Search by property
This page provides a simple browsing interface for finding entities described by a property and a named value. Other available search interfaces include the page property search, and the ask query builder.
List of results
- PYT30PFMY3L.year + (Year AD)
- PYT2YLX3GVK.year + (Year AD)
- PYT2YELHE2P.year + (Year AD)
- PYT2Y0TJKYB.year + (Year AD)
- PYT2WCLDI1E.year + (Year AD)
- PYT2VYQ830C.year + (Year AD)
- PYT2TT1A5BB.year + (Year AD)
- PYT2TECK6R8.year + (Year AD)
- PYT2S764JL3.year + (Year AD)
- PYT2Q8WP82X.year + (Year AD)
- PYT2Q6UVAJI.year + (Year AD)
- PYT2OWO6ZBL.year + (Year AD)
- PYT2NDKWEOD.year + (Year AD)
- PYT2MCTTQHD.year + (Year AD)
- PYT2LIKFLZR.year + (Year AD)
- PYT2KVHRJAU.year + (Year AD)
- PYT2H2S65G6.year + (Year AD)
- PYT2F5TCWXM.year + (Year AD)
- PYT2EDUWTBN.year + (Year AD)
- PYT2DU4DV14.year + (Year AD)
- PYT2DKUW9HW.year + (Year AD)
- PYT2C2VD371.year + (Year AD)
- PYT2B2WAS68.year + (Year AD)
- PYT2AFN3YRV.year + (Year AD)
- PYT28TD7FKF.year + (Year AD)
- PYT28NANA43.year + (Year AD)
- PYT288VI755.year + (Year AD)
- PYT278YIEKW.year + (Year AD)
- PYT26UIE3HY.year + (Year AD)
- PYT25TV5AC3.year + (Year AD)
- PYT24K9EDDG.year + (Year AD)
- PYT23PABT7A.year + (Year AD)
- PYT23HM072P.year + (Year AD)
- PYT22EL6DO5.year + (Year AD)
- PYT229QL95G.year + (Year AD)
- PYT21KS4LW0.year + (Year AD)
- PYT1XFPFC36.year + (Year AD)
- PYT1VG1ZEJT.year + (Year AD)
- PYT1UXAPHUG.year + (Year AD)
- PYT1TCA0PCA.year + (Year AD)
- PYT1PHAXYCZ.year + (Year AD)
- PYT1MUOKFSK.year + (Year AD)
- PYT1K4IRL4G.year + (Year AD)
- PYT1AS2GGI6.year + (Year AD)
- PYT1AJ0TK0B.year + (Year AD)
- PYT18W7V1SZ.year + (Year AD)
- PYT175RC8DH.year + (Year AD)
- PYT16TL226J.year + (Year AD)
- PYT1473XUKO.year + (Year AD)
- PYT11FH0SAU.year + (Year AD)
- PYT0ZNXQQ7H.year + (Year AD)
- PYT0US4I5XV.year + (Year AD)
- PYT0RJ92GME.year + (Year AD)
- PYT0NAXF3C5.year + (Year AD)
- PYT0MEMARZ3.year + (Year AD)
- PYT0JG9FVP3.year + (Year AD)
- PYT0J2Z0XYW.year + (Year AD)
- PYT0J08VQO5.year + (Year AD)
- PYT0IJJT1F9.year + (Year AD)
- PYT0IHDAR4R.year + (Year AD)
- PYT0HM8J2Z8.year + (Year AD)
- PYT0G1SVEOC.year + (Year AD)
- PYT0E62PSGK.year + (Year AD)
- PYT0BTCZKXQ.year + (Year AD)
- PYT070EGE2D.year + (Year AD)
- PYT05ZC2DQG.year + (Year AD)
- PYT05GJ1ATL.year + (Year AD)
- PYT033GIX0I.year + (Year AD)
- PYT02W1QT5F.year + (Year AD)
- PYT02IP2F2P.year + (Year AD)
- LPD775e8bad.year old + (Year AD, on the outdated WDC-6A-7 timescale)
- PYTYUL1H4CG.age + (Years before present (1950) BP)
- PYTW8KW06TU.age + (Years before present (1950) BP)
- PYTVE738YUF.age + (Years before present (1950) BP)
- PYTUQAYFQCB.age + (Years before present (1950) BP)
- PYTTTDC0N0V.age + (Years before present (1950) BP)
- PYTT8NC9N5Z.age + (Years before present (1950) BP)
- PYTSCBZ7NI9.age + (Years before present (1950) BP)
- PYTS0YLYPLL.age + (Years before present (1950) BP)
- PYTOF4HMK78.age + (Years before present (1950) BP)
- PYTN6NQ6PWL.age + (Years before present (1950) BP)
- PYTJDKOFBRX.age + (Years before present (1950) BP)
- PYTFWGS4XXM.age + (Years before present (1950) BP)
- PYTFNJ1LIRF.age + (Years before present (1950) BP)
- PYTF8QOQX3F.age + (Years before present (1950) BP)
- PYTE7U3VE9M.age + (Years before present (1950) BP)
