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Global Cloud Cover and the Earth’s Mean Surface Temperature

机译:全球云量和地球平均表面温度

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摘要

The well-known 11-year cycle in low cloud cover amount for Solar Cycle Number 22 and the trend with time for Solar Cycle Number 23 are interpreted as being due to similar changes, but of opposite phase, in the mean global surface temperature of the Earth. An analysis of cloud amounts in two higher altitude bands shows that they, and the surface temperature, are roughly in phase with each other. The suggested mechanism to explain this result is that a warming of the Earth’s surface causes low clouds to rise and to be reclassified in the next upper category. The energetics of the process are shown to be satisfactory for this to be the correct explanation.
机译:众所周知,太阳周期22的低云量的11年周期和太阳周期23的时间随时间的趋势被解释为是由于类似的变化,但是在地球的平均全球表面温度上却是相反的。地球。对两个较高海拔带中云量的分析表明,它们与地表温度大致彼此同相。解释这种结果的建议机制是,地球表面变暖会导致低云层上升,并将其重新归类为下一个较高类别。结果表明该方法的能量学是令人满意的,这是正确的解释。

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