NA; paleoData_isPrimary has been standardized
For Temp12k, the original age model was used - these data are the same as ageOriginal; ; paleoData_isPrimary has been standardized; paleoData_datum has been standardized
NA; paleoData_method has been standardized; paleoData_isPrimary has been standardized; paleoData_datum has been standardized
unpublished; sample resolution beween 400 and 500 yr; retain to improve tropical coverage
Bayspline (UK_predict.m) 10.1002/2017PA003201 Parameters: pstd=10, bayes=unspecified
Bayspar (bayspar_tex.m) 10.1016/j.gca.2013.11.026 Parameters: prior_std=10, runname=SST, varargin=1000,1
NA; paleoData_summaryStatistic has been standardized; paleoData_method has been standardized; paleoData_isPrimary has been standardized; paleoData_datum has been standardized
NA; paleoData_isPrimary has been standardized; paleoData_datum has been standardized
## dDwax hydrogen isotopic composition of higher plant leaf waxes (C30 n-acid),,,per mil vs. VSMOW,Annual,Paleoceanography,,compound-specific isotope ratio mass spectrometry,N
## dDwax_iv hydrogen isotopic composition of higher plant leaf waxes (C30 n-acid), corrected for ice volume contributions,,,per mil vs. VSMOW,Annual,Paleoceanography,,IV correction from scaling benthic stack (LR04) to LGM change of 1 per mil in d18O space,N
NA; paleoData_measurementMaterial has been standardized; paleoData_method has been standardized
## d13Cwax carbon isotopic composition of higher plant leaf waxes (C30 n-acid),,,per mil vs. VPDB,Annual,Paleoceanography,,compound-specific isotope ratio mass spectrometry,N
## dDP inferred dD of precipitation, from dDwax and d13Cwax, median values,,,per mil vs. VSMOW,Annual,Paleoceanography,,Bayesian inference,N
"Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized
## dDP_1s_lower 1-sigma lower bound on dDP,,,per mil vs. VSMOW,Annual,Paleoceanography,,Bayesian inference,N
NA; paleoData_summaryStatistic has been standardized; paleoData_measurementMaterial has been standardized
## dDP_1s_upper 1-sigma upper bound on dDP,,,per mil vs. VSMOW,Annual,Paleoceanography,,Bayesian inference,N
## precip inferred annual precipitation rate from dDP, median values,,,mm/year,Annual,Paleoceanography,,Bayesian inference,N
"Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized
## precip_1s_lower 1-sigma lower bound on precipitation rate,,,mm/year,Annual,Paleoceanography,,Bayesian inference,N
NA; paleoData_summaryStatistic has been standardized; paleoData_inferredMaterial has been standardized
## precip_1s_upper 1-sigma upper bound on precipitation rate,,,mm/year,Annual,Paleoceanography,,Bayesian inference,N
Carbon reservoir correction (delta R) value(s) given in the orignal proxy site data set.
Carbon reservoir correction 1-sigma error value(s) given in the orignal proxy site data set.
age model is published in Tierney et al. 2017, TEX86 and UK37 data not published
originalDataUrl: 'https://www.ncei.noaa.gov/access/paleo-search/study/21091' has been replaced by 'https://doi.org/10.25921/fk1z-zv66'
precipitation (WEBc9694a07): interpretation1_variableDetail: 'precipitation@surface' has been replaced by 'amount@surface'
d2H (WEB85c68a3a): paleoData_notes: '((( ((( "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = ���0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_variableName updated; paleoData_proxy updated; paleoData_measurementMaterial has been standardized ))) "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized ))) "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized' has been replaced by '"Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
precipitation (WEBc9694a07): paleoData_notes: '((( ((( "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax���inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_units updated; paleoData_proxy updated; paleoData_measurementMaterial has been standardized ))) "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized ))) "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized' has been replaced by '"Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
d2H (WEB85c68a3a): paleoData_notes: '"Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized' has been replaced by '((( ((( "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = ���0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_variableName updated; paleoData_proxy updated; paleoData_measurementMaterial has been standardized ))) "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized ))) "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
precipitation (WEBc9694a07): paleoData_notes: '"Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized' has been replaced by '((( ((( "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax���inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_units updated; paleoData_proxy updated; paleoData_measurementMaterial has been standardized ))) "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized ))) "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
precipitation (WEBc9694a07): paleoData_QCCertification: 'CH' has been replaced by 'CH, CR'
Updated lipdverse database entry with a changed file.
