This study presents the spatial and temporal structures of the decadal variability of the Pacific from an extended control run of a coupled global climate model (GCM).The GCM used was version-g2.0 of the Flexible Global Ocean Atmosphere Land System (FGOALS-g2.0) developed at LASG/IAP.The GCM FGOALS-g2.0 re-produces similar spatial-temporal structures of sea surface temperature (SST) as observed in the Pacific decadal os-cillation (PDO) with a significant period of approximately 14 years.Correspondingly,the ...
【英文摘要】
This study presents the spatial and temporal structures of the decadal variability of the Pacific from an extended control run of a coupled global climate model (GCM).The GCM used was version-g2.0 of the Flexible Global Ocean Atmosphere Land System (FGOALS-g2.0) developed at LASG/IAP.The GCM FGOALS-g2.0 re-produces similar spatial-temporal structures of sea surface temperature (SST) as observed in the Pacific decadal os-cillation (PDO) with a significant period of approximately 14 years.Correspondingly,the ...
【基金】
supported by the National Basic Research Program of China (973 program,Grant No.2010CB950502);
the National Natural Science Foundation of China (Grant Nos.40975065 and 40821092)
【更新日期】
2011-10-18
【分类号】
P732
【正文快照】
1 IntroductionThe Pacific decadal oscillation (PDO), Pacific decadalvariability (PDV), or interdecadal Pacific oscillation (IPO)all denote the same climate variability in the Pacific Oceanon timescales of approximately one or a few decades thatis present
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