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
- PYT2B3VB9YG.highersigma.Interpretation1 + (calendar)
- PYT263GUKAT.age14c.Interpretation1 + (calendar)
- PYT1YRUBI7V.age.Interpretation1 + (calendar)
- PYT1PR8743G.age.Interpretation1 + (calendar)
- PYT1LA9PT4E.age.Interpretation1 + (calendar)
- PYT1DM9QOMG.age max.Interpretation1 + (calendar)
- PYT0S5Q3P8R.cal age.Interpretation1 + (calendar)
- PYT0RIBHDTA.age14c.Interpretation1 + (calendar)
- PYT0R6SRPW9.cal age.Interpretation1 + (calendar)
- PYT0LVUDWE3.14-cagekyr.Interpretation1 + (calendar)
- PYT0HBB5KXB.calendar age.Interpretation1 + (calendar)
- PYT0C8YHEP8.age.Interpretation1 + (calendar)
- PYT0APPIG9Z.age std dev.Interpretation1 + (calendar)
- PYT05663N81.calendar age.Interpretation1 + (calendar)
- MD982181.Khider.2014.Paleo1.Model3.summaryTable1.age.Interpretation1 + (calendar)
- SAm 020.trsgi + (composite chronology)
- SAm 019.trsgi4 + (composite chronology)
- SAm 018.trsgi3 + (composite chronology)
- SAm 017.trsgi2 + (composite chronology)
- SAm 016.trsgi1 + (composite chronology)
- SAm 015.trsgi + (composite chronology)
- SAm 014.trsgi4 + (composite chronology)
- SAm 013.trsgi3 + (composite chronology)
- SAm 012.trsgi2 + (composite chronology)
- SAm 011.trsgi1 + (composite chronology)
- SAm 010.trsgi + (composite chronology)
- PYTZR2R197K.b/ca.Interpretation1 + (deep water)
- PYTSAWQVACZ.b/ca.Interpretation1 + (deep water)
- PYTOH600XJ7.d18oc.mund.Interpretation2 + (deep water)
- PYTOH600XJ7.d18oc.mund.Interpretation1 + (deep water)
- PYTF5GXE39R.d18oc.mund.Interpretation2 + (deep water)
- PYTF5GXE39R.d18oc.mund.Interpretation1 + (deep water)
- LPDc2846a24.R660 670 + (degree of diagenesis)
- PYTOO73ID6Y.depth + (detail)
- Arc 008.trsgi + (detrending?)
- 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 022.dD + (deviation of deuterium isotope ratio 2H:1H 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 033.dD + (deviation of deuterium isotope ratio 2H:1H in H2O sample compared to standard mean ocean water (V-SMOW))
- 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 017.d18O + (deviation of oxygen isotope ratio 18O:16O 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 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 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))
- PYTVFZ0WOFC.d18osw + (dfasd)
- Arc 004.massacum + (flux estimated from thickness and density)
- Arc 036.temperature + (from documentary data)
- PYTZ66U4Q8X.d18oice.Interpretation1 + (ice)
- Arc 016.trsgi + (individually detrended, exponential or linear)
- LPD77e777b0.R570 630 + (lithogenic content (mica, illite, chlorite))
- LPD2c9bc1f8.core + (middle of sample)
- LPDb2294566.ageMin + (middle of sample)
- SAm 028.R570 630 + (raw data 3yr filtered)
- Arc 066.d18O1 + (reconstructed Lonyearbyen DJF surface air temperature)
- Arc 079.temperature + (reconstructed mid-June to mid July temperature)
