根据三重沙罗周期的气候变率
Climate variability according to triple saros gravity cycles
摘要：
我描述了一个直接对应于日食周期的气候模型。该理论是基于54年三重沙罗周期与干旱周期之间的相似性。我认为，日食阴影是重力周期的一个指标，而变量月球引力是日食过程中最重要的方面。我强调了月球引力对地球大气层中的水蒸气有着深远影响的观点，并且可以影响云的密度和位置。我探讨的可能性，十年变化的海洋表面水平可以解释三重沙罗周期重力循环。我指出，月球引力被排除在2007年最重要的气候报告之外，气候数据的矛盾被研究人员忽视了。我关注的是尚未汇总到全球平均值的数据的价值。我谈到了全球变暖的历史，我提供了基于54年气候周期的预测。
英文摘要：
I describe a climate model which corresponds directly to eclipse cycles. The theory is based upon a similarity between the 54 year triple saros eclipse period and the periodicity of drought. I argue that eclipse shadows are an indication of gravity cycles, and that variable lunar gravitation is the most significant aspect of the eclipse process. I reinforce the idea that lunar gravitational forcing has a profound effect on the water vapor in Earth's atmosphere, and can affect the density and location of clouds. I explore the possibility that decadal variability of ocean surface levels may be explained by triple saros gravity cycles. I point out that lunar gravitation was excluded from the most significant climate report of 2007, and that climate data contradictions have been overlooked by researchers. I focus on the value of data that has not been aggregated into global averages. I touch upon the history of global warming, and I offer predictions based upon 54 year climate periodicity.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
