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A numerical simulation of the effect of global SSTA on the low-level atmospheric circulation And precipitation anomalies

机译:全球SSTA对低空大气环流和降水异常影响的数值模拟

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摘要

By the numerical simulation, the sea surface temperature anomaly(SSTA)of the Pacific and Indian Oceans, being introduced into IAP AGCM, the observed anomalous circulation Characteristics on the monthly mean 850 hPa have been confirmed: during an E1 Nino episode there Appears anomalous westerly flow in the low-level atmosphere over the low-latitude Pacific and the Anomalous equatorward air flow over the Southeast Asia coast; during a La Nina episode there Appears anomalous easterly flow in the low-level atmosphere over the low-latitude Pacific and the Anomalous off-equator air flow over the Southeast Asia coast.
机译:通过数值模拟,将太平洋和印度洋的海表温度异常(SSTA)引入IAP AGCM,已确认观测到的月平均850 hPa的异常环流特征:在一个E1 Nino事件期间,出现了西风异常在低纬度太平洋上空的低空大气中流动,以及在东南亚海岸上空的赤道异常空气流动;在“拉尼娜”事件中,低纬度太平洋上空的低层大气中出现了向东的异常气流,而东南亚沿岸则出现了赤道外异常气流。

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