- Arc 091.temperature + (regional compilation of local instrumental records, refer to publication for details)
- Arc 094.temperature + (regional compilation of local instrumental records, refer to publication for details)
- Arc 024.thickness + (removed coarse material (flood layers))
- Asia 335.temperature + (results from planktic foraminiferal transfer function; consensus from four methods)
- PYT7Z7JMLKT.mg + (sdfasd)
- Ocean2kHR 001.d18O.Interpretation1 + (sea surface)
- PYT01OUZTZT.uk37.Interpretation1 + (sea surface)
- PYT0A9J6GVZ.d18o.Interpretation1 + (sea surface)
- PYT0A9J6GVZ.d18o.Interpretation2 + (sea surface)
- PYT0DSSUUTG.lowersigma.Interpretation1 + (sea surface)
- PYT0FIL1QOR.sst.Interpretation1 + (sea surface)
- PYT0PJXUO5O.d18o.Interpretation1 + (sea surface)
- PYT0PJXUO5O.d18o.Interpretation2 + (sea surface)
- PYT0TJHJXF5.sst.Interpretation1 + (sea surface)
- PYT0VVPST4R.3 point running average of rosell annual sst.Interpretation1 + (sea surface)
- PYT1998ADGV.uk37.Interpretation1 + (sea surface)
- PYT1ECJPDUT.d18ow.Interpretation1 + (sea surface)
- PYT1OTY2FI6.tex86.Interpretation1 + (sea surface)
- PYT28Y5FZ73.mg/ca.Interpretation1 + (sea surface)
- PYT2DJNK38V.sss.Interpretation1 + (sea surface)
- PYT2EITAWBL.tempspecific.Interpretation1 + (sea surface)
- PYT3BFZK5EK.d18og.Interpretation1 + (sea surface)
- PYT3BFZK5EK.d18og.Interpretation2 + (sea surface)
- PYT3C0T1A3Z.sss.Interpretation1 + (sea surface)
- PYT3F5IG0S4.sst - mg/ca.Interpretation1 + (sea surface)
- PYT3FIJZHQH.sst.Interpretation1 + (sea surface)
- PYT3L6BW4OB.d18og.Interpretation1 + (sea surface)
- PYT3L6BW4OB.d18og.Interpretation2 + (sea surface)
- PYT3RWAEKRF.mg/ca.Interpretation1 + (sea surface)
- PYT476U4L37.realization 1.Interpretation1 + (sea surface)
- PYT4CQCIDIC.sst - mg/ca.Interpretation1 + (sea surface)
- PYT4IB49CW8.d18osw.Interpretation1 + (sea surface)
- PYT4P6TAIMY.d18og.Interpretation1 + (sea surface)
- PYT4P6TAIMY.d18og.Interpretation2 + (sea surface)
- PYT4RE76NQU.uk37.Interpretation1 + (sea surface)
- PYT52WGZW1A.sst.Interpretation1 + (sea surface)
- PYT589CBCS3.sst.Interpretation1 + (sea surface)
- PYT5PVACJLJ.mg/ca.Interpretation1 + (sea surface)
- PYT65B9BSAC.sst.Interpretation1 + (sea surface)
- PYT6AHG5E1M.sst uk37.Interpretation1 + (sea surface)
- PYT6CIF7C5H.d18osw.Interpretation1 + (sea surface)
- PYT6K1XJRVM.mg/ca-g.rub-w.Interpretation1 + (sea surface)
- PYT6XVN1A78.d18oswdekenscorr.Interpretation1 + (sea surface)
- PYT7349ED5O.sst ukprime37.Interpretation1 + (sea surface)
- PYT73UN1SLP.d18og.rub-w.Interpretation1 + (sea surface)
- PYT73UN1SLP.d18og.rub-w.Interpretation2 + (sea surface)
- PYT7K3ZIRTA.mg/cap.Interpretation1 + (sea surface)
- PYT7NEB7KIH.d18o.Interpretation1 + (sea surface)
- PYT7NEB7KIH.d18o.Interpretation2 + (sea surface)
- PYT7S7LXDYS.g. ruber w d18o.Interpretation1 + (sea surface)
- PYT7S7LXDYS.g. ruber w d18o.Interpretation2 + (sea surface)
- PYT7TCWD68E.ukprime37.Interpretation1 + (sea surface)
