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The Effect On Earth's Surface-Temperature From Variations In Rotations Rate, Continent Formation, Solar Luminosity, And Carbon Dioxide, William R. Kuhn, J. C.G. Walker, Harold G. Marshall
The Effect On Earth's Surface-Temperature From Variations In Rotations Rate, Continent Formation, Solar Luminosity, And Carbon Dioxide, William R. Kuhn, J. C.G. Walker, Harold G. Marshall
Biological Sciences Faculty Publications
Proposed evolutionary histories of solar luminosity, atmospheric carbon dioxide amounts, Earth rotation rate, and continent formation have been used to generate a time evolution of Earth's surface temperature. While speculative because of uncertainties in the input parameters, such a study does help to prioritize the areas of most concern to paleoclimatic research while illustrating the relationships and mutual dependencies. The mean temperature averages about 5 K higher than today over most of geologic time; the overall variation is less than 15 K. The evolution of Earth's rotation rate makes a significant contribution to the surface temperature distribution as late as …
Ua66/8/2 The Climate Of Bowling Green & Warren County, Wku Center For Local Government, Glen Conner, Mike Nichols, John Ternent, Grant Whittle, Amy Huot
Ua66/8/2 The Climate Of Bowling Green & Warren County, Wku Center For Local Government, Glen Conner, Mike Nichols, John Ternent, Grant Whittle, Amy Huot
WKU Archives Records
Climate analysis of Bowling Green and Warren County, Kentucky from 1958 to 1987.