geo_elevation: '' has been replaced by '-2303'
d2H (WEB85c68a3a): paleoData_notes: '((( "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = ���0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_variableName updated; paleoData_proxy updated; paleoData_measurementMaterial has been standardized ))) "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized' has been replaced by '"Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
precipitation (WEBc9694a07): paleoData_notes: '((( "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax���inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_units updated; paleoData_proxy updated; paleoData_measurementMaterial has been standardized ))) "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized' has been replaced by '"Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
temperature (T2L_OC437_07_GC49_tex86_SST_from_tex86): paleoData_proxyGeneral: 'other biomarker' has been replaced by 'biomarker'
temperature (T2L_OC437_07_GC49_uk37_SST_from_uk37): paleoData_proxyGeneral: 'alkenone' has been replaced by 'biomarker'
d2H (WEB85c68a3a): paleoData_proxyGeneral: 'isotope' has been replaced by 'isotopic'
precipitation (WEBc9694a07): paleoData_proxyGeneral: 'isotope' has been replaced by 'isotopic'
d2H (WEB85c68a3a): paleoData_notes: '"Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized' has been replaced by '((( "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = ���0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_variableName updated; paleoData_proxy updated; paleoData_measurementMaterial has been standardized ))) "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
precipitation (WEBc9694a07): paleoData_notes: '"Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized' has been replaced by '((( "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax���inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_units updated; paleoData_proxy updated; paleoData_measurementMaterial has been standardized ))) "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized /// "Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
age (T2L_OC437_07_GC49_age): paleoData_datum: '' has been replaced by '1950'
age (T2L_OC437_07_GC49_age): paleoData_notes: '' has been replaced by 'NA; paleoData_isPrimary has been standardized; paleoData_datum has been standardized'
age (T2L_OC437_07_GC49_age): paleoData_units: 'BP' has been replaced by 'yr BP'
age (T2L_OC437_07_GC49_age): paleoData_isPrimary: '' has been replaced by 'TRUE'
age (T2L_OC437_07_GC49_age_median): paleoData_datum: '' has been replaced by '1950'
age (T2L_OC437_07_GC49_age_median): paleoData_notes: 'For Temp12k, the original age model was used - these data are the same as ageOriginal; ' has been replaced by 'For Temp12k, the original age model was used - these data are the same as ageOriginal; ; paleoData_isPrimary has been standardized; paleoData_datum has been standardized'
age (T2L_OC437_07_GC49_age_median): paleoData_units: 'cal years BP' has been replaced by 'yr BP'
age (T2L_OC437_07_GC49_age_median): paleoData_isPrimary: '' has been replaced by 'TRUE'
age (T2L_OC437_07_GC49_age_medianMedianBacon): paleoData_datum: '' has been replaced by '1950'
age (T2L_OC437_07_GC49_age_medianMedianBacon): paleoData_notes: '' has been replaced by 'NA; paleoData_summaryStatistic has been standardized; paleoData_method has been standardized; paleoData_isPrimary has been standardized; paleoData_datum has been standardized'
age (T2L_OC437_07_GC49_age_medianMedianBacon): paleoData_units: 'cal years BP' has been replaced by 'yr BP'
age (T2L_OC437_07_GC49_age_medianMedianBacon): paleoData_variableName: 'ageMedianBacon' has been replaced by 'age'
age (T2L_OC437_07_GC49_age_medianMedianBacon): paleoData_isPrimary: '' has been replaced by 'FALSE'
age (T2L_OC437_07_GC49_age_medianMedianBacon): paleoData_method: '' has been replaced by 'Bacon'
age (T2L_OC437_07_GC49_age_medianMedianBacon): paleoData_summaryStatistic: '' has been replaced by 'median'
age (T2L_OC437_07_GC49_age_original): paleoData_datum: '' has been replaced by '1950'