- PYT7Y6SVU38.median.Interpretation1 + (sea surface)
- PYT81ANVGUH.d18owcorr.Interpretation1 + (sea surface)
- PYT84BB4U5Y.d18og.Interpretation1 + (sea surface)
- PYT84BB4U5Y.d18og.Interpretation2 + (sea surface)
- PYT873EACN1.sst relative.Interpretation1 + (sea surface)
- PYT8KNOASAM.mg/ca.Interpretation1 + (sea surface)
- PYT8VH1ZKCN.highersigma.Interpretation1 + (sea surface)
- PYT8VW0LE2K.mg/ca.Interpretation1 + (sea surface)
- PYT8WER669G.sst.Interpretation1 + (sea surface)
- PYT917S9C8J.sst - uk37.Interpretation1 + (sea surface)
- PYT9CHPZO4J.tt.Interpretation1 + (sea surface)
- PYT9DSZ5FVE.d18oswspecific.Interpretation1 + (sea surface)
- PYT9T2262H5.sst-mg/ca.Interpretation1 + (sea surface)
- PYT9V9Q6BA5.sst - mgca.Interpretation1 + (sea surface)
- PYTA30E61Y5.sst.Interpretation1 + (sea surface)
- PYTA4L3DX83.sst - mg/ca.Interpretation1 + (sea surface)
- PYTA5QCGS16.sss.Interpretation1 + (sea surface)
- PYTADIUT9HO.sst.Interpretation1 + (sea surface)
- PYTALUQ8HL6.realization 1.Interpretation1 + (sea surface)
- PYTB0M2ECEU.mg/ca.Interpretation1 + (sea surface)
- PYTB8HC2ZDR.sst.Interpretation1 + (sea surface)
- PYTBH59XDH0.d18og.rub.Interpretation1 + (sea surface)
- PYTBH59XDH0.d18og.rub.Interpretation2 + (sea surface)
- PYTBWLHQW85.d18o.Interpretation1 + (sea surface)
- PYTBWLHQW85.d18o.Interpretation2 + (sea surface)
- PYTBXI87Y63.mgca.Interpretation1 + (sea surface)
- PYTC1DJPWXY.uk37.Interpretation1 + (sea surface)
- PYTC7Z3ONS2.d18oswanandspecific.Interpretation1 + (sea surface)
- PYTCRJGVPLW.sst4.Interpretation1 + (sea surface)
- PYTCS12158T.mgcass.Interpretation1 + (sea surface)
- PYTD0ZRJT4F.sst - mg/ca.Interpretation1 + (sea surface)
- PYTDA7Z8UOE.d18og.rub-w.Interpretation1 + (sea surface)
- PYTDA7Z8UOE.d18og.rub-w.Interpretation2 + (sea surface)
- PYTDDWAR473.sst.Interpretation1 + (sea surface)
- PYTDJ6RG45R.sst.Interpretation1 + (sea surface)
- PYTDL2ZXUHV.sst.Interpretation1 + (sea surface)
- PYTDMXZU7OP.d18ow.Interpretation1 + (sea surface)
- PYTDQALDGGL.uk37ann sst.Interpretation1 + (sea surface)
- PYTDXQUB0QR.d18oswdekens.Interpretation1 + (sea surface)
- PYTDYX7X462.sss.Interpretation1 + (sea surface)
- PYTDYXVM3VB.sst.Interpretation1 + (sea surface)
- PYTE7E7LBUF.d18ow.Interpretation1 + (sea surface)
- PYTELC0REKR.d18ow.Interpretation1 + (sea surface)
- PYTEPJVOXQS.d18o.Interpretation1 + (sea surface)
- PYTEPJVOXQS.d18o.Interpretation2 + (sea surface)
- PYTES973TGM.sst.Interpretation1 + (sea surface)
- PYTES9Q9EHY.sst.Interpretation1 + (sea surface)
- PYTF2DGDI56.uk37'.Interpretation1 + (sea surface)
- PYTF2LWB318.mg/ca.Interpretation1 + (sea surface)
- PYTFGE42J5T.sst.Interpretation1 + (sea surface)
- PYTFSXYJF6G.mg/ca.Interpretation1 + (sea surface)
- PYTFV77V2RB.u37kprime.Interpretation1 + (sea surface)
- PYTG3JC7RER.sst - mg/ca.Interpretation1 + (sea surface)
- PYTG7C75SQQ.d18ow-s.Interpretation1 + (sea surface)
- PYTGJ18DWQK.uk37.Interpretation1 + (sea surface)
