Version history for LE12CID03 - LE12CID03

Version: 1.0.6

• lastVersion: 1.0.5
• curator: nicholas
• timestamp: 2025-06-23 16:14:49.920803 UTC
• changes:
  • Base metadata:
    • notes: ‘Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012). Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.’ has been replaced by ‘Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012).’
  • Paleo Column metadata:
    • BCa (GBRCD.LE12CID03.BCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • BCa (GBRCD.LE12CID03.BCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BCa calibrated against coral standard. No analytical precision data available. REEs measured.’
    • Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Ba138Ca calibrated against coral standard. No analytical precision data available. REEs measured.’
    • BaCa (GBRCD.LE12CID03.BaCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • BaCa (GBRCD.LE12CID03.BaCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. BaCa calibrated against coral standard. No analytical precision data available. REEs measured.’
    • Cd (GBRCD.LE12CID03.Cd): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Cd (GBRCD.LE12CID03.Cd): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • CdCa (GBRCD.LE12CID03.CdCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • CdCa (GBRCD.LE12CID03.CdCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • Ce (GBRCD.LE12CID03.Ce): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Ce (GBRCD.LE12CID03.Ce): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • CeCa (GBRCD.LE12CID03.CeCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • CeCa (GBRCD.LE12CID03.CeCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • Distance (GBRCD.LE12CID03.Distance): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Eu (GBRCD.LE12CID03.Eu): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Eu (GBRCD.LE12CID03.Eu): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • EuCa (GBRCD.LE12CID03.EuCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • EuCa (GBRCD.LE12CID03.EuCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • Gd (GBRCD.LE12CID03.Gd): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Gd (GBRCD.LE12CID03.Gd): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • GdCa (GBRCD.LE12CID03.GdCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • GdCa (GBRCD.LE12CID03.GdCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • La (GBRCD.LE12CID03.La): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • La (GBRCD.LE12CID03.La): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • LaCa (GBRCD.LE12CID03.LaCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • LaCa (GBRCD.LE12CID03.LaCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • LiCa (GBRCD.LE12CID03.LiCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • LiCa (GBRCD.LE12CID03.LiCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • Lu (GBRCD.LE12CID03.Lu): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Lu (GBRCD.LE12CID03.Lu): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • LuCa (GBRCD.LE12CID03.LuCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • LuCa (GBRCD.LE12CID03.LuCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • MgCa (GBRCD.LE12CID03.MgCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • MgCa (GBRCD.LE12CID03.MgCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. MgCa calibrated against coral standard. No analytical precision data available. REEs measured.’
    • Mn (GBRCD.LE12CID03.Mn): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Mn (GBRCD.LE12CID03.Mn): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • MnCa (GBRCD.LE12CID03.MnCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • MnCa (GBRCD.LE12CID03.MnCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • P (GBRCD.LE12CID03.P): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • P (GBRCD.LE12CID03.P): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • PCa (GBRCD.LE12CID03.PCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • PCa (GBRCD.LE12CID03.PCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • PbCa (GBRCD.LE12CID03.PbCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • PbCa (GBRCD.LE12CID03.PbCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • Pr (GBRCD.LE12CID03.Pr): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Pr (GBRCD.LE12CID03.Pr): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • PrCa (GBRCD.LE12CID03.PrCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • PrCa (GBRCD.LE12CID03.PrCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • Sm (GBRCD.LE12CID03.Sm): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Sm (GBRCD.LE12CID03.Sm): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • SmCa (GBRCD.LE12CID03.SmCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • SmCa (GBRCD.LE12CID03.SmCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • SrCa (GBRCD.LE12CID03.SrCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • SrCa (GBRCD.LE12CID03.SrCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. SrCa calibrated against coral standard. No analytical precision data available. REEs measured.’
    • UCa (GBRCD.LE12CID03.UCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • UCa (GBRCD.LE12CID03.UCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. UCa calibrated against coral standard. No analytical precision data available. REEs measured.’
    • Y (GBRCD.LE12CID03.Y): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Y (GBRCD.LE12CID03.Y): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • YCa (GBRCD.LE12CID03.YCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • YCa (GBRCD.LE12CID03.YCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • Yb (GBRCD.LE12CID03.Yb): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • Yb (GBRCD.LE12CID03.Yb): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • YbCa (GBRCD.LE12CID03.YbCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • YbCa (GBRCD.LE12CID03.YbCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_gbrChronologyNotes: ‘SrCa, UCa & BCa minima and maxima matched to Summer (Feb 8) and Winter (Aug 8), and cross checked with luminescence.’ has been replaced by ‘SrCa, UCa & BCa minima and maxima matched to summer (Feb 8) and winter (Aug 8), and cross checked with luminescence.’
    • ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_notes: ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. No analytical precision data available. REEs measured.’ has been replaced by ‘LA-ICP-MS methods identical to those in Jupiter et al. (2008) (laser 50 x 500 μm rectangle on the coral surface). Data smoothed to reduce data volume with 10-point running mean and then a further 10-point mean. Calibrated against NIST standard. No analytical precision data available. REEs measured.’
    • year (GBRCD.LE12CID03.year): paleoData_isPrimary: ‘FALSE’ has been replaced by ‘TRUE’

