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I describe a climate model which corresponds directly to eclipse cycles. Thetheory is based upon a similarity between the 54 year triple saros eclipseperiod and the periodicity of drought. I argue that eclipse shadows are anindication of gravity cycles, and that variable lunar gravitation is the mostsignificant aspect of the eclipse process. I reinforce the idea that lunargravitational forcing has a profound effect on the water vapor in Earth'satmosphere, and can affect the density and location of clouds. I explore thepossibility that decadal variability of ocean surface levels may be explainedby triple saros gravity cycles. I point out that lunar gravitation was excludedfrom the most significant climate report of 2007, and that climate datacontradictions have been overlooked by researchers. I focus on the value ofdata that has not been aggregated into global averages. I touch upon thehistory of global warming, and I offer predictions based upon 54 year climateperiodicity.

Climate variability according to triple saros gravity cycles