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Possible forcing of global temperature by the oceanic tides

机译:海洋潮可能迫使全球温度升高

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An approximately decadal periodicity in sur- face air temperature is discernable in global observations from A.D. 1855 to 1900 and since A.D. 1945, but with a periodicity of only about 6 years during the intervening period. Changes in solar irradiance related to the sunspot cycle have been proposed to account for the former, but cannot account for the latter. To explain both by a single mechanism, we propose that extreme oceanic tides may produce changes in sea surface temperature at repeat periods, which alternate between approximately one-third and one-half of the lunar nodal cycle of 18.6 years. These alternations, recurring at nearly 90-year intervals, reflect varying slight degrees of misalignment and departures from the closest approach of the Earth with the Moon and Sun at times of extreme tide raising forces.
机译:从公元1855年至1900年以及自公元1945年以来的全球观测结果,可以看出地表气温大约为十年的周期性,但在此期间的周期性只有大约6年。已经提出与太阳黑子周期有关的太阳辐照度变化可以解释前者,但不能解释后者。为了用一个单一的机制来解释这两种情况,我们建议极端的海洋潮汐可能会在重复周期产生海表温度变化,这种变化在18.6年的月球周期的大约三分之一和一半之间交替。这些交替以近90年的间隔重复出现,反映出在极端的潮汐发力时,不同程度的不对中和偏离地球与月球和太阳的最接近地球的偏离。

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