- PYTGLA95XMZ.mg/ca-g.rub-w.Interpretation1 + (sea surface)
- PYTGVNLOAG8.g. ruber w mg/ca.Interpretation1 + (sea surface)
- PYTH3LGIFI9.uk37.Interpretation1 + (sea surface)
- PYTH591EFPS.mg/ca.Interpretation1 + (sea surface)
- PYTHETAMMNY.d18oss.Interpretation1 + (sea surface)
- PYTHETAMMNY.d18oss.Interpretation2 + (sea surface)
- PYTHL9GE4E1.d18o.Interpretation1 + (sea surface)
- PYTHL9GE4E1.d18o.Interpretation2 + (sea surface)
- PYTHO7UXES4.mg/ca-g.rub.Interpretation1 + (sea surface)
- PYTHZ3A9DY3.d18osw.Interpretation1 + (sea surface)
- PYTIIHE39I6.lower95.Interpretation1 + (sea surface)
- PYTIQTPJ37O.mg/ca.Interpretation1 + (sea surface)
- PYTITE46DZ3.tex86.Interpretation1 + (sea surface)
- PYTJ1SOBVIH.d18ow.Interpretation1 + (sea surface)
- PYTJ9041EYB.d18osw - ivc.Interpretation1 + (sea surface)
- PYTJDP3CCTE.sst.Interpretation1 + (sea surface)
- PYTJLH964TI.g. ruber w d18o.Interpretation1 + (sea surface)
- PYTJNLD539P.d18osl.Interpretation1 + (sea surface)
- PYTJNLD539P.d18osl.Interpretation2 + (sea surface)
- PYTJRE22NTZ.sst - mg/ca.Interpretation1 + (sea surface)
- PYTJY56A19G.mg/ca.Interpretation1 + (sea surface)
- PYTK3PTLR0D.sst.Interpretation1 + (sea surface)
- PYTKNSBHC06.sst.Interpretation1 + (sea surface)
- PYTKO6TP8Z5.sst - uk37.Interpretation1 + (sea surface)
- PYTKX5AP6VR.d18o.Interpretation1 + (sea surface)
- PYTKX5AP6VR.d18o.Interpretation2 + (sea surface)
- PYTKY0AIU85.sst - tex86.Interpretation1 + (sea surface)
- PYTLGWYSH1Z.ukprime37.Interpretation1 + (sea surface)
- PYTLGZMC1KL.sst - uk37.Interpretation1 + (sea surface)
- PYTLNUJLRT4.sst - mg/ca.Interpretation1 + (sea surface)
- PYTLSF0NCYT.mgcasl.Interpretation1 + (sea surface)
- PYTM2RKMM9B.d18o.Interpretation1 + (sea surface)
- PYTM2RKMM9B.d18o.Interpretation2 + (sea surface)
- PYTM97L81NT.sst - mg/ca.Interpretation1 + (sea surface)
- PYTM9G2A4U0.d18o.Interpretation1 + (sea surface)
- PYTM9G2A4U0.d18o.Interpretation2 + (sea surface)
- PYTMH29MD4L.sst müller.Interpretation1 + (sea surface)
- PYTMPVINLM4.mgca.Interpretation1 + (sea surface)
- PYTMRXGY2Y4.temp.Interpretation1 + (sea surface)
- PYTMU655WHQ.tempanandgen.Interpretation1 + (sea surface)
- PYTN4D4PPL3.d18o.Interpretation1 + (sea surface)
- PYTN4D4PPL3.d18o.Interpretation2 + (sea surface)
- PYTN85XS6N9.sst3.Interpretation1 + (sea surface)
- PYTN8GRCHGY.sst.Interpretation1 + (sea surface)
- PYTNDAUWE9T.higher95.Interpretation1 + (sea surface)
- PYTNHWQ09GA.mg/ca.Interpretation1 + (sea surface)
- PYTNKOPC5V5.d18ow.Interpretation1 + (sea surface)
- PYTNTLF9NBT.sst prahl.Interpretation1 + (sea surface)
- PYTNVJELWUP.uk37.Interpretation1 + (sea surface)
- PYTO73S84WJ.sst - mg/ca.Interpretation1 + (sea surface)
- PYTOFGM9CM9.higher95.Interpretation1 + (sea surface)
- PYTOIUTG47N.d18ow.Interpretation1 + (sea surface)
- PYTOM01JCNE.d18ocorr.Interpretation1 + (sea surface)
- PYTOM01JCNE.d18ocorr.Interpretation2 + (sea surface)
- PYTOZAUVY5C.uk37.Interpretation1 + (sea surface)
