【摘 要】
:
A 2000-year simulation forced by the external forcings of the last two millennia is carried out with the Community Earth System Model.
【机 构】
:
Nansen-Zhu International Research Centre,Institute of Atmospheric Physics,Chinese Academy of Science
【出 处】
:
International Symposium on Aeolian Deposits in Earth History
论文部分内容阅读
A 2000-year simulation forced by the external forcings of the last two millennia is carried out with the Community Earth System Model.
其他文献
The loess-paleosol sequences in Shandong Province,East China,is an important aeolian archive,which can provide information for aeolian activity,palaeoclimatic change and sea level change in eastern co
It is of great importance to identify eolian sediments accurately in ascertaining Oil/Gas reservoir and reconstructing paleoclimate.
As the worlds second largest sand sea and one of the most important dust sources to the global aerosol system,the formation of the Taklimakan Desert marks a major environmental event in central Asia d
Aeolian processes operate within geomorphic systems that form an interrelated set of processes and landforms in which sediment is transported from source areas to depositional sinks by wind.
Sediment grain size parameters can provide important information concerning provenance and depositional processes because the sizerange,mixing,and sorting of sediment populations vary systematically i
The East Asian winter monsoon(EAWM) not only plays an important role in the Asian climate system,but also acts as a medium to transmit climate signals from the high-latitude to the mid-and low-latitud
Aeolian activity is an important feedback in the climatic system.Records of aeolian activity changes can be obtained from various documents reflected processes in dust cycle(source,transport and depos
We present a new high-resolution multiproxy data set of Sr-Nd isotopes,rare earth element,soluble iron,and total organic carbon data from International Marine Global Change Study Core MD06-3047 locate
Dune field dynamics are strongly influenced by the interplay between two variables that are highly sensitive to climate change:surface erodibility(affected by vegetation,moisture,and other factors) an
Eolian deposits in the mid-latitudes of central Asia provide unique sedimentary archives for reconstructing the history of long-term aridificaiton and wind-patterns in the Asian interior.