黑潮海域及加利福尼亚海流区春季SST与我国东部夏季极端降水呈明显的负相关；
The spring SST in the Black Current area and California current area is negatively correlated with summer extreme precipitation in East China.
首先从多个方面探讨我国东部夏季降水极值的变化规律。
Firstly regulations of summer extreme precipitation over eastern China have been discussed.
这些都说明东中国海及邻近海的热力状态可能是影响我国东部夏季降水的重要因子之一。
Consequently, it is suggested that the thermal state of the East China seas and their adjacent seas maybe one of the important factors affecting the summer precipitation in East China.
结果表明：降水减少的地区主要位于我国北方的西北东部、华北及东北；在南方，西南的降水减少趋势与上述地区具有类似特征。
The results indicated that the annual precipitation reduced in North China, Northeast China, the east part of Northwest China, and Southwest China, while the SAT generally increased in these regions.
结果表明：降水减少的地区主要位于我国北方的西北东部、华北及东北；在南方，西南的降水减少趋势与上述地区具有类似特征。
The results indicated that the annual precipitation reduced in North China, Northeast China, the east part of Northwest China, and Southwest China, while the SAT generally increased in these regions.
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