age (T2L_OC437_07_GC49_age_original): paleoData_notes: '' has been replaced by 'NA; paleoData_method has been standardized; paleoData_isPrimary has been standardized; paleoData_datum has been standardized'
age (T2L_OC437_07_GC49_age_original): paleoData_units: 'BP' has been replaced by 'yr BP'
age (T2L_OC437_07_GC49_age_original): paleoData_variableName: 'ageOriginal' has been replaced by 'age'
age (T2L_OC437_07_GC49_age_original): paleoData_isPrimary: '' has been replaced by 'FALSE'
age (T2L_OC437_07_GC49_age_original): paleoData_method: '' has been replaced by 'original'
depth (T2L_OC437_07_GC49_depth): paleoData_notes: '' has been replaced by 'NA; paleoData_isPrimary has been standardized'
depth (T2L_OC437_07_GC49_depth): paleoData_isPrimary: '' has been replaced by 'TRUE'
d2H (WEB85c68a3a): paleoData_notes: '"Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017)' has been replaced by '"Correcting dDwax for vegetation impacts using paired d13Cwax improves the inference of dDP (see fig. S1 and the Supplementary Materials) (22, 23). In turn, dDP has a strong (r = −0.72) log-normal relationship with the amount of rainfall in western Sahara " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
d2H (WEB85c68a3a): paleoData_proxy: 'dDwax' has been replaced by 'dD'
d2H (WEB85c68a3a): paleoData_variableName: 'dDP' has been replaced by 'd2H'
d2H (WEB85c68a3a): paleoData_measurementMaterial: '' has been replaced by 'leaf wax'
uncertaintyLow1s (WEBb3560016): paleoData_notes: '' has been replaced by 'NA; paleoData_summaryStatistic has been standardized; paleoData_measurementMaterial has been standardized'
uncertaintyLow1s (WEBb3560016): paleoData_variableName: 'dDP_1s_lower' has been replaced by 'uncertaintyLow1s'
uncertaintyLow1s (WEBb3560016): paleoData_measurementMaterial: '' has been replaced by 'd2H'
uncertaintyLow1s (WEBb3560016): paleoData_summaryStatistic: '' has been replaced by '1 sigma'
precipitation (WEBc9694a07): paleoData_notes: '"Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017)' has been replaced by '"Observations and isotopic reanalyses suggest that dDP scales nonlinearly with precipitation rate (fig. S2) such that we may develop a regression between the logarithm of mean annual precipitation and leaf wax–inferred dDP using core top data. We used Bayesian statistics to both develop this regression and apply it to the dDP time series, to propagate uncertainties related to both the determination of the regression parameters and the infer- ence of dDP from dDwax " (Tierney et al., 2017); paleoData_measurementMaterial has been standardized'
precipitation (WEBc9694a07): paleoData_proxy: 'dDwax' has been replaced by 'dD'
precipitation (WEBc9694a07): paleoData_units: 'mm/a' has been replaced by 'mm/yr'
precipitation (WEBc9694a07): paleoData_measurementMaterial: '' has been replaced by 'leaf wax'
uncertaintyLow1s (WEBc96ac165): paleoData_notes: '' has been replaced by 'NA; paleoData_summaryStatistic has been standardized; paleoData_inferredMaterial has been standardized'
uncertaintyLow1s (WEBc96ac165): paleoData_variableName: 'precip_1s_lower' has been replaced by 'uncertaintyLow1s'
uncertaintyLow1s (WEBc96ac165): paleoData_inferredMaterial: '' has been replaced by 'precipitation'
uncertaintyLow1s (WEBc96ac165): paleoData_summaryStatistic: '' has been replaced by '1 sigma'
uncertaintyHigh1s (WEBcce70d6c): paleoData_notes: '' has been replaced by 'NA; paleoData_summaryStatistic has been standardized; paleoData_inferredMaterial has been standardized'
uncertaintyHigh1s (WEBcce70d6c): paleoData_variableName: 'precip_1s_upper' has been replaced by 'uncertaintyHigh1s'
uncertaintyHigh1s (WEBcce70d6c): paleoData_inferredMaterial: '' has been replaced by 'precipitation'
uncertaintyHigh1s (WEBcce70d6c): paleoData_summaryStatistic: '' has been replaced by '1 sigma'
d2H (WEBd016ddae): paleoData_notes: '' has been replaced by 'NA; paleoData_measurementMaterial has been standardized; paleoData_method has been standardized'
d2H (WEBd016ddae): paleoData_variableName: 'dDwax_iv' has been replaced by 'd2H'
d2H (WEBd016ddae): paleoData_measurementMaterial: '' has been replaced by 'leafwax'
