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Property:Description (L)

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Property: Description (L) [1]

Imported from: core:description (core | Linked Earth Core)

Answers the question: What additional details would you give about the resource?


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A
A7.Oppo.2005 +Marine sediment core A7.Sun/Oppo.2005 was collected from the East China Sea 28° 1' 12", 127° 1' 12". D18O and Mg/Ca on Globigerinoides ruber were made on the archive and interpreted as age, temperature and d18Osw.  +
Africa 001.d18O +inferred temperature  +
Africa 002.SE +error on temp reconstruction  +
Africa 004.temperature +inferred lake surface temperature  +
Africa 005.upper95 +95% error range upper value  +
Africa 006.lower95 +95% error range lower value  +
Ant 029.temperature +inferred temperature  +
Arc 002.trsgi +ring width index  +
Arc 004.massacum +mass flux  +
Arc 008.trsgi +ring width index  +
Arc 012.temperature +from TRW  +
Arc 012mxd.temperature1 +from MXD  +
Arc 016.trsgi +ring width index  +
Arc 023.trsgi +ring width index  +
Arc 036.temperature +annual mean temperature  +
Arc 045.temperature +Diatoms, tranfers function  +
Arc 051.melt +melt feature percentages  +
Arc 061.blueIntensity +Delta Blue Intensity  +
Arc 065.d18O +interpolated delta 18O  +
Arc 066.d18O1 +Temperature  +
Arc 070.thickness +thickness  +
Arc 071.duration +sample span  +
Arc 072.BSi +Biogenic silica  +
Arc 073.temperature +JJA Temperature Anomalies  +
Arc 074.uncertainty temperature +Temperature uncertainty  +
Arc 075.thickness +Varve Thickness  +
Arc 077.Uk37 +depth  +
Arc 078.temperature +inferred temperature  +
Arc 079.temperature +inferred temperature  +
Arc 088.thickness +annual layer thickness  +
Arc 090.Na +sodium ion concentrations  +
Arc 091.temperature +regional intrumental temperature record  +
Arc 093.trsgi +ring width index  +
Arc 094.temperature +Regional intrumental temperature record  +
Arc 096.d18O +tree ring delta 18O  +
Arc 099.melt +percentage of melt layer  +
Arc 100.temperature +air temperature  +
Arc 101.uncertainty temperature +surface temperature anomaly uncertainty  +
Arc 150.MXD +Density index  +
Arc 162.density +Late wood density  +
Asia 230.temperature +inferred ground surface temperature (GST) anomaly  +
Asia 233.trsgi +ring-width indices  +
Asia 235.temperature +synthesized ground surface temperatures  +
Asia 245.ageMin +Year (A.D.) at beginning of interval  +
Asia 246.ageMax +Year (A.D.) at end of interval  +
Asia 252.Reconstructed +Reconstructed net balance  +
Asia 303.ageMin +Year (A.D.) at beginning of interval  +
Asia 304.ageMax +Year (A.D.) at end of interval  +
Asia 305.d18O +d18O in ice  +
Asia 317.temperature +Winter cold index, winter temperature  +
Asia 318.temperature +Cold/warm descriptions, annual temperature  +
Asia 319.temperature +Cold/warm description, annual temperature  +
Asia 320.temperature +Cold/warm descriptions, annual temperature  +
Asia 321.temperature +Cold/warm description, annual temperature  +
Asia 324.temperature +Frequency of cold/warm years, winter temperature  +
Asia 325.temperature +Frequency of cold/warm years, winter temperature  +
Asia 326.temperature +Frequency of cold/warm years, winter temperature  +
Asia 327.temperature +Frequency of cold/warm years, winter temperature  +
Asia 328.temperature +Frequency of cold/warm years, winter temperature  +
Asia 329.temperature +Cold winter record pieces in every ten years, winter temperature  +
Asia 331.depth top +depth  +
Asia 332.depth bottom +depth  +
Asia 333.ageMax +age  +
Asia 334.ageMin +age  +
Asia 335.temperature +inferred temperature  +
B
BJ8-03-13GGC.Linsley.2010 +Marine sediment BJ8-13GGC was collected from the Bali Sea -7° 24' 0", 115° 12' 0". D18O and Mg/Ca on Globigerinoides ruber were made on the archive and interpreted as age, temperature and d18Osw.  +
BJ8-03-70GGC.Linsley.2010 +Marine sediment BJ8-70GGC was collected from Makassar Sea -3° 34' 12", 119° 22' 48". D18O and Mg/Ca on Globigerinoides ruber were made on the archive and interpreted as age, temperature and d18Osw.  +
C
Chron1.depth +mid-point depth  +
