Version history for SA21GFB01 - SA21GFB01
Version: 1.0.6
- lastVersion: 1.0.5
- curator: nicholas
- timestamp: 2025-06-23 16:14:54.376337 UTC
- changes:
- Paleo Column metadata:
- BaCa (GBRCD.SA21GFB01.BaCa): paleoData_measurementInstrument:
‘Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer’ has
been replaced by ‘Thermo X Series II ICP-MS’
- BaCa (GBRCD.SA21GFB01.BaCa): paleoData_notes: ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Ce (GBRCD.SA21GFB01.Ce): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Ce (GBRCD.SA21GFB01.Ce): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): paleoData_notes: ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Dy (GBRCD.SA21GFB01.Dy): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Dy (GBRCD.SA21GFB01.Dy): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Er (GBRCD.SA21GFB01.Er): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Er (GBRCD.SA21GFB01.Er): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Eu (GBRCD.SA21GFB01.Eu): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Eu (GBRCD.SA21GFB01.Eu): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Gd (GBRCD.SA21GFB01.Gd): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Gd (GBRCD.SA21GFB01.Gd): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Ho (GBRCD.SA21GFB01.Ho): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Ho (GBRCD.SA21GFB01.Ho): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- La (GBRCD.SA21GFB01.La): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- La (GBRCD.SA21GFB01.La): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Lu (GBRCD.SA21GFB01.Lu): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Lu (GBRCD.SA21GFB01.Lu): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- MnCa (GBRCD.SA21GFB01.MnCa): paleoData_measurementInstrument:
‘Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer’ has
been replaced by ‘Thermo X Series II ICP-MS’
- MnCa (GBRCD.SA21GFB01.MnCa): paleoData_notes: ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Nd (GBRCD.SA21GFB01.Nd): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Nd (GBRCD.SA21GFB01.Nd): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- NdYb (GBRCD.SA21GFB01.NdYb): paleoData_measurementInstrument:
‘Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer’ has
been replaced by ‘Thermo X Series II ICP-MS’
- Pr (GBRCD.SA21GFB01.Pr): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Pr (GBRCD.SA21GFB01.Pr): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_measurementInstrument:
‘Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer’ has
been replaced by ‘Thermo X Series II ICP-MS’
- REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_notes: ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Sm (GBRCD.SA21GFB01.Sm): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Sm (GBRCD.SA21GFB01.Sm): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- SrCa (GBRCD.SA21GFB01.SrCa): paleoData_measurementInstrument:
‘Thermo X Series II Inductively Coupled Plasma-Mass Spectrometer’ has
been replaced by ‘Thermo X Series II ICP-MS’
- SrCa (GBRCD.SA21GFB01.SrCa): paleoData_notes: ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Tb (GBRCD.SA21GFB01.Tb): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Tb (GBRCD.SA21GFB01.Tb): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Tm (GBRCD.SA21GFB01.Tm): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Tm (GBRCD.SA21GFB01.Tm): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Y (GBRCD.SA21GFB01.Y): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Y (GBRCD.SA21GFB01.Y): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- YCa (GBRCD.SA21GFB01.YCa): paleoData_measurementInstrument: ‘Thermo
X Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- YCa (GBRCD.SA21GFB01.YCa): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- YHo (GBRCD.SA21GFB01.YHo): paleoData_measurementInstrument: ‘Thermo
X Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- YHo (GBRCD.SA21GFB01.YHo): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- Yb (GBRCD.SA21GFB01.Yb): paleoData_measurementInstrument: ‘Thermo X
Series II Inductively Coupled Plasma-Mass Spectrometer’ has been
replaced by ‘Thermo X Series II ICP-MS’
- Yb (GBRCD.SA21GFB01.Yb): paleoData_notes: ‘Slices were pre-treated
with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. NdYB normalised relative to Post Archean
Australian Shale. REEs measured.’ has been replaced by ‘Slices were
pre-treated with 10% hydrogen peroxide for 48 hr to oxidise organics and
subsequently ultrasonically rinsed and oven dried. Manually collected
using a drill with a 2 mm diameter bit to collect a minimum of 12
sequential samples per annual band. JCp-1 & analytical precision
reported from Saha et al. (2021). See Saha et al. (2021) supplementary
for all analytical precision results. Complete machine details as per
Saha et al. (2021) is Thermo X-series II ICP-MS with a CETAC - 500
auto-sampler, electron spray PC3 Peltier cooled cyclonic spray chamber
and SC-FAST injection loop. REEs measured.’
