Ant 031.d18O + | mass spectrometer + |
Ant 031dD.dD + | mass spectrometer + |
Ant 033.dD + | mass spectrometer and + |
Ant 035.d18O + | mass spectometry + |
Ant 037.d18O + | mass spectrometry + |
Ant 050.d18O + | laser spectroscopy + |
Arc 065.d18O + | missing annual d18O in the lower part of the core interpolated using piecewise cubic interpolation + |
Arc 066.d18O1 + | calibration using scaling against mean Dec-Feb Longyerbyen temperature for 1912-1996 AD + |
Arc 072.BSi + | Mortlock and Froelich (1989) + |
Arc 073.temperature + | non-linear regression + |
Arc 074.uncertainty temperature + | bootstrapping RMSEP + |
Arc 088.thickness + | N/A + |
Arc 089.d18O + | analytical technique: mass spectrometry + |
Arc 090.Na + | analytical technique: ion chromatography + |
Arc 091.temperature + | N/A + |
Arc 093.trsgi + | linear regression + |
Arc 094.temperature + | N/A + |
Arc 096.d18O + | linear regression + |
Arc 150.MXD + | positive + |
Asia 230.temperature + | borehole temperature inversion (see Demezhko, D. Y., Shchapov, V. A., Glob. Planet. Change, 29, 219–230, 2001) + |
Asia 233.trsgi + | see Jacoby G., Solomina O., Frank D., Eremenko N., D’Arrigo R. Kunashir (Kuriles) Oak 400-year reconstruction of temperature and relation to the Pacific Decadal Oscillation. Palaeogeography, Palaeoclimatology, Palaeoecology 209 (2004) 303–311 + |
Asia 235.temperature + | integration of borehole and tree-ring GST reconstructions (Demezhko, Solomina, 2009) + |
Asia 335.temperature + | WAPLS; MLRC; IKFM; ANN + |
Aus 010.trsgi + | signal free + |
Aus 015.trsgi + | signal free + |
Aus 020.trsgi + | signal free + |
Aus 041.temperature + | RCS and temperature recon using linear regression + |
Aus 062.trsgi + | signal free + |
Aus 067.trsgi + | signal free + |
Aus 071.trsgi + | RCS + |
Eur 024.temperature + | modern analog + |
Eur 025.uncertainty temperature + | modern analog + |
Eur 026.temperature + | application of transfer function + |
Eur 027.JulianDay + | based on documentary information + |
Khider.DeglacialTiming.Model1 + | Bayesian + |
LPD016ef221.temperature + | Mg/Ca + |
LPD09e5a770.temperature + | Mg/Ca + |
LPD0b6c7700.BSi + | wet chemical extration, alkalkine leaching, inductively coupled plasma optical emission spectrometry + |
LPD0e0867fe.temperature + | alkenone + |
LPD0e900372.C N + | Macro Vario elemental analyzer + |
LPD10e9f8f7.temperature + | alkenone + |
LPD13a78f9b.temperature + | Mg/Ca + |
LPD16c5b9d8.temperature + | Alkenone + |
LPD1a0245b7.temperature + | Mg/Ca + |
LPD2a3997a7.temperature + | TEX86 + |
LPD30c5b95c.temperature + | Mg/Ca + |
LPD335d863f.RABD660 670 + | Gretag-Spectrolino + |
LPD34478ed4.temperature + | Mg/Ca + |
LPD44e382ee.temperature + | Mg/Ca + |
LPD4dd77d54.temperature + | Converted using MUE1998 + |
LPD53e179ad.temperature + | BAYSPAR Bayesian calibration + |
LPD572f7cc3.temperature + | Mg/Ca + |
LPD57d40973.temperature + | Mg/Ca + |
LPD5c89a1b5.temperature + | Alkenone + |
LPD6315f935.temperature + | Alkenone + |
LPD6dbf8788.temperature + | alkenone + |
LPD708fb697.temperature + | Mg/Ca + |
LPD716b88d0.temperature + | Mg/Ca + |
LPD77e777b0.R570 630 + | Gretag-Spectrolino + |
LPD7abab671.temperature + | inverse model + |
LPD7c7e19c5.temperature + | Mg/Ca + |
LPD7cf4e05b.temperature + | TEX86 + |
LPD806644b2.temperature + | Mg/Ca + |
LPD81e53153.temperature + | BAYSPAR Bayesian calibration + |
LPD84ab67b9.temperature + | alkenone + |
LPD9b023bc9.temperature + | Mg/Ca + |
LPD9cc3baf6.temperature + | Mg/Ca + |
LPDa03ec713.temperature + | Mg/Ca + |
LPDa2107e77.temperature + | Mg/Ca + |
LPDa77273bb.temperature + | Converted using MUE1998 + |
LPDa7a4074f.uncertainty temperature + | inverse model + |
LPDa97364db.temperature + | Mg/Ca + |
LPDasan2012.temperature + | alkenone + |
LPDb17a5e9e.temperature + | Mg/Ca + |
LPDb44bf261.temperature + | Mg/Ca + |
LPDb7ba9166.temperature + | Alkenone + |
LPDb9285123.temperature + | inverse model + |
LPDbd07f717.temperature + | Mg/Ca + |
LPDbff7f105.R650 700 + | Gretag-Spectrolino + |
LPDc07746c5.temperature + | Mg/Ca + |
LPDc08ab49e.temperature + | alkenone + |
LPDc2846a24.R660 670 + | Gretag-Spectrolino + |
LPDcda1c277.temperature + | Mg/Ca + |
LPDd95394f2.temperature + | vLA2005 + |
LPDdc74a376.temperature + | alkenone-based temperature reconstruction + |
LPDe51d17e8.temperature + | Mg/Ca + |
LPDe6c52b99.temperature + | Mg/Ca + |
LPDe759ea6b.N + | Macro Vario elemental analyzer + |
LPDefb3d2b0.temperature + | Mg/Ca + |
LPDf7751317.C + | Macro Vario elemental analyzer + |
LPDf7bace53.temperature + | Mg/Ca + |
MD982181.Khider.2014.ChronData1.Model1 + | Monte-Carlo simulations + |
MD982181.Khider.2014.ChronData1.Model2 + | Monte-Carlo simulations + |
MD982181.Khider.2014.ChronData1.Model3 + | Monte-Carlo simulations + |
MD982181.Khider.2014.PaleoData1.Model1 + | Bayesian + |
MD982181.Khider.2014.PaleoData1.Model2 + | Bayesian + |
O2kLR 007.temperature + | SIMMAX + |
O2kLR 009.temperature + | SIMMAX + |
O2kLR 017.temperature + | Mg/Ca + |