MULTIPROXY

作品数：15被引量：38H指数：3
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The Holocene environmental changes revealed from the sediments of the Yarkov sub-basin of Lake Chany,south-western Siberia
《Geoscience Frontiers》2023年第2期133-153,共21页S.K.Krivonogov A.N.Zhdanova P.A.Solotchin A.Y.Kazansky V.V.Chegis Z.Liu M.Song S.V.Zhilich N.A.Rudaya X.Cao O.V.Palagushkina L.B.Nazarova L.S.Syrykh 
The biomarker analysis and all organic matter related interpretations were made in favor of the joint Russia-China research project,RFBR no.21-55-53037 and NSFC no.42111530031;The lake level changes were investigated in favor of the RFBR project No.19-29-05085;Numerical reconstruction of climate was made in the frame of ANSO Collaborative Research(ANSO-CR-PP-2021-02);The contribution by Natalia Rudaya matches interests of the RSF project no.20-17-00110;the Tomsk State University Development Program(Priority 2030);financed by National Natural Science Foundation of China(grant no.41988101);the Sino-German Mobility Program(grant no.M-0359);Diatom and chironomid analyses were funded by the RSF project No.20-17-00135;Databases developed with the support of the RSF No.22-17-00185 and 22-17-00113 projects were used for quantitative environmental reconstructions(WD and T July)and supplementary statistical research.
Lake Chany is the largest endorheic lake in Siberia whose catchment is entirely on the territory of Russia.Its geographical location on the climate-sensitive boundary of wet and dry landscapes provides an opportunity ...
关键词：Saline lake Multiproxy study HOLOCENE Climate Environment West Siberia 
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