- PYTDJQHNHDA.age + (Years before present (1950) BP)
- PYTB0I4TL3T.age + (Years before present (1950) BP)
- PYTA8M0H2WH.age + (Years before present (1950) BP)
- PYTA0Z7HH7K.age + (Years before present (1950) BP)
- PYT9IWTRPGE.age + (Years before present (1950) BP)
- PYT8NOPSQCL.age + (Years before present (1950) BP)
- PYT8IB6LQEX.age + (Years before present (1950) BP)
- PYT2J1FPKYE.age + (Years before present (1950) BP)
- PYT0OBSCKGH.age + (Years before present (1950) BP)
- Asia 334.ageMin + (age)
- Asia 333.ageMax + (age)
- Arc 100.temperature + (air temperature)
- LPD5e87c53c.Uk37 + (alkenone data)
- LPD35442a44.Uk37 + (alkenone data)
- LPD4dd77d54.temperature + (alkenones)
- Arc 088.thickness + (annual layer thickness)
- Arc 036.temperature + (annual mean temperature)
- NAm 3869.effectiveMoisture + (annual precipitation - potential evapotranspiration)
- PYT7Z7JMLKT.mg + (asdfas)
- PYTQ4SI5RNB.14c + (asdfasd)
- PYTCCBG1QL1.14c uncertainty + (asdfasd)
- PYT9RQ8O0TX.labcode + (asdfasd)
- PYT7DGGKKES.sst + (asdfasd)
- LPD0b6c7700.BSi + (biogenic silica content)
- LPDfc71e6bc.calcification2 + (calcification rate measurements from individual samples)
- LPDf7af3f2e.calcification1 + (calcification rate measurements from individual samples)
- LPDf316b97e.calcification4 + (calcification rate measurements from individual samples)
- LPDf2047c95.calcification2 + (calcification rate measurements from individual samples)
- LPDe897b7c7.calcification3 + (calcification rate measurements from individual samples)
- LPDe85bf987.calcification3 + (calcification rate measurements from individual samples)
- LPDdcf3abca.calcification5 + (calcification rate measurements from individual samples)
- LPDd376af3b.calcification3 + (calcification rate measurements from individual samples)
- LPDc95b8887.calcification3 + (calcification rate measurements from individual samples)
- LPDae761fd0.calcification3 + (calcification rate measurements from individual samples)
- LPD81e7ab49.calcification1 + (calcification rate measurements from individual samples)
- LPD7d948e2c.calcification3 + (calcification rate measurements from individual samples)
- LPD7be6185d.calcification1 + (calcification rate measurements from individual samples)
- LPD796b99d7.calcification2 + (calcification rate measurements from individual samples)
- LPD74bc6584.calcification5 + (calcification rate measurements from individual samples)
- LPD7457ad38.calcification4 + (calcification rate measurements from individual samples)
- LPD7311e829.calcification4 + (calcification rate measurements from individual samples)
- LPD72b1e1cd.calcification1 + (calcification rate measurements from individual samples)
- LPD70878a8b.calcification1 + (calcification rate measurements from individual samples)
- LPD6c1fc0ed.calcification2 + (calcification rate measurements from individual samples)
- LPD5024de7f.calcification6 + (calcification rate measurements from individual samples)
- LPD41213ce8.calcification2 + (calcification rate measurements from individual samples)
- LPD33714919.calcification2 + (calcification rate measurements from individual samples)
- LPD2757d69f.calcification4 + (calcification rate measurements from individual samples)
- LPD21b789e2.calcification1 + (calcification rate measurements from individual samples)
