropriate calendar age (BCE) for archiving assuming 0 is the oldest section of the coral.
14C; 4481 ± 30 yBP uncalibrated (published 4665 yBP median probability). SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and minima. Relative age of 0.62 to 31.66 was and assigned appropriate calendar age (BCE) for archiving assuming 0 is the oldest section of the coral.
14C; 4481 ± 30 yBP uncalibrated (published 4665 yBP median probability). SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and minima. Relative age of 0.62 to 31.66 was and assigned appropriate calendar age (BCE) for archiving assuming 0 is the oldest section of the coral.
14C; 4481 ± 30 yBP uncalibrated (published 4665 yBP median probability). SST maxima and minima from Reyn-Smith OISST v2 matched with d18O minima and minima. Relative age of 0.62 to 31.66 was and assigned appropriate calendar age (BCE) for archiving assuming 0 is the oldest section of the coral.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
Age models determined from growth bands and cross-dated using luminescent lines. Minimum values were assigned to August and interpolated to monthly values.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data.
Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data .
Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data .
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data.
Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data.
Matched SrCa peaks and troughs with the local bi-monthly averaged instrumental SST minima & maxima; re-created for archiving based on published data.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
U-Th. SrCa peaks & troughs matched with bimonthly mean climatology of Heron Reef SST minima and maxima; re-created for archiving based on published data.
U-Th. SrCa peaks & troughs matched with bimonthly mean climatology of Heron Reef SST minima and maxima; re-created for archiving based on published data.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
SrCa maxima & minima matched to the monthly averaged in situ SST seasonal extremes.
U-Th. SrCa peaks & troughs matched with bimonthly mean climatology of Heron Reef SST minima and maxima; re-created for archiving based on published data.
U-Th. SrCa peaks & troughs matched with bimonthly mean climatology of Heron Reef SST minima and maxima; re-created for archiving based on published data.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
Growth bands & refined with SrCa maxima & minima matched to HadISST minima & maxima. All samples interpolated to monthly resolution.
SrCa maxima & minima matched with monthly Reyn-Smith OISST v2 minima & maxima. Cross-checked with luminescence and growth bands. Time series interpolated to monthly resolution.
SrCa maxima & minima matched with monthly Reyn-Smith OISST v2 minima & maxima. Cross-checked with luminescence and growth bands. Time series interpolated to monthly resolution.
SrCa maxima & minima matched with monthly Reyn-Smith OISST v2 minima & maxima. Cross-checked with luminescence and growth bands. Time series interpolated to monthly resolution.
SrCa maxima & minima matched with monthly Reyn-Smith OISST v2 minima & maxima. Cross-checked with luminescence and growth bands. Time series interpolated to monthly resolution.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
Growth bands and luminescence.
UCa minima & maxima matched with adjusted NOAA OISST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
Growth bands counted from top. Refined by matching UCa maxima from Cantin et al. (2018) to SST minima.
Growth bands counted from top. Refined by matching UCa maxima from Cantin et al. (2018) to SST minima.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
UCa minima & maxima matched with adjusted NOAA OISST SST maxima & minima. Used SrCa, BCa, MgCa & LiMg when UCa anomalies were evident. Data reduced to monthly resolution by linear interpolation.
SrCa minima matched to January.
SrCa minima matched to January.
SrCa minima matched to January.
SrCa minima matched to January.
SrCa minima matched to January.
SrCa minima matched to January.