- year (GBRCD.SA21GFB01.year): paleoData_isPrimary: ‘FALSE’ has been
replaced by ‘TRUE’
Version: 1.0.5
- lastVersion: 1.0.4
- curator: nicholas
- timestamp: 2024-04-12 15:48:55 UTC
- changes:
- Base metadata:
- Publication metadata:
- pub1_doi: ‘10.1016/j.gca.2021.02.014.’ has been replaced by
‘10.1016/j.gca.2021.02.014’
- pub2_citation: ‘Saha, N., Webb, G.E., Zhao, J.-X., Nguyen, A.D.,
Lewis, S.E. & Lough, J.M. (2019), ’Coral-based high-resolution rare
earth element proxy for terrestrial sediment discharge affecting coastal
seawater quality, Great Barrier Reef’, Geochimica et Cosmochimica Acta,
254, 173-191, 10.1016/j.gca.2019.04.004’ has been replaced by ‘Saha, N.,
Webb, G.E., Zhao, J.-X., Nguyen, A.D., Lewis, S.E. & Lough, J.M.
(2019), ’Coral-based high-resolution rare earth element proxy for
terrestrial sediment discharge affecting coastal seawater quality, Great
Barrier Reef’, Geochimica et Cosmochimica Acta, 254, 173-191,
10.1016/j.gca.2019.04.004.’
- pub1_altDataURL: NULL has been replaced by ‘https://ars.els-cdn.com/content/image/1-s2.0-S0016703721001095-mmc1.pdf’
- Geographic metadata:
- geo_notes: ‘3-4 m’ has been replaced by ‘3-4 m depth as per AIMS’
coral core database.’
- Paleo Column metadata:
- BaCa (GBRCD.SA21GFB01.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 15:37:22 UTC
- notes: added isPrimary, primaryAgeColumn, and
hasTimeTsid
- changes:
- Paleo Column metadata:
- BaCa (GBRCD.SA21GFB01.BaCa): paleoData_isPrimary: NULL has been
replaced by ‘FALSE’
- BaCa (GBRCD.SA21GFB01.BaCa): paleoData_primaryAgeColumn: NULL has
been replaced by ‘FALSE’
- Ce (GBRCD.SA21GFB01.Ce): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Ce (GBRCD.SA21GFB01.Ce): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): paleoData_isPrimary: NULL has
been replaced by ‘FALSE’
- CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): paleoData_primaryAgeColumn:
NULL has been replaced by ‘FALSE’
- Dy (GBRCD.SA21GFB01.Dy): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Dy (GBRCD.SA21GFB01.Dy): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- Er (GBRCD.SA21GFB01.Er): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Er (GBRCD.SA21GFB01.Er): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- Eu (GBRCD.SA21GFB01.Eu): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Eu (GBRCD.SA21GFB01.Eu): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- Gd (GBRCD.SA21GFB01.Gd): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Gd (GBRCD.SA21GFB01.Gd): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- Ho (GBRCD.SA21GFB01.Ho): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Ho (GBRCD.SA21GFB01.Ho): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- La (GBRCD.SA21GFB01.La): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- La (GBRCD.SA21GFB01.La): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- Lu (GBRCD.SA21GFB01.Lu): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Lu (GBRCD.SA21GFB01.Lu): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- MnCa (GBRCD.SA21GFB01.MnCa): paleoData_isPrimary: NULL has been
replaced by ‘FALSE’
- MnCa (GBRCD.SA21GFB01.MnCa): paleoData_primaryAgeColumn: NULL has
been replaced by ‘FALSE’
- Nd (GBRCD.SA21GFB01.Nd): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Nd (GBRCD.SA21GFB01.Nd): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- NdYb (GBRCD.SA21GFB01.NdYb): paleoData_isPrimary: NULL has been
replaced by ‘FALSE’
- NdYb (GBRCD.SA21GFB01.NdYb): paleoData_primaryAgeColumn: NULL has
been replaced by ‘FALSE’
- Pr (GBRCD.SA21GFB01.Pr): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Pr (GBRCD.SA21GFB01.Pr): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_isPrimary: NULL has been
replaced by ‘FALSE’
- REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_primaryAgeColumn: NULL
has been replaced by ‘FALSE’
- Sm (GBRCD.SA21GFB01.Sm): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Sm (GBRCD.SA21GFB01.Sm): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- SrCa (GBRCD.SA21GFB01.SrCa): paleoData_isPrimary: NULL has been
replaced by ‘FALSE’
- SrCa (GBRCD.SA21GFB01.SrCa): paleoData_primaryAgeColumn: NULL has
been replaced by ‘FALSE’
- Tb (GBRCD.SA21GFB01.Tb): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Tb (GBRCD.SA21GFB01.Tb): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- Tm (GBRCD.SA21GFB01.Tm): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Tm (GBRCD.SA21GFB01.Tm): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- Y (GBRCD.SA21GFB01.Y): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Y (GBRCD.SA21GFB01.Y): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- YCa (GBRCD.SA21GFB01.YCa): paleoData_isPrimary: NULL has been
replaced by ‘FALSE’
- YCa (GBRCD.SA21GFB01.YCa): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- YHo (GBRCD.SA21GFB01.YHo): paleoData_isPrimary: NULL has been
replaced by ‘FALSE’
- YHo (GBRCD.SA21GFB01.YHo): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- Yb (GBRCD.SA21GFB01.Yb): paleoData_isPrimary: NULL has been replaced
by ‘FALSE’
- Yb (GBRCD.SA21GFB01.Yb): paleoData_primaryAgeColumn: NULL has been
replaced by ‘FALSE’
- year (GBRCD.SA21GFB01.year): paleoData_isPrimary: NULL has been
replaced by ‘FALSE’
- year (GBRCD.SA21GFB01.year): paleoData_primaryAgeColumn: NULL has
been replaced by ‘TRUE’
Version: 1.0.3
- lastVersion: 1.0.2
- curator: nicholas
- timestamp: 2024-03-22 22:54:18 UTC
- changes:
- Publication metadata:
- Paleo Column metadata:
- BaCa (GBRCD.SA21GFB01.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.’
- CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): paleoData_description:
‘Cerium anomaly calculated as per Lawrence et al. 2006’ has been
replaced by ‘Cerium anomaly calculated as per Lawrence et
al. (2006).’
- YHo (GBRCD.SA21GFB01.YHo): paleoData_description: ‘Yttrium/Holmium
as mass ratio’ has been replaced by ‘Yttrium/Holmium as mass
ratio.’
Version: 1.0.2
- lastVersion: 1.0.1
- curator: nicholas
- timestamp: 2024-03-09 00:06:32 UTC
- changes:
- Paleo Column metadata:
- BaCa (GBRCD.SA21GFB01.BaCa): paleoData_uncertaintyAnalytical: NULL
has been replaced by ‘0.8’
- BaCa (GBRCD.SA21GFB01.BaCa): paleoData_uncertaintyAnalyticalUnits:
NULL has been replaced by ‘%’
- BaCa (GBRCD.SA21GFB01.BaCa): paleoData_measurementInstrument: NULL
has been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- BaCa (GBRCD.SA21GFB01.BaCa): paleoData_measurementMethod: NULL has
been replaced by ‘ICP-MS’
- Ce (GBRCD.SA21GFB01.Ce): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Ce (GBRCD.SA21GFB01.Ce): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- Dy (GBRCD.SA21GFB01.Dy): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Dy (GBRCD.SA21GFB01.Dy): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- Er (GBRCD.SA21GFB01.Er): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Er (GBRCD.SA21GFB01.Er): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- Eu (GBRCD.SA21GFB01.Eu): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Eu (GBRCD.SA21GFB01.Eu): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- Gd (GBRCD.SA21GFB01.Gd): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Gd (GBRCD.SA21GFB01.Gd): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- Ho (GBRCD.SA21GFB01.Ho): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Ho (GBRCD.SA21GFB01.Ho): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- La (GBRCD.SA21GFB01.La): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- La (GBRCD.SA21GFB01.La): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- Lu (GBRCD.SA21GFB01.Lu): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Lu (GBRCD.SA21GFB01.Lu): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- MnCa (GBRCD.SA21GFB01.MnCa): paleoData_uncertaintyAnalytical: NULL
has been replaced by ‘4.5’
- MnCa (GBRCD.SA21GFB01.MnCa): paleoData_uncertaintyAnalyticalUnits:
NULL has been replaced by ‘%’
- MnCa (GBRCD.SA21GFB01.MnCa): paleoData_measurementInstrument: NULL
has been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- MnCa (GBRCD.SA21GFB01.MnCa): paleoData_measurementMethod: NULL has
been replaced by ‘ICP-MS’
- Nd (GBRCD.SA21GFB01.Nd): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Nd (GBRCD.SA21GFB01.Nd): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- NdYb (GBRCD.SA21GFB01.NdYb): paleoData_measurementInstrument: NULL
has been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- NdYb (GBRCD.SA21GFB01.NdYb): paleoData_measurementMethod: NULL has
been replaced by ‘ICP-MS’
- Pr (GBRCD.SA21GFB01.Pr): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Pr (GBRCD.SA21GFB01.Pr): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_uncertaintyAnalytical:
NULL has been replaced by ‘4.5’
- REEsCa (GBRCD.SA21GFB01.REEsCa):
paleoData_uncertaintyAnalyticalUnits: NULL has been replaced by ‘%’
- REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_measurementInstrument:
NULL has been replaced by ‘Thermo X Series II Inductively Coupled
Plasma-Mass Spectrometer’
- REEsCa (GBRCD.SA21GFB01.REEsCa): paleoData_measurementMethod: NULL
has been replaced by ‘ICP-MS’
- Sm (GBRCD.SA21GFB01.Sm): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Sm (GBRCD.SA21GFB01.Sm): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- SrCa (GBRCD.SA21GFB01.SrCa): paleoData_measurementInstrument: NULL
