Potential changes in precipitation extremes in July–August over China in response to CO 2 doubling are analyzed based on the output of 24 coupled climate models from the Twentieth-Century Climate in Coupled Models (20C3M) experiment and the 1% per year CO 2 increase experiment (to doubling) (1pctto2x) of phase 3 of the Coupled Model Inter-comparison Project (CMIP3). Evaluation of the models’ performance in simulating the mean state shows that the majority of models fairly reproduce the broad spatial pattern...
【英文摘要】
Potential changes in precipitation extremes in July–August over China in response to CO 2 doubling are analyzed based on the output of 24 coupled climate models from the Twentieth-Century Climate in Coupled Models (20C3M) experiment and the 1% per year CO 2 increase experiment (to doubling) (1pctto2x) of phase 3 of the Coupled Model Inter-comparison Project (CMIP3). Evaluation of the models’ performance in simulating the mean state shows that the majority of models fairly reproduce the broad spatial pattern...
【基金】
founded by National Key Technologies R&D Program under Grant No.2007BAC29B03;
R&D Special Fund for Public WelfareIndustry (meteorology) (GYHY200806010);
China-UK-Swiss Adapting to Climate Change in China Project(ACCC)—Climate Science
【更新日期】
2011-04-01
【分类号】
P467
【正文快照】
1. Introduction The global and regional climate changes, espe- cially in extremes, induced by increasing greenhouse gases are important topics of study for the climate re- search community. The World Climate Research Pro- gram’s (WCRP) phase 3 of the Cou
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