d2H (WEBd016ddae): paleoData_method: '' has been replaced by 'ice-volume corrected'
uncertaintyHigh1s (WEBd184ae2b): paleoData_notes: '' has been replaced by 'NA; paleoData_summaryStatistic has been standardized; paleoData_measurementMaterial has been standardized'
uncertaintyHigh1s (WEBd184ae2b): paleoData_variableName: 'dDP_1s_upper' has been replaced by 'uncertaintyHigh1s'
uncertaintyHigh1s (WEBd184ae2b): paleoData_measurementMaterial: '' has been replaced by 'd2H'
uncertaintyHigh1s (WEBd184ae2b): paleoData_summaryStatistic: '' has been replaced by '1 sigma'
temperature (T2L_OC437_07_GC49_tex86_SST_from_tex86): interpretation1_variable: 'T' has been replaced by 'temperature'
temperature (T2L_OC437_07_GC49_uk37_SST_from_uk37): interpretation1_variable: 'T' has been replaced by 'temperature'
d2H (WEB85c68a3a): interpretation1_seasonality: '1,2,3,4,5,6,7,8,9,10,11,12' has been replaced by 'Annual'
d2H (WEB85c68a3a): interpretation1_variable: 'P' has been replaced by 'precipitation'
precipitation (WEBc9694a07): interpretation1_seasonality: '1,2,3,4,5,6,7,8,9,10,11,12' has been replaced by 'Annual'
precipitation (WEBc9694a07): interpretation1_variable: 'P' has been replaced by 'precipitation'
geo_elevation: '-2303' has been replaced by ''
originalDataUrl: 'this compilation' has been replaced by 'https://www.ncei.noaa.gov/access/paleo-search/study/21091'
pub1_doi: 'https://doi.org/10.1126/sciadv.1601503' has been replaced by '10..1126/sciadv.1601503'
TEX86 (T2L_OC437_07_GC49_tex86): interpretation1_scope: '' has been replaced by 'climate'
Uk37 (T2L_OC437_07_GC49_uk37): interpretation1_scope: '' has been replaced by 'climate'
d2H (WEB18e51058): interpretation1_scope: '' has been replaced by 'climate'
d13C (WEB75230e47): interpretation1_scope: '' has been replaced by 'climate'
dDP_1s_lower (WEBb3560016): interpretation1_scope: '' has been replaced by 'climate'
precip_1s_lower (WEBc96ac165): interpretation1_scope: '' has been replaced by 'climate'
precip_1s_upper (WEBcce70d6c): interpretation1_scope: '' has been replaced by 'climate'
dDwax_iv (WEBd016ddae): interpretation1_scope: '' has been replaced by 'climate'
dDP_1s_upper (WEBd184ae2b): interpretation1_scope: '' has been replaced by 'climate'
TEX86 (T2L_OC437_07_GC49_tex86): interpretation1_scope: 'climate' has been replaced by ''
Uk37 (T2L_OC437_07_GC49_uk37): interpretation1_scope: 'climate' has been replaced by ''
d2H (WEB18e51058): interpretation1_scope: 'climate' has been replaced by ''
d13C (WEB75230e47): interpretation1_scope: 'climate' has been replaced by ''
dDP (WEB85c68a3a): interpretation1_variableGroup: '' has been replaced by 'P'
dDP_1s_lower (WEBb3560016): interpretation1_scope: 'climate' has been replaced by ''
precipitation (WEBc9694a07): interpretation1_variableGroup: '' has been replaced by 'P'
precip_1s_lower (WEBc96ac165): interpretation1_scope: 'climate' has been replaced by ''
precip_1s_upper (WEBcce70d6c): interpretation1_scope: 'climate' has been replaced by ''
dDwax_iv (WEBd016ddae): interpretation1_scope: 'climate' has been replaced by ''
dDP_1s_upper (WEBd184ae2b): interpretation1_scope: 'climate' has been replaced by ''
d2H (WEB18e51058): paleoData_variableName: 'dDwax' has been replaced by 'd2H'
d2H (WEB18e51058): paleoData_variableNameOriginal: '' has been replaced by 'dDwax'
d13C (WEB75230e47): paleoData_variableName: 'd13Cwax' has been replaced by 'd13C'
d13C (WEB75230e47): paleoData_variableNameOriginal: '' has been replaced by 'd13Cwax'
dDP (WEB85c68a3a): paleoData_proxyLumps: '' has been replaced by 'dDwax'
precipitation (WEBc9694a07): paleoData_proxyLumps: '' has been replaced by 'dDwax'
dDP (WEB85c68a3a): paleoData_QCnotes: '' has been replaced by 'defer to calibrated ts'
precipitation (WEBc9694a07): interpretation1_variableDetail: 'amount@surface' has been replaced by 'precipitation@surface'
precipitation (WEBc9694a07): paleoData_datum: '' has been replaced by 'abs'
precipitation (WEBc9694a07): paleoData_units: 'mm' has been replaced by 'mm/a'
temperature (T2L_OC437_07_GC49_tex86_SST_from_tex86): interpretation1_seasonality: 'annual' has been replaced by ''
temperature (T2L_OC437_07_GC49_uk37_SST_from_uk37): interpretation1_seasonality: 'annual' has been replaced by ''