- PYTP5VQ4SH1.d18o.Interpretation1 + (sea surface)
- PYTP5VQ4SH1.d18o.Interpretation2 + (sea surface)
- PYTP7ZYVDV6.sst - uk37.Interpretation1 + (sea surface)
- PYTPZU7L7S9.d18oruberpink.Interpretation1 + (sea surface)
- PYTPZU7L7S9.d18oruberpink.Interpretation2 + (sea surface)
- PYTQIQ5OUD3.surface d18o h2o.Interpretation1 + (sea surface)
- PYTQMNS13E7.g. ruber w mg/ca.Interpretation1 + (sea surface)
- PYTQTCDLSJS.sst1.Interpretation1 + (sea surface)
- PYTQY9TKRS3.uk37.Interpretation1 + (sea surface)
- PYTR0UB6BA4.tempanandspecific.Interpretation1 + (sea surface)
- PYTR0UXSYN0.sst2.Interpretation1 + (sea surface)
- PYTR1G5UAIP.g ruber w mgca.Interpretation1 + (sea surface)
- PYTR4OE3Q7U.uk37wint sst.Interpretation1 + (sea surface)
- PYTR6HM25ZJ.sst - uk37.Interpretation1 + (sea surface)
- PYTRAOFN8JB.mgca sst.Interpretation1 + (sea surface)
- PYTS715U7Q3.n. pachyderma d18o.Interpretation1 + (sea surface)
- PYTSR6VG247.uk37prime.Interpretation1 + (sea surface)
- PYTSSIOQ15X.sst - mg/ca.Interpretation1 + (sea surface)
- PYTSYHU8SAU.d18ow.Interpretation1 + (sea surface)
- PYTT1YM6M38.tempdekens.Interpretation1 + (sea surface)
- PYTTBTQAWB9.uk37.Interpretation1 + (sea surface)
- PYTTC89S98F.mg/cag.Interpretation1 + (sea surface)
- PYTTNUZ35N5.mg/ca.Interpretation1 + (sea surface)
- PYTTX7L3NJP.lowersigma.Interpretation1 + (sea surface)
- PYTTYB8B7I7.d18og.Interpretation1 + (sea surface)
- PYTTYBZQ5P9.sst.Interpretation1 + (sea surface)
- PYTUBPV4JJO.ukprime37.Interpretation1 + (sea surface)
- PYTUL2LO1T7.d18o.Interpretation1 + (sea surface)
- PYTUL2LO1T7.d18o.Interpretation2 + (sea surface)
- PYTULXN9WNG.sst-uk37.Interpretation1 + (sea surface)
- PYTUML5D83R.uk37.Interpretation1 + (sea surface)
- PYTUTE5IVBM.d18og.Interpretation1 + (sea surface)
- PYTUTE5IVBM.d18og.Interpretation2 + (sea surface)
- PYTUYHI96EG.d18osw.Interpretation1 + (sea surface)
- PYTVRA072ZJ.uk37.Interpretation1 + (sea surface)
- PYTVUTGRE9G.mg/ca.Interpretation1 + (sea surface)
- PYTVVKA7U87.δ18osw.Interpretation1 + (sea surface)
- PYTW0D8MOY6.d18og.rub.Interpretation1 + (sea surface)
- PYTW0D8MOY6.d18og.rub.Interpretation2 + (sea surface)
- PYTW4K61XVZ.median.Interpretation1 + (sea surface)
- PYTWA01D79H.g. ruber ss mg/ca.Interpretation1 + (sea surface)
- PYTWCPO4MJI.ukprime37.Interpretation1 + (sea surface)
- PYTWJRC7S8K.sst - mg/ca.Interpretation1 + (sea surface)
- PYTX74TKH7K.mg/ca.Interpretation1 + (sea surface)
- PYTXBEWD6RF.mgcass sst.Interpretation1 + (sea surface)
- PYTXEIS6K4U.d18on.Interpretation1 + (sea surface)
- PYTXGCXHYIV.ba/ca.Interpretation1 + (sea surface)
- PYTXHEZHD99.d18owater.Interpretation1 + (sea surface)
- PYTXJ3NNJ8O.lower95.Interpretation1 + (sea surface)
- PYTXKULQHQF.sst-tex86.Interpretation1 + (sea surface)
- PYTXVJ3IGUX.tempdekenscorr.Interpretation1 + (sea surface)
- PYTXX53I57F.tex86.Interpretation1 + (sea surface)
- PYTYPH42GZP.sst - uk37.Interpretation1 + (sea surface)