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List of results

• SAm 0241.temperature1.Calibration  + (RMSE (1901-1996 AD), ten-fold cross-validated)
• SAm 024.temperature.Calibration  + (RMSE (1901-1996 AD), ten-fold cross-validated)
• SAm 034.uncertainty temperature1.Calibration  + (RMSE 1900-2008, jacknife)
• SAm 033.uncertainty temperature.Calibration  + (RMSE 1900-2008, jacknife)
• SAm 032.temperature.Calibration  + (RMSE 1900-2008, jacknife)
• SAm 032.temperature  + (RMSE 1900-2008, jacknife; paleoData_proxy changed - was originally Biogenic silica flux; paleoData_units changed - was originally (degrees C); climateInterpretation_seasonality changed - was originally SONDJF)
• SAm 026.temperature1.Calibration  + (RMSE 1901-2004, Boot-strapping)
• SAm 025.temperature.Calibration  + (RMSE 1901-2004, Boot-strapping)
• SAm 025.temperature  + (RMSE 1901-2004, Boot-strapping; paleoData_ …
  RMSE 1901-2004, Boot-strapping; paleoData_variableName changed - was originally rec_temp; paleoData_proxy changed - was originally R570/R630 reflectance; paleoData_units changed - was originally deg C; climateInterpretation_seasonality changed - was originally NDJF
  _seasonality changed - was originally NDJF)
• MD972120-MD972121.Pahnke.2006.chron1measurement1  + (Radiocarbon)
• MD972120-MD972121.Pahnke.2006.chron0measurement1  + (Radiocarbon)
• MD02-2575.Ziegler.2008.chron1measurement2  + (Radiocarbon Age. From Nurnberg et al. 2008)
• MD97-2141.Rosenthal.2003.chron1measurement1  + (Radiocarbon ages and tie points from the SPECMAP stack used in MD97-2141 Chronology de Garidel-Thoron et al. 2001)
• MD95-2043.Cacho.1999.chron1measurement1  + (Radiocarbon data)
• JM98-1-PC.Husum.2004.chron0measurement0  + (Radiocarbon dates from JM98-1-PC. The radiocarbon dates have been calibrated with the CALIB HTML version 4.3 (Stuiver and Reimer, 1993; Stuiver et al., 1998) using the average reservoir age of 464 ± 35 for northern Norway (Stuiver et al., 1986))
• JR51GC35.Bendle.2007.chron0measurement0  + (Radiocarbon dates in cores JR51-GC35 from the North Icelandic Shelf)
• Arc 091.temperature  + (Regional tree-ring network)
• Arc 094.temperature  + (Regional tree-ring network; climateInterpretation_seasonality changed - was originally April-July minimum)
• Arc 101.uncertainty temperature  + (Regional tree-ring network; paleoData_variableName changed - was originally uncertainty_temperature; paleoData_variableName changed - was originally uncertainty_temperature; paleoData_variableName changed - was originally uncertainty_temperature)
• PYTN8GRCHGY.sst.Uncertainty1  + (Reproducibility_checked_on_duplicates_of_18_out_of_140_samples)
• GeoB10042-1.Setiawan.2016.chron1measurement1  + (Reservoir Age correction of 100 years)
• KNR195-5-CDH26.Bova.2015.chron1measurement1  + (Reservoir Age: 500 yrs)
• A7.Sun.2005.chron1measurement1  + (Reservoir Age: 700 years)
• MD01-2412.Harada.2006.chron1measurement1  + (Reservoir Age: 784yr)
• PYTFH8INQ03.calendar age  + (Reservoir age correction 200 ±50 years)

• GeoB1023-5.Kim.2002.chron1measurement1  + (Reservoir age correction of 125+/-20 years)

• GeoB12610-2.Rippert.2015.chron1measurement1  + (Reservoir age of 150 years (+/- 60 years))
• PYTLE0KGBBD.yrbp.Calibration  + (Reservoir age of 600 years)
• KNR195-5-CDH23.Bova.2015.chron1measurement1  + (Reservoir age: 500 years)
• GIK17748-2.Kim.2002.chron1measurement1  + (Reservoir effect: 400 years)
• O2kLR 114.temperature.Calibration  + (SON1997: T(sediments) = (Uk37-0.316)/(0.023))
• O2kLR 116.temperature.Calibration  + (SON1997: T(sediments) = (Uk37-0.316)/(0.023))
• PYTDK4DZ147.ghostMeasured.Calibration  + (SON1997: T(sediments) = (Uk37-0.316)/(0.023))
• O2kLR 114.temperature  + (SON1997: T(sediments) = (Uk37-0.316)/(0.023); paleoData_units changed - was originally deg C; climateInterpretation_seasonality changed - was originally Annual)
• O2kLR 189.temperature  + (SST data from author not placed on age-dep …
  SST data from author not placed on age-depth scale, so I had to generate a control point-to-point linear interpolation using authors reported age control. All O2K-LR records have been quality-controlled according to protocols published in Nature Geoscience supplement; climateInterpretation_seasonality changed - was originally Annual
  easonality changed - was originally Annual)
• MD982181.Khider.2014.paleo1model1ensemble  + (SST ensemble from the Bayesian calibration described in Khider et al. 2014)
• LV29-114-3.Max.2012.paleo1measurement1  + (Sea surface temperature calculated from alkenones)
• GIK16160-3.Wang.2003.paleo1measurement2  + (Sea surface temperatures reconstructed from Mg/Ca ratios in sediment core GIK16160-3)
• ODP1019.Barron.2003.paleo0measurement2  + (Sediment composition)
• KT05-7 PC02.Kawahata.2009.paleo1measurement3  + (Stable carbon isotope ratios of benthic foraminifera from sediment core KT05-7_PC-02)
• ODP1098B.Shevenell.2011.paleo1measurement1  + (Stable oxygen isotope ratios of Neogloboquadrina pachyderma and sea surface temperature reconstruction for ODP Hole 178-1098B.)
• MD982181.Khider.2014.paleo1model1summary  + (Summary of the SST ensembleTable)
• MD982181.Khider.2014.chron1model1summary  + (Summary of the age model ensemble for SST)
• MD982181.Khider.2014.chron1model2summary  + (Summary of the age model ensemble for d18Osw)
• MD982181.Khider.2014.paleo1model2summary  + (Summary of the d18Osw ensembleTable)
• LPDb17a5e9e.temperature.Calibration  + (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 pre-exponential constant using regional core top data.)
• MD972120-MD972121.Pahnke.2006.chron0measurement0  + (Tephra ages in radiocarbon and calendar years)
• MD972120-MD972121.Pahnke.2006.chron1measurement0  + (Tephra ages in radiocarbon and calendar years)
• PYTOMLKRPB1.age calyrbp  + (The ensemble and summary tables were adjusted to take into consideration NaNs in the SST and d18Osw data)
• PYT6K1XJRVM.mg/ca-g.rub-w.Uncertainty1  + (The precision is determined on replicate measurements of G. ruber samples)
• Aus-DuckholeLake.Saunders.2013  + (The relationship between total chlorin and …
  The relationship between total chlorin and temperature is NEGATIVE. Note that figure 4 in the study by Saunders et al (2013) is incorrectly labelled. The y axes for R_650;700 should be inverted and the correlation is negative (not positive as originally published). An erratum is in preparation.
  published). An erratum is in preparation.)