- LPD1079b4bb.calcification4 + (calcification rate measurements from individual samples)
- LPD0d8fd260.calcification7 + (calcification rate measurements from individual samples)
- LPD0e900372.C N + (carbon to nitrogen ratio)
- GeoB1023-5 + (cc:clay, olive-green, shells)
- LPDe1fb72db.composite + (composite of individual samples, after standardization)
- LPDaa786707.composite + (composite of individual samples, after standardization)
- LPD8bd4e07e.composite + (composite of individual samples, after standardization)
- LPD378db911.composite + (composite of individual samples, after standardization)
- LPD3100fe0a.composite + (composite of individual samples, after standardization)
- LPD24dd89b2.composite + (composite of individual samples, after standardization)
- Malawi01.core + (core name)
- LPD2c9bc1f8.core + (core name)
- Asia 305.d18O + (d18O in ice)
- NAm 3870.d18O + (d18O of speleothem calcite)
- Ocean2kHR 001.d18O + (d18O of the coral skeleton)
- Eur 027.JulianDay + (days of ice break up after January 1st)
- Chron6.delta13C + (delta13C of material analyzed for 14C)
- Chron7.delta13Cuncertainty + (delta13C uncertainty)
- SAm 035.d18O + (delta18O ice)
- PYTZUYRV8M1.depth + (depth)
- PYTZQR2EXLK.depth + (depth)
- PYTZ3E225BO.depth + (depth)
- PYTXDP6N216.depth + (depth)
- PYTXCULED1V.depth + (depth)
- PYTWTKZRIDP.depth + (depth)
- PYTWCSUMCCJ.depth + (depth)
- PYTUBEXKJU6.depth + (depth)
- PYTOKGBS8KI.depth + (depth)
- PYTOAYG0Z8C.depth + (depth)
- PYTN8US1G1W.depth + (depth)
- PYTJPBJ5M2Z.depth + (depth)
- PYTJ2WUJAQS.depth + (depth)
- PYTINB1QEJ3.depth + (depth)
- PYTIAUU5EZ2.depth + (depth)
- PYTI57W37PX.depth + (depth)
- PYTGQPPRBO6.depth + (depth)
- PYTGQDIK0ZZ.depth + (depth)
- PYTF37CYWW0.depth + (depth)
- PYTEAHUYHLJ.depth + (depth)
- PYTC7XA0GV1.depth + (depth)
- PYTAUGQKZQC.depth + (depth)
- PYT9B0WO75K.depth + (depth)
- PYT8RP6HFME.depth + (depth)
- PYT8JYMNKLD.depth + (depth)
- PYT8IWJ2PPP.depth + (depth)
- PYT7B61R2QQ.depth + (depth)
- PYT6RBAZN0V.depth + (depth)
- PYT43LEUKSU.depth + (depth)
- PYT3M8AJ1UQ.depth + (depth)
- PYT2R5MKWW9.depth + (depth)
- PYT0PD86HCL.depth + (depth)
- Asia 332.depth bottom + (depth)
- Asia 331.depth top + (depth)
- Arc 077.Uk37 + (depth)
- PYTOO73ID6Y.depth + (desc)
- PYTPLLTM5CB.ghostMeasured.Calibration +
- Arc 037.temperature.Calibration +
- O2kLR 183.temperature.Calibration +
- PYTJH1XIT33.ghostMeasured.Calibration +
- O2kLR 118.temperature.Calibration +
- Africa 002.SE + (error on temp reconstruction)
- PYTXZLB1X8P.age + (fasdf)
- Chron4.fractionModern + (fraction of modern 14C activity)
- Chron5.fractionModernUncertainty + (fraction of modern 14C activity uncertainty)
- Arc 012mxd.temperature1 + (from MXD)
- Arc 012.temperature + (from TRW)
- LPD7e5468c3.notes1 + (indicates samples which overlap)
- Asia 230.temperature + (inferred ground surface temperature (GST) anomaly)
- Africa 004.temperature + (inferred lake surface temperature)
- Malawi05.temperature + (inferred lake surface temperature)
- Eur 010.temperature + (inferred sea-surface temperature)
- LPD016ef221.temperature + (inferred sea-surface temperature)
- LPD09e5a770.temperature + (inferred sea-surface temperature)
- LPD0e0867fe.temperature + (inferred sea-surface temperature)
