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- > Special Issue : Stable isotopes and geochemistry of ground ice (supprimer)
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Par Collection Par Auteur- MEYER, H. (2)
- SLETTEN, R.S. (2)
- DEREVIAGIN, A.Y. (1)
- MEYER, H. (1)
- MEYER, H. (1)
- SCHIRRMEISTER, L. (1)
- VASILIEV, A. (1)
- WETTERICH, S. (1)
- OPEL, T. (1)
- STRELETSKAYA, I. (1)
- 2011 (2)
- Analyse isotopique ; Arctique ; Coin de glace ; Deutérium ; Géochimie ; Holocène ; Oxygène 18 ; Paléo-environnement ; Paléoclimat ; Pergélisol ; Russie d'Asie ; Sibir' (1)
- Analyse isotopique ; Arctique ; Coin de glace ; Deutérium ; Géochimie ; Holocène ; Oxygène 18 ; Paléo-environnement ; Paléoclimat ; Pléistocène ; Russie d'Asie ; Tajmyr (1)
- Análisis isotópico ; Cuña de hielo ; Deuterio ; Geoquímica ; Holoceno ; Oxígeno 18 ; Paleoambiente ; Paleoclima ; Pergelisol ; Rusia de Asia ; Siberia ; Ártica (1)
- Análisis isotópico ; Cuña de hielo ; Deuterio ; Geoquímica ; Holoceno ; Oxígeno 18 ; Paleoambiente ; Paleoclima ; Pleistoceno ; Rusia de Asia ; Ártica (1)
- Arctic Region ; Asian part of Russia ; Deuterium ; Geochemistry ; Holocene ; Ice wedge ; Isotope analysis ; Oxygen 18 ; Palaeo-environment ; Palaeoclimate ; Permafrost ; Siberia (1)
- Arctic Region ; Asian part of Russia ; Deuterium ; Geochemistry ; Holocene ; Ice wedge ; Isotope analysis ; Oxygen 18 ; Palaeo-environment ; Palaeoclimate ; Pleistocene (1)
- Special Issue : Stable isotopes and geochemistry of ground ice (2)
- Isotopic composition of syngenetic ice wedges and palaeoclimatic reconstruction, western Taymyr, Russian Arctic (1)
- Palaeoclimatic information from stable water isotopes of Holocene ice wedges on the Dmitrii Laptev Strait, northeast Siberia, Russia (1)
- This paper reports the results of oxygen (andO 18) and hydrogen (andD) isotopic analyses of ice wedges of different generations at 3 sites on the western Taymyr coast. Palaeotemperature reconstruction based on the data shows that winter temperatures
- during the formation of older generation ice wedges were lower than Holocene winter temperatures, indicating that they developed in the Late Weichselian. The presence of syngenetic ice wedges strongly suggests that the coast of western Taymir was not ice
- Holocene age of the studied horizontal ice-wedge profiles and indicate syngenetic growth associated with sediment accumulation. A general Late Holocene winter warming trend is inferred from andO 18 data with periods of marked variability superimposed