empirical d18O-T sensitivity is approximately 4 times abiogenic experiments and many other biogenic carbonates. Consider excluding.
empirical d18O-T sensitivity is approximately 4 times abiogenic experiments and many other biogenic carbonates. Consider excluding.
SON1997: T(sediments) = (Uk37-0.316)/(0.023)
PRA1988: T(cultures) = (Uk37-0.039)/(0.034), (Prahl et al., (1988); cultures E. huxleyi, 8-25�C, n=22; R2=0.994)
PRA1988: T(cultures) = (Uk37-0.039)/(0.034), (Prahl et al., (1988); cultures E. huxleyi, 8-25�C, n=22; R2=0.994)
PRA1988: T(cultures) = (Uk37-0.039)/(0.034), [Prahl et al., 1988; cultures E. huxleyi, 8-25�C, n=22; R2=0.994]
PRA1988: E. huxleyi culture-based calibration. No RMSE is reported in the original publication, so a RMSE was calculated by taking a regression off of the five culture T-UK37 datapoints reported in the publication.
ANA2003: Mg/Ca=0.38*exp(0.09*SST), multiple species; Mg/Ca =0.449*exp(0.09*SST), G ruber, (Anand et al., (2003); sediment trap; error �1.2�C)
ANA2003: Anand multi species sediment trap calibration.
ANA2003: Anand multi species sediment trap calibration.
ANA2003: Anand multi species sediment trap calibration.
ANA2003: Mg/Ca=0.38*exp(0.09*SST), multiple species; Mg/Ca =0.449*exp(0.09*SST), G ruber, (Anand et al., (2003); sediment trap; error �1.2�C)
Temperature (oC) = 16.5 – 4.80(d18Oc – d18Ow); following 10.1038/nature02903
ANA2003: Mg/Ca=0.38*exp(0.09*SST), multiple species; Mg/Ca =0.449*exp(0.09*SST), G ruber, (Anand et al., (2003); sediment trap; error �1.2�C)
ANA2003: Mg/Ca=0.38*exp(0.09*SST), multiple species; Mg/Ca =0.449*exp(0.09*SST), G ruber, (Anand et al., (2003); sediment trap; error �1.2�C)
PRA1988: T(cultures) = (Uk37-0.039)/(0.034), (Prahl et al., (1988); cultures E. huxleyi, 8-25�C, n=22; R2=0.994)
PRA1988: T(cultures) = (Uk37-0.039)/(0.034), (Prahl et al., (1988); cultures E. huxleyi, 8-25�C, n=22; R2=0.994)
DEK2002: G. ruber core top calibration with a depth correction to account for dissolution effects
ANA2003: Mg/Ca=0.38*exp(0.09*SST), multiple species; Mg/Ca =0.449*exp(0.09*SST), G ruber, (Anand et al., (2003); sediment trap; error �1.2�C)
TH2009: for G. inflata, based on core tops. Thornalley et al. assume an exponential constant of 0.10 using Barker et al., 2005, Quat Sci Rev as a justification, then fit the preexponential constant using regional core top data.
TH2009: for G. bulloides, based on core tops. Thornalley et al. assume an exponential constant of 0.10 using Barker et al., 2005, Quat Sci Rev as a justification, then fit the preexponential constant using regional core top data.
ANA2003: G. bulloides, based on coretop data from Elderfield and Ganssen, 2000, Nature
ANA2003: Anand multi species sediment trap calibration.
ANA2003: Mg/Ca=0.38*exp(0.09*SST), multiple species; Mg/Ca =0.449*exp(0.09*SST), G ruber, (Anand et al., (2003); sediment trap; error �1.2�C)
DEK2002: Mg/Ca=0.38*exp(0.09*[SST0.61 (core depth km)]), (Dekens et al., (2002); core tops; G ruber)
DEK2002: Mg/Ca=0.38*exp(0.09*[SST0.61 (core depth km)]), (Dekens et al., (2002); core tops; G ruber)
DEK2002: Mg/Ca=0.38*exp(0.09*[SST-0.61 (core depth km)]), (Dekens et al., (2002); core tops; G ruber)
MUE1998: T(sediments) = (Uk?37-0.044)/0.033, (M�ller et al., (1998); global (60S-60N), 0-29�C, annual at 0 m, n=370, R2=0.958)
Elderfield & Ganssen 2000
Elderfield & Ganssen 2000
CLE2008: Cleroux et al., 2008 North Atlantic core top calibration for G. ruber (white)
DEK2002: Mg/Ca=0.38*exp(0.09*[SST-0.61 (core depth km)]), (Dekens et al., (2002); core tops; G ruber)
DEK2002: Mg/Ca=0.38*exp(0.09*[SST-0.61 (core depth km)]), (Dekens et al., (2002); core tops; G ruber)
combines new sclerosponge data with Grossman and Ku, 1986 (10.1016/0168-9622(86)90057-6)
combines new sclerosponge data with Grossman and Ku, 1986 (10.1016/0168-9622(86)90057-6)