- LPD10e9f8f7.temperature + (inferred sea-surface temperature)
- LPD13a78f9b.temperature + (inferred sea-surface temperature)
- LPD16c5b9d8.temperature + (inferred sea-surface temperature)
- LPD1a0245b7.temperature + (inferred sea-surface temperature)
- LPD2a3997a7.temperature + (inferred sea-surface temperature)
- LPD30c5b95c.temperature + (inferred sea-surface temperature)
- LPD34478ed4.temperature + (inferred sea-surface temperature)
- LPD44e382ee.temperature + (inferred sea-surface temperature)
- LPD572f7cc3.temperature + (inferred sea-surface temperature)
- LPD57d40973.temperature + (inferred sea-surface temperature)
- LPD5c89a1b5.temperature + (inferred sea-surface temperature)
- LPD6315f935.temperature + (inferred sea-surface temperature)
- LPD6dbf8788.temperature + (inferred sea-surface temperature)
- LPD708fb697.temperature + (inferred sea-surface temperature)
- LPD716b88d0.temperature + (inferred sea-surface temperature)
- LPD7c7e19c5.temperature + (inferred sea-surface temperature)
- LPD7cf4e05b.temperature + (inferred sea-surface temperature)
- LPD806644b2.temperature + (inferred sea-surface temperature)
- LPD84ab67b9.temperature + (inferred sea-surface temperature)
- LPD9b023bc9.temperature + (inferred sea-surface temperature)
- LPD9cc3baf6.temperature + (inferred sea-surface temperature)
- LPDa03ec713.temperature + (inferred sea-surface temperature)
- LPDa2107e77.temperature + (inferred sea-surface temperature)
- LPDa77273bb.temperature + (inferred sea-surface temperature)
- LPDa97364db.temperature + (inferred sea-surface temperature)
- LPDasan2012.temperature + (inferred sea-surface temperature)
- LPDb17a5e9e.temperature + (inferred sea-surface temperature)
- LPDb44bf261.temperature + (inferred sea-surface temperature)
- LPDb7ba9166.temperature + (inferred sea-surface temperature)
- LPDbd07f717.temperature + (inferred sea-surface temperature)
- LPDc07746c5.temperature + (inferred sea-surface temperature)
- LPDc08ab49e.temperature + (inferred sea-surface temperature)
- LPDcda1c277.temperature + (inferred sea-surface temperature)
- LPDd95394f2.temperature + (inferred sea-surface temperature)
- LPDe51d17e8.temperature + (inferred sea-surface temperature)
- LPDe6c52b99.temperature + (inferred sea-surface temperature)
- LPDefb3d2b0.temperature + (inferred sea-surface temperature)
- LPDf7bace53.temperature + (inferred sea-surface temperature)
- O2kLR 007.temperature + (inferred sea-surface temperature)
- O2kLR 009.temperature + (inferred sea-surface temperature)
- O2kLR 017.temperature + (inferred sea-surface temperature)
- O2kLR 019.temperature + (inferred sea-surface temperature)
- O2kLR 030.temperature + (inferred sea-surface temperature)
- O2kLR 032.temperature + (inferred sea-surface temperature)
- O2kLR 045.temperature + (inferred sea-surface temperature)
- O2kLR 046.temperature + (inferred sea-surface temperature)
- O2kLR 047.temperature + (inferred sea-surface temperature)
- O2kLR 048.temperature + (inferred sea-surface temperature)
- O2kLR 066.temperature + (inferred sea-surface temperature)
- O2kLR 068.temperature + (inferred sea-surface temperature)
- O2kLR 074.temperature + (inferred sea-surface temperature)
- O2kLR 076.temperature + (inferred sea-surface temperature)
- O2kLR 082.temperature + (inferred sea-surface temperature)
