| Global Warming – Global Cooling Natural Cause Found Controls Climate Cycles |
David A. Dilley Researcher and CEO, Global Weather Oscillations, Inc. Ocala, Florida USA |
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Chapter Two |
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Rosenberg (1974) noted a teleconnection between what he suggests as atmospheric subsystems regulating resonances in the weather, and the displacement of high and low pressure regions with a near 27-day resonance (much like the moon’s 27.3 day cycle that will be discussed). Dvoryaninov and Eremeev (1992) have shown that large upwelling, instability waves and sharp temperature fronts develop along the Intertropical Convergence Zone with periods of only 30 days. This suggests an oscillation with the period of a month, with the most energetic peak occurring at a period of 29 days. With all of these atmospheric and oceanic occurrences corresponding with the harmonics of the moon’s gravitation cycles, it can thus be hypothesized that these changes likewise correspond with Bryson’s findings concerning monthly anticyclone displacements, and wind changes due to these displacements. Other researchers have investigated even longer cycles of the moon, and according to Meeus (1981) and Woods (1986), the most notable gravitational cycles are the approximate 93-year, 62-year, 55-year, 18.5-year, 9-year, and 1.13-year cycles. Research conducted for this e-book manuscript also notes very important declination cycles associated with climate change on the order of 4.6-years, 9-years, 72-years, 231-years, 925-years, 5,000-years, 116,000-years and 460,000-years. Fortunately, these lunar cycles can be forecast mathematically many years in advance, or many years back through the earth’s history. |
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