Version: 1.0.5

• lastVersion: 1.0.4
• curator: nicholas
• timestamp: 2024-04-12 15:48:35 UTC
• changes:
  • Base metadata:
    • notes: ‘Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.’ has been replaced by ‘Coral ID corrected as it was incorrectly listed as CID-73B in Lewis et al. (2012). Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.’
    • originalDataUrl: NULL has been replaced by ‘https://doi.org/10.25921/7g7x-da74’
  • Geographic metadata:
    • geo_notes: ‘4.2 m’ has been replaced by ‘4.7 m depth as per AIMS’ coral core database.’
  • Paleo Calibration metadata:
    • BCa (GBRCD.LE12CID03.BCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Ba138Ca (GBRCD.LE12CID03.Ba138Ca): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • BaCa (GBRCD.LE12CID03.BaCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Cd (GBRCD.LE12CID03.Cd): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • CdCa (GBRCD.LE12CID03.CdCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Ce (GBRCD.LE12CID03.Ce): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • CeCa (GBRCD.LE12CID03.CeCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Distance (GBRCD.LE12CID03.Distance): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Eu (GBRCD.LE12CID03.Eu): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • EuCa (GBRCD.LE12CID03.EuCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Gd (GBRCD.LE12CID03.Gd): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • GdCa (GBRCD.LE12CID03.GdCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • La (GBRCD.LE12CID03.La): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • LaCa (GBRCD.LE12CID03.LaCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • LiCa (GBRCD.LE12CID03.LiCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Lu (GBRCD.LE12CID03.Lu): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • LuCa (GBRCD.LE12CID03.LuCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • MgCa (GBRCD.LE12CID03.MgCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Mn (GBRCD.LE12CID03.Mn): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • MnCa (GBRCD.LE12CID03.MnCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • P (GBRCD.LE12CID03.P): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • PCa (GBRCD.LE12CID03.PCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • PbCa (GBRCD.LE12CID03.PbCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Pr (GBRCD.LE12CID03.Pr): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • PrCa (GBRCD.LE12CID03.PrCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Sm (GBRCD.LE12CID03.Sm): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • SmCa (GBRCD.LE12CID03.SmCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • SrCa (GBRCD.LE12CID03.SrCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • UCa (GBRCD.LE12CID03.UCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Y (GBRCD.LE12CID03.Y): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • YCa (GBRCD.LE12CID03.YCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • Yb (GBRCD.LE12CID03.Yb): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • YbCa (GBRCD.LE12CID03.YbCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
    • ZnCa (GBRCD.LE12CID03.ZnCa): calibration_notes: ‘No calibration applied’ has been replaced by ‘No calibration applied.’
  • Paleo Column metadata:
    • BaCa (GBRCD.LE12CID03.BaCa): paleoData_description: ‘Barium/Calcium For laser ablation datasets this is a measure of the total Ba/Ca using the count intensities of the Ba137 isotope.’ has been replaced by ‘Barium/Calcium. For laser ablation datasets this is a measure of the total Ba/Ca using the count intensities of the Ba137 isotope.’