- O2kLR 084.temperature + (inferred sea-surface temperature)
- O2kLR 101.temperature + (inferred sea-surface temperature)
- O2kLR 105.temperature + (inferred sea-surface temperature)
- O2kLR 107.temperature + (inferred sea-surface temperature)
- O2kLR 112.temperature + (inferred sea-surface temperature)
- O2kLR 113.temperature + (inferred sea-surface temperature)
- O2kLR 118.temperature + (inferred sea-surface temperature)
- O2kLR 120.temperature + (inferred sea-surface temperature)
- O2kLR 131.temperature + (inferred sea-surface temperature)
- O2kLR 135.temperature + (inferred sea-surface temperature)
- O2kLR 137.temperature + (inferred sea-surface temperature)
- O2kLR 146.temperature + (inferred sea-surface temperature)
- O2kLR 147.temperature + (inferred sea-surface temperature)
- O2kLR 148.temperature + (inferred sea-surface temperature)
- O2kLR 149.temperature + (inferred sea-surface temperature)
- O2kLR 183.temperature + (inferred sea-surface temperature)
- O2kLR 184.temperature + (inferred sea-surface temperature)
- O2kLR 187.temperature + (inferred sea-surface temperature)
- O2kLR 189.temperature + (inferred sea-surface temperature)
- O2kLR 195.temperature + (inferred sea-surface temperature)
- O2kLR 197.temperature + (inferred sea-surface temperature)
- O2kLR 152.temperature + (inferred sea-surface temperature anomaly)
- O2kLR 150.temperature + (inferred sea-surface temperature anomaly (mean-subtracted only))
- Africa 001.d18O + (inferred temperature)
- Ant 029.temperature + (inferred temperature)
- Arc 078.temperature + (inferred temperature)
- Arc 079.temperature + (inferred temperature)
- Asia 335.temperature + (inferred temperature)
- LPDdc74a376.temperature + (inferred temperature)
- SAm 024.temperature + (inferred temperature)
- Arc 065.d18O + (interpolated delta 18O)
- Chron9.labID + (laboratory ID from radiocarbon facility)
- Arc 004.massacum + (mass flux)
- Chron10.materialDated + (material analyzed)
- Malawi04.TEX86 + (mean TEX86 from 1-4 replicates)
- LPD53e179ad.temperature + (median calibrated ssts from tex86, using BAYSPAR-NRS (Tierney & Tingley, 2014, GCA))
- LPD81e53153.temperature + (median calibrated ssts from tex86, using BAYSPAR-NRS (Tierney & Tingley, 2014, GCA))
- Arc 051.melt + (melt feature percentages)
- Chron1.depth + (mid-point depth)
- Chron1.depthUTh + (mid-point depth of the sub-sample drilled for U-Th age)
- Chron14.x210PbModel + (model used to convert 210Pb activity to age (e.g., constant rate of supply))
- LPD1779972c.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from Lunds "Avg Mg/Ca" column and are in units of mmol/mol; note that in original source, there are also MgCa estimates for std. dev & std. error)
- LPD44c75538.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from Lunds "Avg Mg/Ca" column and are in units of mmol/mol; note that in original source, there are also MgCa estimates for std. dev & std. error)
- LPD7d7c7d71.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from Lunds "Avg Mg/Ca" column and are in units of mmol/mol; note that in original source, there are also MgCa estimates for std. dev & std. error)
- LPD8c7da1f7.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from Lunds "Avg Mg/Ca" column and are in units of mmol/mol; note that in original source, there are also MgCa estimates for std. dev & std. error)