has been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- SrCa (GBRCD.SA21GFB01.SrCa): paleoData_measurementMethod: NULL has
been replaced by ‘ICP-MS’
- Tb (GBRCD.SA21GFB01.Tb): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Tb (GBRCD.SA21GFB01.Tb): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- Tm (GBRCD.SA21GFB01.Tm): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Tm (GBRCD.SA21GFB01.Tm): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- Y (GBRCD.SA21GFB01.Y): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Y (GBRCD.SA21GFB01.Y): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
- YCa (GBRCD.SA21GFB01.YCa): paleoData_uncertaintyAnalytical: NULL has
been replaced by ‘1.4’
- YCa (GBRCD.SA21GFB01.YCa): paleoData_uncertaintyAnalyticalUnits:
NULL has been replaced by ‘%’
- YCa (GBRCD.SA21GFB01.YCa): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- YCa (GBRCD.SA21GFB01.YCa): paleoData_measurementMethod: NULL has
been replaced by ‘ICP-MS’
- YHo (GBRCD.SA21GFB01.YHo): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- YHo (GBRCD.SA21GFB01.YHo): paleoData_measurementMethod: NULL has
been replaced by ‘ICP-MS’
- Yb (GBRCD.SA21GFB01.Yb): paleoData_measurementInstrument: NULL has
been replaced by ‘Thermo X Series II Inductively Coupled Plasma-Mass
Spectrometer’
- Yb (GBRCD.SA21GFB01.Yb): paleoData_measurementMethod: NULL has been
replaced by ‘ICP-MS’
Version: 1.0.1
- lastVersion: 1.0.0
- curator: nicholas
- timestamp: 2024-02-16 22:34:13 UTC
- changes:
- Paleo Interpretation metadata:
- BaCa (GBRCD.SA21GFB01.BaCa): interpretation1_scope: NULL has been
replaced by ‘climate’
- Ce (GBRCD.SA21GFB01.Ce): interpretation1_scope: NULL has been
replaced by ‘climate’
- CeCe_anom (GBRCD.SA21GFB01.CeCe_anom): interpretation1_scope: NULL
has been replaced by ‘climate’
- Dy (GBRCD.SA21GFB01.Dy): interpretation1_scope: NULL has been
replaced by ‘climate’
- Er (GBRCD.SA21GFB01.Er): interpretation1_scope: NULL has been
replaced by ‘climate’
- Eu (GBRCD.SA21GFB01.Eu): interpretation1_scope: NULL has been
replaced by ‘climate’
- Gd (GBRCD.SA21GFB01.Gd): interpretation1_scope: NULL has been
replaced by ‘climate’
- Ho (GBRCD.SA21GFB01.Ho): interpretation1_scope: NULL has been
replaced by ‘climate’
- La (GBRCD.SA21GFB01.La): interpretation1_scope: NULL has been
replaced by ‘climate’
- Lu (GBRCD.SA21GFB01.Lu): interpretation1_scope: NULL has been
replaced by ‘climate’
- MnCa (GBRCD.SA21GFB01.MnCa): interpretation1_scope: NULL has been
replaced by ‘climate’
- Nd (GBRCD.SA21GFB01.Nd): interpretation1_scope: NULL has been
replaced by ‘climate’
- NdYb (GBRCD.SA21GFB01.NdYb): interpretation1_scope: NULL has been
replaced by ‘climate’
- Pr (GBRCD.SA21GFB01.Pr): interpretation1_scope: NULL has been
replaced by ‘climate’
- REEsCa (GBRCD.SA21GFB01.REEsCa): interpretation1_scope: NULL has
been replaced by ‘climate’
- Sm (GBRCD.SA21GFB01.Sm): interpretation1_scope: NULL has been
replaced by ‘climate’
- SrCa (GBRCD.SA21GFB01.SrCa): interpretation1_scope: NULL has been
replaced by ‘climate’
- Tb (GBRCD.SA21GFB01.Tb): interpretation1_scope: NULL has been
replaced by ‘climate’
- Tm (GBRCD.SA21GFB01.Tm): interpretation1_scope: NULL has been
replaced by ‘climate’
- Y (GBRCD.SA21GFB01.Y): interpretation1_scope: NULL has been replaced
by ‘climate’
- YCa (GBRCD.SA21GFB01.YCa): interpretation1_scope: NULL has been
replaced by ‘climate’
- YHo (GBRCD.SA21GFB01.YHo): interpretation1_scope: NULL has been
replaced by ‘climate’
- Yb (GBRCD.SA21GFB01.Yb): interpretation1_scope: NULL has been
replaced by ‘climate’
Version: 1.0.0
- curator: arzey
- timestamp: 2024-02-09 04:32:39.920523 UTC
- notes: Starting the changelog