supported by the Nati onal Natural Science Foundation of China(Distinguis lbed Innovat ion Group,40071 025);Chinese Academy of Sci ences(Grant Nos.Talent Project KZCX1-10-09,KZCX3-SW-33 9);Diector Fund of Key Laboratory of Ice Core and Cold Regions Fnvironment,Cold and Arid Regions Environmental and Engineeni ng Research Institute,CAS;The First Chinese National Arctic R es earch Expedition;US Nat ional Science Founda tion(ATM-0139481,ESE-9904069);the Electric Power Research Ins titute;the US Environmental Protection Agency,and Environment Canada;support from the Arctic Institute of North America,University of Calgary,and S.Whitlow,M.Spencer and C.Buck for analyzing samples from both cores.
Atmospheric circulation reconstruction based on glaciochemical records requires knowledge of chemical concentration controls, such as source, transport pathway and strength. To gain insight into these processes, the r...
This work was supported by the Chinese Academy of Sciences (Grant No. KZCX2-303),;the Ministry of Science and Technology of China (Grant No. 2001DIA50040) ; the National Natural Science Foundation of China (Grant Nos. 49971021 and 40071025); We tha
Since it is the largest glacier system in Antarctica, the Lambert Glacier basin plays an important role in the mass balance of the overall Antarctic ice sheet. The observed data and shallow core studies from the inlan...