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14C AMS dates of unidentified organic material from the ice wedges IW-3 and I...
Pretreatment for counting material was carried out in the Laboratory of Radiocarbon Dating and Electron Microscopy of the Institute of Geography of the Russian Academy of... -
Average January (tmJ) paleotemperature of north-west Yakutia
Reconstructions of mean January temperatures (Tmean Jan., oC) were carried out by comparing the isotope composition of modern ice veinlets (δ18Oiv) and mean January temperatures... -
δ18О and δ2H values in ice wedges and 14C age ranges of Batagay ice complex
Ranges of minimum (Min.), maximum (Max.) and mean of δ18О and δ2H values in ice wedges as well as 14C age ranges of isotope records of Upper Ice Complex of Batagay. -
Conventional and AMS radiocarbon dates in the sediments of Batagay_1 yedoma
Conventional and AMS radiocarbon dates in the sediments surrounding IW-3 of Batagay yedoma. (a) The resulting 14C ages were calibrated using the IntCal20 calibration curve... -
Stable isotope (δ18О, δ2H and dexc) from ice wedges N7 of Batagay yedoma
δ18О, δ2H and dxs values in Ice wedge 7 from Batagay yedoma, ice selection from a depth of 1-12.8 m (239-227.2 m abs. height). -
Stable isotope (δ18О, δ2H and dexc) from ice wedges N5 of Batagay yedoma
δ18О, δ2H and dxs values in ice wedge 5 from Batagay yedoma, ice sampling from a depth of 9.1-17 m (273.9 - 266 m abs. height). -
Stable isotope (δ18О, δ2H and dexc) from ice wedges N3 of side Batagay yedoma
δ18О, δ2H and dxs values in ice wedge 3 from Batagay yedoma, ice sampling from a depth of 5-10 m (320-315 m abs. height). -
14C AMS dates of unidentified organic material from the ice wedges of Batagay
(a) The resulting 14C ages were calibrated using the IntCal20 calibration curve (Reimer et al., 2020) and the Oxcal version 4.4.4 program (Bronk Ramsey, 2021). (b) Ages were... -
Available 14C dates and mean δ18О values of ice wedges in the northwestern Si...
Available 14C dates and mean δ18О values of ice wedges, studied in the northwestern Siberia, and reconstructed mean January air temperature (TmJ) for three Holocene periods. -
PlioVAR KM5c, M2 sea surface temperature (SST) anomalies
This dataset has no description
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Radiocarbon AMS dating by organic microinclusions in the IW-17 sample from th...
The dating was carried out at the Laboratory of Radiocarbon Dating and Electron Microscopy, Institute of Geography (preparation of counted matter), and at the Center for Applied... -
Age-depth model of sediment core TNO57-21 and associated dating uncertainty
Undatable run on 2019-06-17 12:49:17. nsim=10000 bootpc=10 xfactor=0.1 combine=Yes -
Age-depth model of sediment core SU81-18 and associated dating uncertainty
Undatable run on 2019-06-17 12:47:58. nsim=10000 bootpc=50 xfactor=0.1 combine=Yes -
Age-depth model of sediment core SO82-5-2 and associated dating uncertainty
Undatable run on 2019-06-17 12:47:53. nsim=10000 bootpc=10 xfactor=0.1 combine=Yes -
Age-depth model of sediment core RAPiD-17-5P and associated dating uncertainty
Undatable run on 2019-06-17 12:47:13. nsim=10000 bootpc=10 xfactor=0.1 combine=Yes -
Age-depth model of sediment core RAPiD-10-1P and associated dating uncertainty
Undatable run on 2019-06-17 12:47:10. nsim=10000 bootpc=10 xfactor=0.1 combine=Yes -
Age-depth model of sediment core MD99-2281 and associated dating uncertainty
Undatable run on 2019-06-17 12:43:24. nsim=10000 bootpc=10 xfactor=0.1 combine=Yes -
Age-depth model of sediment core MD95-2042 and associated dating uncertainty
Undatable run on 2019-06-17 12:43:06. nsim=10000 bootpc=10 xfactor=0.1 combine=Yes -
Age-depth model of sediment core MD95-2037 and associated dating uncertainty
Undatable run on 2019-06-17 12:42:15. nsim=10000 bootpc=10 xfactor=0.1 combine=Yes -
Age-depth model of sediment core MD09-3256 and associated dating uncertainty
Undatable run on 2019-06-17 12:40:08. nsim=10000 bootpc=10 xfactor=0.1 combine=Yes