Chron1.depthUTh +mid-point depth of the sub-sample drilled for U-Th age  +
Chron10.materialDated +material analyzed  +
Chron11.activity +210Pb, 239+240Pu or 137Cs activity  +
Chron12.activityUncertainty +210Pb, 239+240Pu or 137Cs activity uncertainty  +
Chron13.supportedActivity +Y if supported 210Pb activity, N if unsupported 210Pb activity  +
Chron14.x210PbModel +model used to convert 210Pb activity to age (e.g., constant rate of supply)  +
Chron15.age +years before 1950 (calibrated age, or ages that dont need calibration)  +
Chron16.ageUncertainty +uncertainty in age  +
Chron17.reservoirAge14C +14C reservoir age  +
Chron18.reservoirAge14CUncertainty +14C reservoir age uncertainty  +
Chron19.useInAgeModel +was this date used in the age model?  +
Chron2.SampleID +Sample ID for the U-Th age measured  +
Chron2.age14C +14C years before 1950  +
Chron3.age14Cuncertainty +14C years uncertainty  +
Chron3.weight +Weight of powder analyzed for U-Th age  +
Chron4.fractionModern +fraction of modern 14C activity  +
Chron5.fractionModernUncertainty +fraction of modern 14C activity uncertainty  +
Chron6.delta13C +delta13C of material analyzed for 14C  +
Chron7.delta13Cuncertainty +delta13C uncertainty  +
Chron8.thickness +thickness of sample (along depth axis)  +
Chron9.labID +laboratory ID from radiocarbon facility  +
E
Eur 003.temperature +Chironomid-inferred Temperature 50-year filter  +
Eur 010.temperature +inferred sea-surface temperature  +
Eur 023.sampleID +sample Name  +
Eur 024.temperature +Chrysophyte cyst derived temperature anomaly  +
Eur 025.uncertainty temperature +Error estimate for temperature  +
Eur 027.JulianDay +days of ice break up after January 1st  +
G
GIK16160-3 +Marine sediment core GIK16160-3 was collected from the Indian Ocean -18.2412,37.8685. Radiocarbon was made on the archive and interpreted as depth.  +
GIK16160-3.Wang.2003 +Marine sediment core GIK16160-3 was collected from the Indian Ocean -18.2412,37.8685. Uk37Prime, radiocarbon, Mg/Ca, D18O, and D13C on an inorganic sensor and globigerinoides ruber were made on the archive and interpreted as temperature.  +
GIK17748-2.Kim.2002 +Marine sediment core GIK17748-2 was collected from the South Pacific Ocean -32° 45' 0", -72° 2' 0". Uk37Prime on Globigerinoides ruber were made on the archive and interpreted as age and temperature.  +
GIK17940-2.Pelejero.1999 +Marine sediment core GIK17940-2 was collected from the South China Sea 20° 7' 0", 117° 23' 0" . Radiocarbon and Uk37 on DefaultSensor were made on the archive and interpreted as age and temperature.  +
GeoB10042-1.Setiawan.2016 +Marine sediment core GeoB10042-1 was collected from the Sunda Strait -7° 6' 49", 104° 38' 33". D18O and Mg/Ca sediment cores were made on the archive and interpreted as temperature (d18Osw).  +
GeoB10043-3.Setiawan.2016 +Marine sediment GeoB10043-3 was collected from the Indian Ocean -7° 18' 33", 105° 3' 31". Mg/Ca and D18O on Globigerinoides ruber were made on the archive and interpreted as age, temperature and d18Osw.  +
GeoB10069-3.Gibbons.2014 +Marine sediment GeoB10069-3 was collected from the Savu Sea -9° 35' 41", 120° 55' 1". Mg/Ca and D18O on Globigerinoides ruber were made on the archive and interpreted as age, temperature and d18Osw.  +
GeoB1023-5 +cc:clay, olive-green, shells  +
GeoB1023-5.Kim.2002 +Marine sediment core GeoB1023-5 was collected from the South Atlantic Ocean 11° 0' 42", -17° 9' 26". Uk37Prime and radiocarbon were made on the archive and interpreted as temperature.  +
GeoB12605-3.Kuhnert.2014 +Marine sediment GeoB12605-3 was collected from the Indian Ocean -5° 34' 23", 39° 6' 29". D18O and Mg/Ca on Globigerinoides ruber and Neogloboquadrina dutertrei were made on the archive and interpreted as age, temperature and d18sw.  +
GeoB12610-2.Rippert.2015 +Marine sediment core GeoB12610-2 was collected from the Indian Ocean -4° 49' 0", 39° 25' 25". Radiocarbon, D18O and Mg/Ca on Globigerinoides ruber and Neogloboquadrina dutertrei were made on the archive and interpreted as temperature.  +
GeoB3129-1.Weldeab.2006 +Marine sediment core GeoB3129-1 was collected from the South Atlantic Ocean -4° 36' 48", -36° 38' 12". D18O on Globigerinoides ruber was made on the archive and interpreted as temperature and salinity (d18Osw).  +