- LPDa1e215a3.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from Lunds "Avg Mg/Ca" column and are in units of mmol/mol; note that in original source, there are also MgCa estimates for std. dev & std. error)
- LPDd7f4a944.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from Lunds "Avg Mg/Ca" column and are in units of mmol/mol; note that in original source, there are also MgCa estimates for std. dev & std. error)
- LPD07a4e733.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. bulloides, are are in units of mmol/mol)
- LPD2d0bd641.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. bulloides, are are in units of mmol/mol)
- LPD75e02fb5.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. bulloides, are are in units of mmol/mol)
- LPD8248269c.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. bulloides, are are in units of mmol/mol)
- LPDfbd80fa1.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. ruber (pink), and are in units of mmol/mol)
- LPD74ecb1ea.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. ruber (pink), and are in units of mmol/mol; for most values younger than approx AD 1907, these are means of two different size fractions.)
- LPD0fd7fc82.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. ruber, and are in units of mmol/mol)
- LPD96499b34.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. ruber, and are in units of mmol/mol)
- LPDd7b1fa4b.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. ruber, and are in units of mmol/mol)
- LPDde87f63d.Mg Ca + (native Mg/Ca ratio from which SST was calculated; values are from foram G. ruber, and are in units of mmol/mol)
- LPD0558014c.Mg Ca + (native Mg/Ca ratio that is used to calculate SST)
- LPD4204e2f2.Mg Ca + (native Mg/Ca ratio that is used to calculate SST)
- LPDc55a0cae.Mg Ca + (native Mg/Ca ratio that was used to calculate SST)
- LPD3712c488.Mg Ca + (native Mg/Ca ratios (mmol/mol) from which SST was determined; these are Came et als "mean Mg/Ca" values)
- LPDce796fac.Mg Ca + (native Mg/Ca ratios (mmol/mol) from which SST was determined; these are Came et als "mean Mg/Ca" values)
- LPD312b2365.Uk37 + (native UK37 ratio from which SST was calculated)
- LPD7fd5bd52.Uk37 + (native UK37 ratio from which SST was calculated)
- LPDa6797d7c.Uk37 + (native data (alkenone ratio) that SST is calculated from)
- LPD6997b626.Uk37 + (native data (alkenone ratio) used for calculating SST)
- NAm 3865.thickness + (natural log of varve thickness)
- NAm 3866.sampleCount + (number of varve cores)
- LPD692315c3.ageMax + (old end of the age estimate)
- LPD1b77c35b.notes + (original datasets from Moreno et al. (2012); results from 2 multicores (MINMC06-1 and MINMC06-2), one after the other; they overlap in age - PLEASE USE QC DATA FOR ANALYSIS!!!!)
- Arc 099.melt + (percentage of melt layer)
- LPD0e9a7a86.notes + (quality-controlled data from Lea et al. (2003) that was used in the O2K-LR analysis)
- LPD7c708633.notes + (quality-controlled data from McGregor et al. (2007) that was used in the O2K-LR analysis. Note that the cores overlap in age. For the O2K-LR analysis gravity core GeoB6008-2 and multicore GeoB6008-1 were merged and sorted in the depth/age domain.)
