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Relationships between Western Pacific Subtropical High and Seasonal Precipitation in Eastern China

西太平洋副高强度变化与中国东部四季降水的关系(英文)
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摘要 The monthly observed average precipitation data of 160 meteorological stations in China from 1960 to 2007,had been reorganized by the China Meteorological Administration.By employing that precipitation data,NCEP/NCAR reanalysis data and the index of intensity of western Pacific subtropical high,the seasonal variations of subtropical high and precipitation in eastern China during the past decades are discussed.The relationships between them also are discussed by correlation and composite analyses.The results show that the intensity of subtropical high,which has significantly strengthened in the recent 50 years,especially in spring,autumn and winter,has notable impact on the simultaneous rainfall in the eastern region of China for all seasons,especially in winter. The monthly observed average precipitation data of 160 meteorological stations in China from 1960 to 2007,had been reorganized by the China Meteorological Administration.By employing that precipitation data,NCEP/NCAR reanalysis data and the index of intensity of western Pacific subtropical high,the seasonal variations of subtropical high and precipitation in eastern China during the past decades are discussed.The relationships between them also are discussed by correlation and composite analyses.The results show that the intensity of subtropical high,which has significantly strengthened in the recent 50 years,especially in spring,autumn and winter,has notable impact on the simultaneous rainfall in the eastern region of China for all seasons,especially in winter.
出处 《Meteorological and Environmental Research》 CAS 2010年第4期81-86,共6页 气象与环境研究(英文版)
基金 Supported by Projects Funded by Scientific Research Special Fund for Public Welfare Industry (GYHY20076029)
关键词 Precipitation in eastern China Intensity of subtropical high Seasonal variation Atmospheric circulation China Precipitation in eastern China Intensity of subtropical high Seasonal variation Atmospheric circulation China
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