GeoB33021.Kim.2002 +Marine sediment core GeoB33021 was collected from the South Pacific Ocean -33° 13' 0", -72° 6' 0". Uk37Prime on globigerinoides ruber was made on the archive and interpreted as age and temperature.  +
GeoB3911-3.Weldeab.2006 +Marine sediment core GeoB3911-3 was collected from the South Atlantic Ocean -4° 36' 48", -36° 38' 24". D18O on globigerinoides ruber was made on the archive and interpreted as age, temperature (d18Osw) and salinity.  +
GeoB5844-2.Arz.2003 +Marine sediment GeoB5844-2 was collected from the Red Sea 27° 42' 47", 34° 40' 55". Radiocarbon, DiffuseSpectralReflectance, CaCO3, TotalOrganicCarbon, Uk37Prime and D18O on Globigerinoides ruber, Creseis acicula, Limacina inflata, Cibicidoides mabahethi and Bulimina marginata were made on the archive and interpreted as age, temperature and salinity.  +
GeoB7702-3.Castaneda.2010 +Marine sediment GeoB7702-3 was collected from the Mediterranean Sea 31° 39' 6", 34° 4' 0". TEX86, BIT and Uk37Prime on Globigerinoides ruber were made on the archive and interpreted as age and temperature.  +
K
KNR166-2-26JPC.Schmidt.2011 +Marine sediment core KNR166-2-26JPC was collected from the Gulf of Mexico 24° 19' 36", -83° 15' 8". D18O, Mg/Ca and Ba/Ca on Globigerinoides ruber were made on the archive and interpreted as age, temperature and d18Osw.  +
KNR166-2JPC51.Schmidt.2012 +Marine sediment core KNR166-2JPC51 was collected from the Gulf of Mexico 24° 24' 42", -83° 13' 8". D18O and Mg/Ca on Globigerinoides ruber were made on the archive and interpreted as temperature (d18Osw).  +
KNR195-5 CDH26.Bova.2015 +Marine sediment core KNR195-5-CDH26 was collected from the South Pacific Ocean -3° 59' 10", -81° 18' 31". Uk37Prime and AlkenoneAbundance on Globigerinoides ruber were made on the archive and interpreted as age and temperature.  +
KNR195-5-CDH23.Bova.2015 +Marine sediment core KNR195-5-CDH23 was collected from the South Pacific Ocean -3° 44' 57", -81° 8' 3". D13C, D18O, Uk37Prime and AlkenoneAbundance on Globigerinoides ruber were made on the archive and interpreted as temperature and age.  +
KT05-7 PC02.Kawahata.2009 +Marine sediment core KT05-7 PC02 was collected from Mutsu Bay 41° 0' 0", 140° 46' 0". Density, Uk37Prime, Radiocarbon, TotalOrganicCarbon, elemental composition, PollenCount and D13C on Inorganic Sensor, Nonionella stella, Nonionella labradorica were made on the archive and interpreted as temperature.  +
KT05-7 PC02.Kawahata.2009.paleo1measurement3 +Marine sediment core KT05-7_PC02 was collected from Japan 41° 0' 0", 140° 46' 0". Radiocarbon, Density, TotalOrganicCarbon, N, C, CaCO3, Uk37Prime, PollenCount and D13C on Nonionella stella and Nonionella labradorica were made on the archive and interpreted as age and temperature.  +
L
LPD016ef221.temperature +inferred sea-surface temperature  +
LPD027eca7f.Uk37 +unsaturation index  +
LPD0558014c.Mg Ca +native Mg/Ca ratio that is used to calculate SST  +
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  +
LPD09e5a770.temperature +inferred sea-surface temperature  +
LPD0b6c7700.BSi +biogenic silica content  +
LPD0d8fd260.calcification7 +calcification rate measurements from individual samples  +
LPD0e0867fe.temperature +inferred sea-surface temperature  +
LPD0e900372.C N +carbon to nitrogen ratio  +
LPD0e9a7a86.notes +quality-controlled data from Lea et al. (2003) that was used in the O2K-LR analysis  +
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  +
LPD1079b4bb.calcification4 +calcification rate measurements from individual samples  +
LPD10e9f8f7.temperature +inferred sea-surface temperature  +
LPD13a78f9b.temperature +inferred sea-surface temperature  +
LPD16c5b9d8.temperature +inferred sea-surface temperature  +
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  +
LPD17d4c9be.notes +Core ID  +
LPD1a0245b7.temperature +inferred sea-surface temperature  +
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!!!!  +
LPD21b789e2.calcification1 +calcification rate measurements from individual samples  +
