CMIP5 assessment of climate variability over Northwest Pacific
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    Abstract:

    The observed SST data and CMIP5 data are used to analyze climate state and interdecadal variation of sea surface temperature(SST) over Northwest Pacific(20—60°N,120°E—120°W).Results indicate that the selected 22 models can simulate the climate state perfectly.More importantly,the selected models can simulate the annual and interdecadal variations of SST over Northwest Pacific.Total standard deviation of SST simulted by the models is the largest in Kuroshio extension region.The majority of models have an ability to simulate the first EOF mode of SST.The SST over Northwest Pacific has a significant interdecadal oscillation phenomenon.SSTs simulated by the 13/22 models have obvious interdecadal oscillations.Meanwhile,the simulated deviation of SST climate state has a great effect on the periodic oscillation of SST,especially in Kuroshio extension region.

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智海,李恺霖,周顺武,2015. CMIP5西北太平洋气候变率的模拟评估[J].大气科学学报,38(2):184-194. ZHI Hai, LI Kai-lin, ZHOU Shun-wu,2015. CMIP5 assessment of climate variability over Northwest Pacific[J]. Trans Atmos Sci,38(2):184-194.

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History
  • Received:May 08,2014
  • Revised:March 02,2015
  • Adopted:
  • Online: May 01,2015
  • Published:

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