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Property:Detail (L)

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Property: Detail (L) [1]

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

Answers the "of what" question for an Interpretation. For intance, sea surface in sea surface temperature.


Property Semantics

  • Property has type Text
  • Can have multiple values ? true

Pages using the property "Detail (L)"

Showing 100 pages using this property.

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A
Africa 001.d18O +top of sample; signal believed to primarily reflect temperature, but influence of other factors cannot be excluded.  +
Ant 005.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 006.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 007.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 008.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 009.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 010.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 011.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 012.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 013.dD +deviation of deuterium isotope ratio 2H:1H in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 014.dD +deviation of deuterium isotope ratio 2H:1H in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 017.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 022.dD +deviation of deuterium isotope ratio 2H:1H in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 023.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 024.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 025.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 026.dD +deviation of deuterium isotope ratio 2H:1H in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 027.dD +deviation of deuterium isotope ratio 2H:1H in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 028.dD +deviation of deuterium isotope ratio 2H:1H in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 029.temperature +Reference period: 1958-2010  +
Ant 030.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 031.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 033.dD +deviation of deuterium isotope ratio 2H:1H in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 035.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 037.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Ant 050.d18O +deviation of oxygen isotope ratio 18O:16O in H2O sample compared to standard mean ocean water (V-SMOW)  +
Arc 004.massacum +flux estimated from thickness and density  +
Arc 008.trsgi +detrending?  +
Arc 012.temperature +RCS detrended  +
Arc 012mxd.temperature1 +RCS detrended  +
Arc 016.trsgi +individually detrended, exponential or linear  +
Arc 024.thickness +removed coarse material (flood layers)  +
Arc 026.d18O +use at least 3yr averages  +
Arc 036.temperature +from documentary data  +
Arc 066.d18O1 +reconstructed Lonyearbyen DJF surface air temperature  +
Arc 076.temperature +Reconstructed June temperature  +
Arc 078.temperature +Reconstructed JJA temperature  +
Arc 079.temperature +reconstructed mid-June to mid July temperature  +
Arc 088.thickness +w.e. = water equivalent  +
Arc 091.temperature +regional compilation of local instrumental records, refer to publication for details  +
Arc 093.trsgi +annual resolution  +
Arc 094.temperature +regional compilation of local instrumental records, refer to publication for details  +
Arc 096.d18O +annual resolution  +
Arc 150.MXD +N  +
Asia 230.temperature +GST anomaly relative to (800-1950) mean  +
Asia 233.trsgi +ARSTAN-chronology  +
Asia 235.temperature +I0 are smoothed by 15-year and uneven running windows  +
Asia 248.dust +(0.63 to 20 microns in diameter)  +
Asia 331.depth top +top of sample  +
Asia 332.depth bottom +bottom of sample  +
Asia 333.ageMax +top of sample  +
Asia 334.ageMin +bottom of sample  +
Asia 335.temperature +results from planktic foraminiferal transfer function; consensus from four methods  +
Aus 010.trsgi +Huon pine record, use either this record OR MtRead.Cook.2006 (not both)  +
Aus 041.temperature +Huon pine record, use either Buckleys Chance record OR this record (not both)  +
L
LPD0b6c7700.BSi +biogenic silica  +
LPD0e900372.C N +Source of organic matter (aquatic vs. terrestrial). Calculated by the ratio between TC and TN  +
LPD2c9bc1f8.core +middle of sample  +
LPD335d863f.RABD660 670 +Concentration of chlorophyll a and its derivatives  +
LPD692315c3.ageMax +top of sample  +
LPD77e777b0.R570 630 +lithogenic content (mica, illite, chlorite)  +
LPDb2294566.ageMin +middle of sample  +
LPDbbd279ed.sampleID +top of sample  +
LPDbff7f105.R650 700 +Concentration of chlorophyll a and its derivatives  +
LPDc2846a24.R660 670 +degree of diagenesis  +
M
MD982181.Khider.2014.Paleo1.Model3.summaryTable1.age.Interpretation1 +calendar  +
N
NAm 3801.temperature.Interpretation1 +air@surface  +
O
O2kLR 048.temperature +Calibration: PRA1988  +
O2kLR 135.temperature +G. ruber  +
O2kLR 137.temperature +G. ruber  +
Ocean2kHR 001.d18O.Interpretation1 +sea surface  +
P
PYT01OUZTZT.uk37.Interpretation1 +sea surface  +
PYT05663N81.calendar age.Interpretation1 +calendar  +
PYT0A9J6GVZ.d18o.Interpretation1 +sea surface  +
PYT0A9J6GVZ.d18o.Interpretation2 +sea surface  +
PYT0APPIG9Z.age std dev.Interpretation1 +calendar  +
PYT0C8YHEP8.age.Interpretation1 +calendar  +
PYT0DSSUUTG.lowersigma.Interpretation1 +sea surface  +
PYT0FIL1QOR.sst.Interpretation1 +sea surface  +
PYT0HBB5KXB.calendar age.Interpretation1 +calendar  +
PYT0LVUDWE3.14-cagekyr.Interpretation1 +calendar  +
PYT0PJXUO5O.d18o.Interpretation1 +sea surface  +
PYT0PJXUO5O.d18o.Interpretation2 +sea surface  +
PYT0R6SRPW9.cal age.Interpretation1 +calendar  +
PYT0RIBHDTA.age14c.Interpretation1 +calendar  +
PYT0S5Q3P8R.cal age.Interpretation1 +calendar  +
PYT0TJHJXF5.sst.Interpretation1 +sea surface  +
PYT0VVPST4R.3 point running average of rosell annual sst.Interpretation1 +sea surface  +
PYT12QVFS7Q.n. dutertrei d18o.Interpretation1 +subsurface  +
PYT12QVFS7Q.n. dutertrei d18o.Interpretation2 +subsurface  +
PYT1998ADGV.uk37.Interpretation1 +sea surface  +
PYT1DM9QOMG.age max.Interpretation1 +calendar  +
PYT1ECJPDUT.d18ow.Interpretation1 +sea surface  +
PYT1FXX9CUA.uk'37.Interpretation1 +Sea surface  +
PYT1LA9PT4E.age.Interpretation1 +calendar  +
PYT1OTY2FI6.tex86.Interpretation1 +sea surface  +
PYT1PR8743G.age.Interpretation1 +calendar  +
PYT1YRUBI7V.age.Interpretation1 +calendar  +
PYT2077IQ86.ba/ca.Interpretation1 +surface water  +