LPD24dd89b2.composite +composite of individual samples, after standardization  +
LPD2757d69f.calcification4 +calcification rate measurements from individual samples  +
LPD2a3997a7.temperature +inferred sea-surface temperature  +
LPD2c9bc1f8.core +core name  +
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  +
LPD30c5b95c.temperature +inferred sea-surface temperature  +
LPD3100fe0a.composite +composite of individual samples, after standardization  +
LPD312b2365.Uk37 +native UK37 ratio from which SST was calculated  +
LPD335d863f.RABD660 670 +relative absorption band depth from 660 to 670 nm  +
LPD33714919.calcification2 +calcification rate measurements from individual samples  +
LPD34478ed4.temperature +inferred sea-surface temperature  +
LPD35442a44.Uk37 +alkenone data  +
LPD3712c488.Mg Ca +native Mg/Ca ratios (mmol/mol) from which SST was determined; these are Came et als "mean Mg/Ca" values  +
LPD378db911.composite +composite of individual samples, after standardization  +
LPD41213ce8.calcification2 +calcification rate measurements from individual samples  +
LPD4204e2f2.Mg Ca +native Mg/Ca ratio that is used to calculate SST  +
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  +
LPD44e382ee.temperature +inferred sea-surface temperature  +
LPD4dd77d54.temperature +alkenones  +
LPD5024de7f.calcification6 +calcification rate measurements from individual samples  +
LPD53e179ad.temperature +median calibrated ssts from tex86, using BAYSPAR-NRS (Tierney & Tingley, 2014, GCA)  +
LPD572f7cc3.temperature +inferred sea-surface temperature  +
LPD57d40973.temperature +inferred sea-surface temperature  +
LPD5c89a1b5.temperature +inferred sea-surface temperature  +
LPD5e87c53c.Uk37 +alkenone data  +
LPD6315f935.temperature +inferred sea-surface temperature  +
LPD692315c3.ageMax +old end of the age estimate  +
LPD6997b626.Uk37 +native data (alkenone ratio) used for calculating SST  +
LPD6c1fc0ed.calcification2 +calcification rate measurements from individual samples  +
LPD6d96dc7c.waterContent +water content  +
LPD6dbf8788.temperature +inferred sea-surface temperature  +
LPD70878a8b.calcification1 +calcification rate measurements from individual samples  +
LPD708fb697.temperature +inferred sea-surface temperature  +
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.  +
LPD71606a7f.Uk37 +unsaturation index  +
LPD716b88d0.temperature +inferred sea-surface temperature  +
LPD72b1e1cd.calcification1 +calcification rate measurements from individual samples  +
LPD7311e829.calcification4 +calcification rate measurements from individual samples  +
LPD7457ad38.calcification4 +calcification rate measurements from individual samples  +
LPD74bc6584.calcification5 +calcification rate measurements from individual samples  +
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.  +
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  +
LPD775e8bad.year old +Year AD, on the outdated WDC-6A-7 timescale  +
LPD7770a496.core +ID number of sediment core in 3-core splice  +
LPD77e777b0.R570 630 +Ratio between reflectance at 570 and 630 nm wavelength  +
LPD796b99d7.calcification2 +calcification rate measurements from individual samples  +
LPD7abab671.temperature +surface temperature  +
LPD7be6185d.calcification1 +calcification rate measurements from individual samples  +
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.  +
LPD7c7e19c5.temperature +inferred sea-surface temperature  +
LPD7cf4e05b.temperature +inferred sea-surface temperature  +
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  +
LPD7d948e2c.calcification3 +calcification rate measurements from individual samples  +
LPD7e5468c3.notes1 +indicates samples which overlap  +
LPD7e8e8eaa.temperature +Makassar Strait WEq Pacific marine sediment Mg/Ca SST  +
LPD7fd5bd52.Uk37 +native UK37 ratio from which SST was calculated  +
LPD806644b2.temperature +inferred sea-surface temperature  +
LPD81e53153.temperature +median calibrated ssts from tex86, using BAYSPAR-NRS (Tierney & Tingley, 2014, GCA)  +
LPD81e7ab49.calcification1 +calcification rate measurements from individual samples  +
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  +
LPD84ab67b9.temperature +inferred sea-surface temperature  +
