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Relationship between the Tibetan plateau heating and east Asian summer monsoon rainfall - art. no. 2066

机译:青藏高原加热与东亚夏季风降水的关系-艺术没有。 2066

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1] This study reveals the close correspondence between the interannual variability of the dominant East Asian summer rainfall pattern and the diabatic heating over the Tibetan Plateau in both spring and summer. The heating fluctuation over the Tibetan Plateau is associated with two wave-like circulation patterns, which bear the characteristics of forced Rossby wave emanating away from the deep heating. The wave-like pattern in turn affects the East Asian summer rainfall. Because of the persistent heating over the Tibetan Plateau from spring to summer and its possible effect on the surrounding areas, the heating index defined in this study can be used as a good predictor for the JJA heating and precipitation distributions. Evidences shown suggest that external conditions other than the SST anomaly must be considered to understand the interannual variability of the East Asian summer rainfall. [References: 20
机译:1]这项研究揭示了东亚夏季主要降雨模式的年际变化与春季和夏季青藏高原绝热加热之间的密切对应关系。青藏高原上的加热波动与两种波浪状的循环模式有关,它们具有从深部加热散发出的强迫罗斯比波的特征。波浪形反过来影响东亚夏季降雨。由于青藏高原从春季到夏季持续加热,并且可能对周围地区产生影响,因此本研究中定义的加热指数可以作为JJA加热和降水分布的良好预测指标。显示的证据表明,必须考虑除SST异常以外的外部条件,以了解东亚夏季降水的年际变化。 [参考:20

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