Version: 1.0.4

• lastVersion: 1.0.3
• curator: nicholas
• timestamp: 2024-04-12 15:36:45 UTC
• notes: added isPrimary, primaryAgeColumn, and hasTimeTsid
• changes:
  • Paleo Column metadata:
    • BCa (GBRCD.LE12CID03.BCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • BCa (GBRCD.LE12CID03.BCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • BaCa (GBRCD.LE12CID03.BaCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • BaCa (GBRCD.LE12CID03.BaCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Cd (GBRCD.LE12CID03.Cd): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Cd (GBRCD.LE12CID03.Cd): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • CdCa (GBRCD.LE12CID03.CdCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • CdCa (GBRCD.LE12CID03.CdCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Ce (GBRCD.LE12CID03.Ce): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Ce (GBRCD.LE12CID03.Ce): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • CeCa (GBRCD.LE12CID03.CeCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • CeCa (GBRCD.LE12CID03.CeCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Distance (GBRCD.LE12CID03.Distance): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Distance (GBRCD.LE12CID03.Distance): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Eu (GBRCD.LE12CID03.Eu): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Eu (GBRCD.LE12CID03.Eu): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • EuCa (GBRCD.LE12CID03.EuCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • EuCa (GBRCD.LE12CID03.EuCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Gd (GBRCD.LE12CID03.Gd): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Gd (GBRCD.LE12CID03.Gd): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • GdCa (GBRCD.LE12CID03.GdCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • GdCa (GBRCD.LE12CID03.GdCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • La (GBRCD.LE12CID03.La): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • La (GBRCD.LE12CID03.La): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • LaCa (GBRCD.LE12CID03.LaCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • LaCa (GBRCD.LE12CID03.LaCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • LiCa (GBRCD.LE12CID03.LiCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • LiCa (GBRCD.LE12CID03.LiCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Lu (GBRCD.LE12CID03.Lu): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Lu (GBRCD.LE12CID03.Lu): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • LuCa (GBRCD.LE12CID03.LuCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • LuCa (GBRCD.LE12CID03.LuCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • MgCa (GBRCD.LE12CID03.MgCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • MgCa (GBRCD.LE12CID03.MgCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Mn (GBRCD.LE12CID03.Mn): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Mn (GBRCD.LE12CID03.Mn): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • MnCa (GBRCD.LE12CID03.MnCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • MnCa (GBRCD.LE12CID03.MnCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • P (GBRCD.LE12CID03.P): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • P (GBRCD.LE12CID03.P): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • PCa (GBRCD.LE12CID03.PCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • PCa (GBRCD.LE12CID03.PCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • PbCa (GBRCD.LE12CID03.PbCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • PbCa (GBRCD.LE12CID03.PbCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Pr (GBRCD.LE12CID03.Pr): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Pr (GBRCD.LE12CID03.Pr): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • PrCa (GBRCD.LE12CID03.PrCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • PrCa (GBRCD.LE12CID03.PrCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Sm (GBRCD.LE12CID03.Sm): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Sm (GBRCD.LE12CID03.Sm): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • SmCa (GBRCD.LE12CID03.SmCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • SmCa (GBRCD.LE12CID03.SmCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • SrCa (GBRCD.LE12CID03.SrCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • SrCa (GBRCD.LE12CID03.SrCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • UCa (GBRCD.LE12CID03.UCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • UCa (GBRCD.LE12CID03.UCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Y (GBRCD.LE12CID03.Y): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Y (GBRCD.LE12CID03.Y): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • YCa (GBRCD.LE12CID03.YCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • YCa (GBRCD.LE12CID03.YCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • Yb (GBRCD.LE12CID03.Yb): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • Yb (GBRCD.LE12CID03.Yb): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • YbCa (GBRCD.LE12CID03.YbCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • YbCa (GBRCD.LE12CID03.YbCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_primaryAgeColumn: NULL has been replaced by ‘FALSE’
    • year (GBRCD.LE12CID03.year): paleoData_isPrimary: NULL has been replaced by ‘FALSE’
    • year (GBRCD.LE12CID03.year): paleoData_primaryAgeColumn: NULL has been replaced by ‘TRUE’