LPD87328d97.TEX86 +TEX86 data from core 178-1098B Drake Passage  +
LPD8bd4e07e.composite +composite of individual samples, after standardization  +
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  +
LPD94261173.Mg Ca +Mg/Ca on G. ruber (W)  +
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  +
LPD97433e99.Mg Ca +Mg/Ca on G. ruber (W)  +
LPD9b023bc9.temperature +inferred sea-surface temperature  +
LPD9c86dbd0.Uk37 +unsaturation index  +
LPD9cc3baf6.temperature +inferred sea-surface temperature  +
LPDa03ec713.temperature +inferred sea-surface temperature  +
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  +
LPDa2107e77.temperature +inferred sea-surface temperature  +
LPDa6797d7c.Uk37 +native data (alkenone ratio) that SST is calculated from  +
LPDa77273bb.temperature +inferred sea-surface temperature  +
LPDa7a4074f.uncertainty temperature +temperature uncertainty  +
LPDa97364db.temperature +inferred sea-surface temperature  +
LPDaa786707.composite +composite of individual samples, after standardization  +
LPDabae85f2.Uk37 +unsaturation index  +
LPDae761fd0.calcification3 +calcification rate measurements from individual samples  +
LPDasan2012.temperature +inferred sea-surface temperature  +
LPDb17a5e9e.temperature +inferred sea-surface temperature  +
LPDb2294566.ageMin +young end of the age estimate  +
LPDb44bf261.temperature +inferred sea-surface temperature  +
LPDb7ba9166.temperature +inferred sea-surface temperature  +
LPDb9285123.temperature +surface temperature  +
LPDbbd279ed.sampleID +sample name  +
LPDbd07f717.temperature +inferred sea-surface temperature  +
LPDbff7f105.R650 700 +Trough area between 650 and 700 nm wavelength  +
LPDc07746c5.temperature +inferred sea-surface temperature  +
LPDc08ab49e.temperature +inferred sea-surface temperature  +
LPDc2846a24.R660 670 +Ratio between reflectance at 660 and 670 nm wavelength  +
LPDc302b237.notes1 +Region of core overlap  +
LPDc55a0cae.Mg Ca +native Mg/Ca ratio that was used to calculate SST  +
LPDc95b8887.calcification3 +calcification rate measurements from individual samples  +
LPDcda1c277.temperature +inferred sea-surface temperature  +
LPDce796fac.Mg Ca +native Mg/Ca ratios (mmol/mol) from which SST was determined; these are Came et als "mean Mg/Ca" values  +
LPDd376af3b.calcification3 +calcification rate measurements from individual samples  +
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  +
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  +
LPDd95394f2.temperature +inferred sea-surface temperature  +
LPDdb799efb.TEX86 +TEX86 data from core 178-1098B Drake Passage  +
LPDdc74a376.temperature +inferred temperature  +
LPDdcf3abca.calcification5 +calcification rate measurements from individual samples  +
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  +
LPDe1fb72db.composite +composite of individual samples, after standardization  +
LPDe51d17e8.temperature +inferred sea-surface temperature  +
LPDe6c52b99.temperature +inferred sea-surface temperature  +
LPDe759ea6b.N +total nitrogen  +
LPDe85bf987.calcification3 +calcification rate measurements from individual samples  +
LPDe897b7c7.calcification3 +calcification rate measurements from individual samples  +
LPDecbc762e.Mg Ca +Mg/Ca on G. ruber (W)  +
LPDee8a8404.Mg Ca +Mg/Ca on G. ruber (W)  +
LPDefb3d2b0.temperature +inferred sea-surface temperature  +
LPDf2047c95.calcification2 +calcification rate measurements from individual samples  +
LPDf316b97e.calcification4 +calcification rate measurements from individual samples  +
LPDf7751317.C +total carbon  +
LPDf7af3f2e.calcification1 +calcification rate measurements from individual samples  +
LPDf7bace53.temperature +inferred sea-surface temperature  +
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  +
LPDfc71e6bc.calcification2 +calcification rate measurements from individual samples  +
LV29-114-3.Max.2012 +Marine sediment core LV29-114-3 was collected from the Sea of Okhotsk 49° 22' 48", 152° 52' 48". Radiocarbon, Uk37Prime, CaCO3, Al, Si, P, S, K, Ca, Ti, Mn, Fe, Rb, Sr, Zr, Sn, Te and Ba on the DefaultSensor were made on the archive and interpreted as age and temperature.  +
M
