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Excitation of Chandler Wobble by Pacific,Indian and Atlantic Oceans from 1980 to 2005

机译:1980年至2005年太平洋,印度和大西洋对钱德勒摆动的激发

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摘要

In addition to the atmosphere, the oceans play important roles in the excitation of the Chandler wobble. The contributions made by the Pacific Ocean, the Indian Ocean and the Atlantic Ocean from 1980 to 2005 to the excitation of the Chandler wobble are first and systematically researched by taking advantage of the data of the current velocity field and ocean floor pressure provided by the marine circulation model of the Estimating the Circulation and Climate of the Ocean (ECCO). Studies show that the contributions of the three oceans to the excitation of the Chandler wobble are different from one another: the excitation energy of the Pacific Ocean makes up about 22.2% of the observational excitation energy, the largest one among the three oceans, that of the Indian Ocean accounts for about 12.7% and that of the Atlantic Ocean amounts to about 7.1%, the smallest among the three great oceans. The remarkable increase in the excitation energy of the Chandler wobble by the Pacific Ocean may be possibly due to the effect of the strong ENSO event which occurred from 1982 to 1983.
机译:除了大气之外,海洋在激发钱德勒摆动中也起着重要作用。首先,利用海洋提供的当前速度场和海底压力数据,系统地研究了1980年至2005年太平洋,印度洋和大西洋对激发钱德勒摆动的贡献。估算海洋环流和气候的环流模型(ECCO)。研究表明,三大洋对钱德勒摆动激发的贡献互不相同:太平洋的激发能约占观测激发能的22.2%,是三大洋中最大的。印度洋约占12.7%,大西洋约7.1%,是三大洋中最小的。太平洋钱德勒摆动的激发能显着增加,可能是由于1982年至1983年发生的强烈ENSO事件的影响。

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