Version: 1.0.3

• lastVersion: 1.0.2
• curator: nicholas
• timestamp: 2024-03-22 22:54:00 UTC
• changes:
  • Publication metadata:
    • pub1_doiData: NULL has been replaced by ‘10.25921/7g7x-da74’
  • Paleo Column metadata:
    • Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_description: ‘Barium138/Calcium’ has been replaced by ‘Barium/Calcium. A secondary Ba/Ca measurement for laser ablation datasets. This is a measure of the total Ba/Ca using the count intensities of the Ba138 isotope.’
    • BaCa (GBRCD.LE12CID03.BaCa): paleoData_description: ‘Barium/Calcium. Assumed to be Ba137/Ca.’ has been replaced by ‘Barium/Calcium For laser ablation datasets this is a measure of the total Ba/Ca using the count intensities of the Ba137 isotope.’
    • Distance (GBRCD.LE12CID03.Distance): paleoData_description: NULL has been replaced by ‘Distance measured from outer edge of coral or core.’

Version: 1.0.2

• lastVersion: 1.0.1
• curator: nicholas
• timestamp: 2024-03-09 00:06:13 UTC
• changes:
  • Base metadata:
    • notes: ‘BaCa, Ba138Ca, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.’ has been replaced by ‘Ba138Ca, BaCa, BCa, MgCa, SrCa & UCa calibrated against coral standard. All others calibrated against NIST standard.’
  • Paleo Column metadata:
    • BCa (GBRCD.LE12CID03.BCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • BCa (GBRCD.LE12CID03.BCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Ba138Ca (GBRCD.LE12CID03.Ba138Ca): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • BaCa (GBRCD.LE12CID03.BaCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • BaCa (GBRCD.LE12CID03.BaCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Cd (GBRCD.LE12CID03.Cd): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Cd (GBRCD.LE12CID03.Cd): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • CdCa (GBRCD.LE12CID03.CdCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • CdCa (GBRCD.LE12CID03.CdCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Ce (GBRCD.LE12CID03.Ce): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Ce (GBRCD.LE12CID03.Ce): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • CeCa (GBRCD.LE12CID03.CeCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • CeCa (GBRCD.LE12CID03.CeCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Distance (GBRCD.LE12CID03.Distance): paleoData_longName: NULL has been replaced by ‘Distance’
    • Distance (GBRCD.LE12CID03.Distance): paleoData_units: NULL has been replaced by ‘millimetres’
    • Eu (GBRCD.LE12CID03.Eu): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Eu (GBRCD.LE12CID03.Eu): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • EuCa (GBRCD.LE12CID03.EuCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • EuCa (GBRCD.LE12CID03.EuCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Gd (GBRCD.LE12CID03.Gd): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Gd (GBRCD.LE12CID03.Gd): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • GdCa (GBRCD.LE12CID03.GdCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • GdCa (GBRCD.LE12CID03.GdCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • La (GBRCD.LE12CID03.La): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • La (GBRCD.LE12CID03.La): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • LaCa (GBRCD.LE12CID03.LaCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • LaCa (GBRCD.LE12CID03.LaCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • LiCa (GBRCD.LE12CID03.LiCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • LiCa (GBRCD.LE12CID03.LiCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Lu (GBRCD.LE12CID03.Lu): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Lu (GBRCD.LE12CID03.Lu): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • LuCa (GBRCD.LE12CID03.LuCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • LuCa (GBRCD.LE12CID03.LuCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • MgCa (GBRCD.LE12CID03.MgCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • MgCa (GBRCD.LE12CID03.MgCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Mn (GBRCD.LE12CID03.Mn): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Mn (GBRCD.LE12CID03.Mn): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • MnCa (GBRCD.LE12CID03.MnCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • MnCa (GBRCD.LE12CID03.MnCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • P (GBRCD.LE12CID03.P): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • P (GBRCD.LE12CID03.P): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • PCa (GBRCD.LE12CID03.PCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • PCa (GBRCD.LE12CID03.PCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • PbCa (GBRCD.LE12CID03.PbCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • PbCa (GBRCD.LE12CID03.PbCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Pr (GBRCD.LE12CID03.Pr): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Pr (GBRCD.LE12CID03.Pr): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • PrCa (GBRCD.LE12CID03.PrCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • PrCa (GBRCD.LE12CID03.PrCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Sm (GBRCD.LE12CID03.Sm): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Sm (GBRCD.LE12CID03.Sm): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • SmCa (GBRCD.LE12CID03.SmCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • SmCa (GBRCD.LE12CID03.SmCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • SrCa (GBRCD.LE12CID03.SrCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • SrCa (GBRCD.LE12CID03.SrCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • UCa (GBRCD.LE12CID03.UCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • UCa (GBRCD.LE12CID03.UCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Y (GBRCD.LE12CID03.Y): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Y (GBRCD.LE12CID03.Y): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • YCa (GBRCD.LE12CID03.YCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • YCa (GBRCD.LE12CID03.YCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • Yb (GBRCD.LE12CID03.Yb): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • Yb (GBRCD.LE12CID03.Yb): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • YbCa (GBRCD.LE12CID03.YbCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • YbCa (GBRCD.LE12CID03.YbCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’
    • ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_measurementInstrument: NULL has been replaced by ‘Varian 820 inductively coupled mass spectrometer’
    • ZnCa (GBRCD.LE12CID03.ZnCa): paleoData_measurementMethod: NULL has been replaced by ‘LA-ICP-MS’