M25 4-KL1.Emeis.2000 +Marine sediment core M25_4-KL1 was collected from the Mediterranean Sea 34° 2' 45", 27° 46' 48". Radiocarbon and Uk37Prime on DefaultSensor were made on the archive and interpreted as age and temperature.  +
M35003-4.Ruehlemann.1999 +Marine sediment core M35003-4 was collected from the Caribbean Sea 12° 5' 0", -61° 15' 0". Radiocarbon, D18O, AlkenoneConcentration and Uk37Prime on Globigerinoides ruber were made on the archive and interpreted as age, temperature, and d18Osw.  +
M77-2 056.Nurnberg.2015 +Marine sediment core M77-2_056-5 was collected from the South Atlantic Ocean -3° 44' 59", -8° 7' 29". Radiocarbon, D13C, D18O and Mg/Ca on Uvigirina peregrina, Neogloboquadrina dutertrei and Globigerinoides ruber were made on the archive and interpreted as temperature and d18Osw.  +
MD01-2378.Xu.2008 +Marine sediment core MD012378 was collected from the Indian Ocean -13° 4' 57", 121° 47' 17". D18O and Mg/Ca on Globigerinoides ruber and Pulleniatina obliquiloculata were made on the archive and interpreted as temperature.  +
MD01-2390.Steinke.2008 +Marine sediment core MD01-2390 was collected from the South China Sea 6° 37' 48", 113° 25' 12". D18O, Mg/Ca, and Uk37Prime on globigerinoides ruber were made on the archive and interpreted temperature (d18Osw).  +
MD01-2412.Harada.2006 +Marine sediment core MD01-2412 was collected from the Sea of Okhotsk 44° 31' 48", 145° 0' 0". Uk37Prime on Globigerinoides ruber were made on the archive and interpreted as age and temperature.  +
MD02-2575.Ziegler.2008 +Marine sediment core MD02-2575 was collected from the Gulf of Mexico 29° 0' 6", -87° 7' 8". Radiocarbon, D18O and Mg/Ca on Globigerinoides ruber and Uvigerina peregrina were made on the archive and interpreted as age, temperature, d18Osw and ice volume.  +
MD03-2601.Kim.2012 +Marine sediment core MD03-2601 was collected from the Indian Ocean -66° 3' 4", 138° 33' 26". Radiocarbon and TEX86 on the DefaultSensor were made on the archive and interpreted as temperature.  +
MD03-2797.Weldeab.2007 +Marine sediment core MD03-2797 was collected from the Gulf of Guinea 2° 30' 0", 9° 22' 48". Ba/Ca, D18O and Mg/Ca on Globigerinoides ruber were made on the archive and interpreted as age, salinity, d18Osw and temperature.  +
MD05-2904.Steinke.2011 +Marine sediment core MD05-2904 was collected from the South China Sea 19° 27' 19", 116° 15' 9". Mg/Ca on Globigerinoides ruber and Pulleniatina obliquiloculata were made on the archive and interpreted as age and temperature.  +
MD95-2015.Marchal.2002 +Marine sediment core MD95-2015 was collected from the Atlantic Ocean 58° 45' 44", -25° 57' 32". Radiocarbon and Uk37Prime on the DefaultSensor were made on the archive and interpreted as age and temperature.  +
MD95-2043.Cacho.1999 +Marine sediment core MD95-2043 was collected from 36° 8' 36", -2° 37' 16". Uk37Prime on an inorganic sensor was made on the archive and interpreted as temperature.  +
MD97-2121.Marr.2013 +Marine sediment core MD97-2121 was collected from the South Pacific Ocean -40° 22' 48", 177° 59' 24". Mg/Ca, Al/Ca, Mn/Ca, Zn/Ca, Sr/Ca and Ba/Ca on Globigerinoides ruber and Globigerina bulloides were made on the archive and interpreted as age.  +
MD97-2141.Rosentha.2003 +Marine sediment core MD97-2141 was collected from the Sulu Sea 8° 46' 48", 121° 16' 48". Radiocarbon, D18O and Mg/Ca on Globigerinoides ruber were made on the archive and interpreted as temperature, d18Osw and age.  +
MD98-2165.Levi.2007 +Marine sediment core MD98-2165 was collected from the Indian Ocean -9.649,118.338. D18O on globigerinoides ruber was made on the archive and interpreted as temperature (d18Osw).  +
MD982176.Stott.2004 +This dataset describes ocean temperature variability west of Papua (Arafura Sea) over the past 14,000 years  +, Marine sediment core MD982176 was collected from the Arafura Sea -5° 0' 0", 133° 24' 0". D18O and Mg/Ca on Globigerinoides ruber were made on the archive and interpreted as age, temperature, and d18Osw.  +
MD982181.Khider.2014 +This dataset describes ocean temperature variability south of Mindanao, Philippines over the past 10,000 years.  +