dDwax (WEB18e51058): interpretation1_scope: '' has been replaced by 'climate'
d13Cwax (WEB75230e47): interpretation1_scope: '' has been replaced by 'climate'
dDP (WEB85c68a3a): interpretation1_seasonality: 'Annual' has been replaced by '1,2,3,4,5,6,7,8,9,10,11,12'
dDP (WEB85c68a3a): interpretation1_seasonalityGeneral: '' has been replaced by 'Annual'
precipitation (WEBc9694a07): interpretation1_seasonality: 'Annual' has been replaced by '1,2,3,4,5,6,7,8,9,10,11,12'
precipitation (WEBc9694a07): interpretation1_seasonalityGeneral: '' has been replaced by 'Annual'
dDP (WEB85c68a3a): paleoData_proxy: 'dD' has been replaced by 'dDwax'
dDP (WEB85c68a3a): paleoData_proxyDetail: '' has been replaced by 'C30 fatty acid'
dDP (WEB85c68a3a): paleoData_proxyGeneral: '' has been replaced by 'isotope'
dDP (WEB85c68a3a): paleoData_QCCertification: '' has been replaced by 'CH'
precipitation (WEBc9694a07): paleoData_proxy: 'dD' has been replaced by 'dDwax'
precipitation (WEBc9694a07): paleoData_proxyDetail: '' has been replaced by 'C30 fatty acid'
precipitation (WEBc9694a07): paleoData_proxyGeneral: '' has been replaced by 'isotope'
precipitation (WEBc9694a07): paleoData_QCCertification: '' has been replaced by 'CH'
pub1_author: 'list(list(name = "Tierney, Jessica E."), list(name = "Pausata, Francesco S. R."), list(name = "deMenocal, Peter B."))' has been replaced by 'Tierney, Jessica E.'
Column 'WEB18e51058', with variable name 'dDwax', was added to the dataset
Column 'WEB75230e47', with variable name 'd13Cwax', was added to the dataset
Column 'WEB85c68a3a', with variable name 'dDP', was added to the dataset
Column 'WEBb3560016', with variable name 'dDP_1s_lower', was added to the dataset
Column 'WEBc9694a07', with variable name 'precipitation', was added to the dataset
Column 'WEBc96ac165', with variable name 'precip_1s_lower', was added to the dataset
Column 'WEBcce70d6c', with variable name 'precip_1s_upper', was added to the dataset
Column 'WEBd016ddae', with variable name 'dDwax_iv', was added to the dataset
Column 'WEBd184ae2b', with variable name 'dDP_1s_upper', was added to the dataset
originalDataUrl: '' has been replaced by 'this compilation'
pub1_author: '' has been replaced by 'list(list(name = "Tierney, Jessica E."), list(name = "Pausata, Francesco S. R."), list(name = "deMenocal, Peter B."))'
pub1_doi: '' has been replaced by 'https://doi.org/10.1126/sciadv.1601503'
pub1_journal: '' has been replaced by 'Science Advances'
pub1_pages: '' has been replaced by 'e1601503'
pub1_publisher: '' has been replaced by 'American Association for the Advancement of Science (AAAS)'
pub1_title: '' has been replaced by 'Rainfall regimes of the Green Sahara'
pub1_type: '' has been replaced by 'article-journal'
pub1_volume: '' has been replaced by '3'
pub1_year: '' has been replaced by '2017'
geo_location: '' has been replaced by 'West Africa'
age (T2L_OC437_07_GC49_age_median): paleoData_variableName: 'ageDuplicate' has been replaced by 'age'
delta_r (T2L_OC437_07_GC49_delta_r): chronData_units: '' has been replaced by 'unitless'
delta_r_1s_error (T2L_OC437_07_GC49_delta_r_1s_error): chronData_units: '' has been replaced by 'unitless'
delta_r_1s_error_original (T2L_OC437_07_GC49_delta_r_1s_error_original): chronData_units: '' has been replaced by 'unitless'
delta_r_original (T2L_OC437_07_GC49_delta_r_original): chronData_units: '' has been replaced by 'unitless'
labcode (T2L_OC437_07_GC49_labcode): chronData_units: '' has been replaced by 'unitless'
mat_dated (T2L_OC437_07_GC49_mat_dated): chronData_units: '' has been replaced by 'unitless'
other_1s_err (T2L_OC437_07_GC49_other_1s_err): chronData_units: '' has been replaced by 'unitless'
other_date (T2L_OC437_07_GC49_other_date): chronData_units: '' has been replaced by 'unitless'
other_type (T2L_OC437_07_GC49_other_type): chronData_units: '' has been replaced by 'unitless'
Tierney, Jessica E; Pausata, Francesco S R; deMenocal, Peter B. (2017): Rainfall Regimes of the Green Sahara. Science Advances, 3, 1, e1601503, doi:10.1126/sciadv.1601503
American Association for the Advancement of Science (AAAS)