- LPD7129c65e.notes + (quality-controlled data from Moreno et al. (2012) that was used in the O2K-LR analysis; alkenone data were measured in two cores (MINMC06-1 and MINMC06-2) from the same site; these two records were combined with the data sorted based on age.)
- PYTOYBFQ376.d18o + (qwefqwe)
- Arc 091.temperature + (regional intrumental temperature record)
- LPD335d863f.RABD660 670 + (relative absorption band depth from 660 to 670 nm)
- Arc 002.trsgi + (ring width index)
- Arc 008.trsgi + (ring width index)
- Arc 016.trsgi + (ring width index)
- Arc 023.trsgi + (ring width index)
- Arc 093.trsgi + (ring width index)
- Asia 233.trsgi + (ring-width indices)
- PYTVFZ0WOFC.d18osw + (sadfas)
- Eur 023.sampleID + (sample Name)
- LPDbbd279ed.sampleID + (sample name)
- Arc 071.duration + (sample span)
- PYTWDV3B356.depth + (sdfasdf)
- O2kLR 114.temperature + (sea surface temperature)
- O2kLR 116.temperature + (sea surface temperature)
- O2kLR 165.temperature + (sea surface temperature)
- O2kLR 166.temperature + (sea surface temperature)
- O2kLR 175.temperature + (sea surface temperature)
- O2kLR 177.temperature + (sea surface temperature)
- SAm 0243.temperature3 + (smooth: 3-year triangular filters were applied to account for resampling, dating uncertainties and possible bioturbation. Regression)
- SAm 0242.temperature2 + (smooth: 3-year triangular filters were applied to account for resampling, dating uncertainties and possible bioturbation. Scaling)
- SAm 0241.temperature1 + (smooth: 5-year triangular filters were applied to account for resampling, dating uncertainties and possible bioturbation.)
- Arc 090.Na + (sodium ion concentrations)
- LPD7abab671.temperature + (surface temperature)
- LPDb9285123.temperature + (surface temperature)
- SAm 032.temperature + (surface temperature anomaly Sep-Feb)
- SAm 034.uncertainty temperature1 + (surface temperature anomaly Sep-Feb lower 95% CI)
- SAm 033.uncertainty temperature + (surface temperature anomaly Sep-Feb upper 95% CI)
- Arc 101.uncertainty temperature + (surface temperature anomaly uncertainty)
- Asia 235.temperature + (synthesized ground surface temperatures)
- LPDa7a4074f.uncertainty temperature + (temperature uncertainty)
- Arc 070.thickness + (thickness)
- Chron8.thickness + (thickness of sample (along depth axis))
- LPDf7751317.C + (total carbon)
- LPDe759ea6b.N + (total nitrogen)
- Arc 096.d18O + (tree ring delta 18O)
- SAm 011.trsgi1 + (tree ring width)
- SAm 012.trsgi2 + (tree ring width)
- SAm 013.trsgi3 + (tree ring width)
- SAm 014.trsgi4 + (tree ring width)
- SAm 016.trsgi1 + (tree ring width)
- SAm 017.trsgi2 + (tree ring width)
- SAm 018.trsgi3 + (tree ring width)
- SAm 019.trsgi4 + (tree ring width)
- Chron16.ageUncertainty + (uncertainty in age)
- LPD027eca7f.Uk37 + (unsaturation index)
- LPD71606a7f.Uk37 + (unsaturation index)
- LPD9c86dbd0.Uk37 + (unsaturation index)
- LPDabae85f2.Uk37 + (unsaturation index)
- Chron19.useInAgeModel + (was this date used in the age model?)
- LPD6d96dc7c.waterContent + (water content)
- Chron15.age + (years before 1950 (calibrated age, or ages that dont need calibration))
- LPDb2294566.ageMin + (young end of the age estimate)