ME0005A-43JC.Benway.2006 +Marine sediment core ME0005A-43JC was collected from the Pacific Ocean 7° 51' 21", -83° 36' 30". D18O and Mg/Ca on Globigerinoides ruber and Neogloboquadrina dutertrei were made on the archive and interpreted as temperature and D18Osw.  +
Malawi01.core +core name  +
Malawi04.TEX86 +mean TEX86 from 1-4 replicates  +
Malawi05.temperature +inferred lake surface temperature  +
N
NAm 3796.temperature +Mean July−August temperatures  +
NAm 3798.temperature +Mean temperature of the warmest month  +
NAm 3801.temperature +Mean temperature of the warmest month  +
NAm 3804.temperature +Mean temperature of the warmest month  +
NAm 3807.temperature +Mean temperature of the warmest month  +
NAm 3810.temperature +Mean temperature of the warmest month  +
NAm 3816.temperature +Mean temperature of the warmest month  +
NAm 3819.temperature +Mean temperature of the warmest month  +
NAm 3851.temperature +Mean temperature of July  +
NAm 3852.precipitation +Total annual precipitation  +
NAm 3853.temperature +Mean temperature of JJA  +
NAm 3865.thickness +natural log of varve thickness  +
NAm 3866.sampleCount +number of varve cores  +
NAm 3867.temperature1 +Pollen-based summer temperature reconstruction  +
NAm 3868.temperature +Pollen-based winter temperature reconstruction  +
NAm 3869.effectiveMoisture +annual precipitation - potential evapotranspiration  +
NAm 3870.d18O +d18O of speleothem calcite  +
O
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 114.temperature +sea surface temperature  +
O2kLR 116.temperature +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 150.temperature +inferred sea-surface temperature anomaly (mean-subtracted only)  +
O2kLR 151.Sr Ca +Master Sr_Ca anomaly mol/mol (norm 1985-1960)  +
O2kLR 152.temperature +inferred sea-surface temperature anomaly  +
O2kLR 165.temperature +sea surface temperature  +
O2kLR 166.temperature +sea surface temperature  +
O2kLR 175.temperature +sea surface temperature  +
O2kLR 177.temperature +sea surface temperature  +
O2kLR 178.core +Core ID number that was used to generate composite splice record.  +
O2kLR 183.temperature +inferred sea-surface temperature  +
O2kLR 184.temperature +inferred sea-surface temperature  +
O2kLR 185.core +ID number of core used to generate composite record  +
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  +
ODP1019.Barron.2003 +Marinne sediment core ODP1019 was collected from the Pacific Ocean 41° 40' 48", -124° 55' 48". Radiocarbon, Uk37Prime, BSiO2, TotalOrganicCompound, CalciumCarbonate, WetBulkDensity, DryBulkDensity and Floral on DefaultSensor, Actinocyclus curvatulus, Azpeitia nodulifer, Azpeitia tabularis, Coscinodiscus radiatus, Hemidiscus cuneiformis, Neodenticula seminae, Nitzschia interruptestriata, Nitzschia, Pseudoeunotia doliolus, Rhizosolenia, Roperia tesselata, Stephanopyxis, Thalassionema nitzschioides, Thalassiosira eccentrica, Thalassiosira oestrupii, Thalassiosira pacifica, Thalassiosira, Thalassiothrix longissima, Actinoptychus, and Paralia sulcata were made on the archive and interpreted as temperature and age.  +
ODP1098B.Shevenell.2011 +Marine sediment core ODP1145 was collected from the Drake Passage -64° 51' 43", -64° 12' 29". Radiocarbon, d18O, CDGT, and TEX86 on DefaultSensor and Neogloboquadrina pachyderma were made on the archive and interpreted as temperature.  +
ODP976.Jimenez-Amat.2015 +Marine sediment core ODP976 was collected from the Mediteranean Sea 36° 12' 19", -4° 18' 46". Radiocarbon, D18O and Mg/Ca on the DefaultSensor and Globogerina bulloides were made on the archive and interpreted as temperature and age.  +
Ocean2kHR 001.d18O +d18O of the coral skeleton  +
P
P178-15P.Tierney.2015 +Marine sediment core P178-15P was collected from the Gulf of Aden 11° 57' 18", 44° 18' 0". Uk37Prime, TEX86, and d18O on Globigerinoides ruber and the DefaultSensor were made on the archive and interpreted as temperature.  +
PYT02IP2F2P.year +Year AD  +
PYT02W1QT5F.year +Year AD  +
PYT033GIX0I.year +Year AD  +
PYT05GJ1ATL.year +Year AD  +
PYT05ZC2DQG.year +Year AD  +
PYT070EGE2D.year +Year AD  +
PYT0BTCZKXQ.year +Year AD  +
PYT0E62PSGK.year +Year AD  +
PYT0G1SVEOC.year +Year AD  +
PYT0HM8J2Z8.year +Year AD  +
