Global Temperature Stability by Rule Induction: An Interdisciplinary Bridge

UNCG Author/Contributor (non-UNCG co-authors, if there are any, appear on document)
Joel D. Gunn, Lecturer (Creator)
The University of North Carolina at Greensboro (UNCG )
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Abstract: Rules incorporating influences on global temperature, an estimate of radiation balance, were induced from astronomical, geophysical, and anthropogenic variables. During periods of intermediate global temperatures (generally like the present century), the influences assume canceling roles; influences cancel the effects of extreme states potentially imposed by other influences because they are, in aggregate, most likely to be assuming opposite values. This imparts an overall stability to the global temperature. To achieve cold or hot global temperature, influences assume reinforcing roles. CO2 is an active influence on global temperature. By virtue of its constancy in the atmosphere, it can be expected to sponsor frequent hot years in combination with the other influences as they cycle through their periods. If measures were implemented to maintain warm or cool global temperatures, it could retain the status quo of present global agricultural regions. They are probably more productive than hot world regions would be because of narrow storm tracks.

Additional Information

Human Ecology 22:59-83.
Language: English
Date: 1994
Global climate, Artificial intelligence, Energy balance, Rough sets, Climate change

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