Version: 1.0.1

• lastVersion: 1.0.0
• curator: nicholas
• timestamp: 2024-02-16 22:33:53 UTC
• changes:
  • Paleo Interpretation metadata:
    • BCa (GBRCD.LE12CID03.BCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Ba138Ca (GBRCD.LE12CID03.Ba138Ca): interpretation1_scope: NULL has been replaced by ‘climate’
    • BaCa (GBRCD.LE12CID03.BaCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Cd (GBRCD.LE12CID03.Cd): interpretation1_scope: NULL has been replaced by ‘climate’
    • CdCa (GBRCD.LE12CID03.CdCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Ce (GBRCD.LE12CID03.Ce): interpretation1_scope: NULL has been replaced by ‘climate’
    • CeCa (GBRCD.LE12CID03.CeCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Distance (GBRCD.LE12CID03.Distance): interpretation1_scope: NULL has been replaced by ‘climate’
    • Eu (GBRCD.LE12CID03.Eu): interpretation1_scope: NULL has been replaced by ‘climate’
    • EuCa (GBRCD.LE12CID03.EuCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Gd (GBRCD.LE12CID03.Gd): interpretation1_scope: NULL has been replaced by ‘climate’
    • GdCa (GBRCD.LE12CID03.GdCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • La (GBRCD.LE12CID03.La): interpretation1_scope: NULL has been replaced by ‘climate’
    • LaCa (GBRCD.LE12CID03.LaCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • LiCa (GBRCD.LE12CID03.LiCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Lu (GBRCD.LE12CID03.Lu): interpretation1_scope: NULL has been replaced by ‘climate’
    • LuCa (GBRCD.LE12CID03.LuCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • MgCa (GBRCD.LE12CID03.MgCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Mn (GBRCD.LE12CID03.Mn): interpretation1_scope: NULL has been replaced by ‘climate’
    • MnCa (GBRCD.LE12CID03.MnCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • P (GBRCD.LE12CID03.P): interpretation1_scope: NULL has been replaced by ‘climate’
    • PCa (GBRCD.LE12CID03.PCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • PbCa (GBRCD.LE12CID03.PbCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Pr (GBRCD.LE12CID03.Pr): interpretation1_scope: NULL has been replaced by ‘climate’
    • PrCa (GBRCD.LE12CID03.PrCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Sm (GBRCD.LE12CID03.Sm): interpretation1_scope: NULL has been replaced by ‘climate’
    • SmCa (GBRCD.LE12CID03.SmCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • SrCa (GBRCD.LE12CID03.SrCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • UCa (GBRCD.LE12CID03.UCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Y (GBRCD.LE12CID03.Y): interpretation1_scope: NULL has been replaced by ‘climate’
    • YCa (GBRCD.LE12CID03.YCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • Yb (GBRCD.LE12CID03.Yb): interpretation1_scope: NULL has been replaced by ‘climate’
    • YbCa (GBRCD.LE12CID03.YbCa): interpretation1_scope: NULL has been replaced by ‘climate’
    • ZnCa (GBRCD.LE12CID03.ZnCa): interpretation1_scope: NULL has been replaced by ‘climate’

Version: 1.0.0

• curator: arzey
• timestamp: 2024-02-09 04:31:51.455255 UTC
• notes: Starting the changelog