PYT0IHDAR4R.year +Year AD  +
PYT0IJJT1F9.year +Year AD  +
PYT0J08VQO5.year +Year AD  +
PYT0J2Z0XYW.year +Year AD  +
PYT0JG9FVP3.year +Year AD  +
PYT0MEMARZ3.year +Year AD  +
PYT0NAXF3C5.year +Year AD  +
PYT0OBSCKGH.age +Years before present (1950) BP  +
PYT0PD86HCL.depth +depth  +
PYT0RJ92GME.year +Year AD  +
PYT0US4I5XV.year +Year AD  +
PYT0ZNXQQ7H.year +Year AD  +
PYT11FH0SAU.year +Year AD  +
PYT1473XUKO.year +Year AD  +
PYT16TL226J.year +Year AD  +
PYT175RC8DH.year +Year AD  +
PYT18W7V1SZ.year +Year AD  +
PYT1AJ0TK0B.year +Year AD  +
PYT1AS2GGI6.year +Year AD  +
PYT1K4IRL4G.year +Year AD  +
PYT1MUOKFSK.year +Year AD  +
PYT1PHAXYCZ.year +Year AD  +
PYT1TCA0PCA.year +Year AD  +
PYT1UXAPHUG.year +Year AD  +
PYT1VG1ZEJT.year +Year AD  +
PYT1XFPFC36.year +Year AD  +
PYT21KS4LW0.year +Year AD  +
PYT229QL95G.year +Year AD  +
PYT22EL6DO5.year +Year AD  +
PYT23HM072P.year +Year AD  +
PYT23PABT7A.year +Year AD  +
PYT24K9EDDG.year +Year AD  +
PYT25TV5AC3.year +Year AD  +
PYT26UIE3HY.year +Year AD  +
PYT278YIEKW.year +Year AD  +
PYT288VI755.year +Year AD  +
PYT28NANA43.year +Year AD  +
PYT28TD7FKF.year +Year AD  +
PYT2AFN3YRV.year +Year AD  +
PYT2B2WAS68.year +Year AD  +
PYT2C2VD371.year +Year AD  +
PYT2DKUW9HW.year +Year AD  +
PYT2DU4DV14.year +Year AD  +
PYT2EDUWTBN.year +Year AD  +
PYT2F5TCWXM.year +Year AD  +
PYT2H2S65G6.year +Year AD  +
PYT2J1FPKYE.age +Years before present (1950) BP  +
PYT2KVHRJAU.year +Year AD  +
PYT2LIKFLZR.year +Year AD  +
PYT2MCTTQHD.year +Year AD  +
PYT2NDKWEOD.year +Year AD  +
PYT2OWO6ZBL.year +Year AD  +
PYT2Q6UVAJI.year +Year AD  +
PYT2Q8WP82X.year +Year AD  +
PYT2R5MKWW9.depth +depth  +
PYT2S764JL3.year +Year AD  +
PYT2TECK6R8.year +Year AD  +
PYT2TT1A5BB.year +Year AD  +
PYT2VYQ830C.year +Year AD  +
PYT2WCLDI1E.year +Year AD  +
PYT2Y0TJKYB.year +Year AD  +
PYT2YELHE2P.year +Year AD  +
PYT2YLX3GVK.year +Year AD  +
PYT30PFMY3L.year +Year AD  +
PYT34MZCIYA.year +Year AD  +
PYT34TXEP3B.year +Year AD  +
PYT369XXIKO.year +Year AD  +
PYT386N4P3W.year +Year AD  +
PYT3AD8KOOL.year +Year AD  +
PYT3AQ4YUPA.year +Year AD  +
PYT3CA73O5N.year +Year AD  +
PYT3E4242IS.year +Year AD  +
PYT3E9N00L0.year +Year AD  +
PYT3GART65X.year +Year AD  +
PYT3HR8OKPB.year +Year AD  +
PYT3IX6X2WN.year +Year AD  +
PYT3JUGAOPM.year +Year AD  +
PYT3M8AJ1UQ.depth +depth  +
PYT3N7KV8NP.year +Year AD  +
PYT3PPXA8Q4.year +Year AD  +
PYT3Q74ELEF.year +Year AD  +
PYT3RIU7UO3.year +Year AD  +
PYT3RRUOOEC.year +Year AD  +
PYT3RVD2JSN.year +Year AD  +
PYT3VA9KOIX.year +Year AD  +
PYT3VUDI3LH.year +Year AD  +
PYT3XST8LLF.year +Year AD  +
PYT40ZLXPXQ.year +Year AD  +
PYT43LEUKSU.depth +depth  +
PYT44111RVA.year +Year AD  +
PYT45KZGNNI.year +Year AD  +
PYT48BW6T2G.year +Year AD  +
PYT4A5NTYJG.year +Year AD  +
PYT4CJBQTC9.year +Year AD  +
PYT4DB6PB22.year +Year AD  +
PYT4EDNEMKJ.year +Year AD  +
PYT4EHCMPN1.year +Year AD  +
PYT4EUGT6RS.year +Year AD  +
PYT4GF36HFU.year +Year AD  +
PYT4L80BI2U.year +Year AD  +
PYT4MI0DQX9.year +Year AD  +
PYT4PE4YMET.year +Year AD  +
PYT4RJJWADQ.year +Year AD  +
PYT4TP9JYWD.year +Year AD  +
PYT4V9AJN3L.year +Year AD  +
PYT4VCS5I5Y.year +Year AD  +
PYT4YA21XCP.year +Year AD  +
PYT4YRYCG8Z.year +Year AD  +
PYT4YV9000Q.year +Year AD  +
PYT512955V6.year +Year AD  +
PYT513ZK8XM.year +Year AD  +
PYT5685YVVU.year +Year AD  +
PYT56BXECYS.year +Year AD  +
PYT56DQXY3M.year +Year AD  +
PYT56T2XSKX.year +Year AD  +
PYT5A98LL5J.year +Year AD  +
PYT5ADVZ47N.year +Year AD  +
PYT5BOAVOCE.year +Year AD  +
PYT5EPIKVIW.year +Year AD  +
PYT5ILGMU3I.year +Year AD  +
PYT5LD8EKX7.year +Year AD  +
PYT5M71D8XR.year +Year AD  +
PYT5M90YRED.year +Year AD  +
PYT5NIT21KK.year +Year AD  +
PYT5PCZWSBA.year +Year AD  +
PYT5QQ9W5NR.year +Year AD  +
PYT5STWV6U3.year +Year AD  +
PYT5T4P9BH5.year +Year AD  +
PYT5T63SKTI.year +Year AD  +
PYT5UDGWJYV.year +Year AD  +
PYT5XQEOAG6.year +Year AD  +
PYT5ZIBROVT.year +Year AD  +
PYT5ZR9TF3O.year +Year AD  +
PYT61Q3PUQ4.year +Year AD  +
PYT63CAU8Y4.year +Year AD  +
PYT65BL8JT2.year +Year AD  +
PYT67RNK1X8.year +Year AD  +
PYT68OC3NF9.year +Year AD  +
PYT6AA2TD41.year +Year AD  +
PYT6DNDZVPE.year +Year AD  +
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