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Akronos Publishing ·  Concord, Ontario, Canada ·  www.aetherometry.com
ISSN: 1915-8408


'Global Warming': An Official Pseudoscience

by Correa, Paulo N. & Correa, Alexandra N.
Aurora Biophysics Research Institute

J Aetherom Res, Volume 1, Issue 5 (November 2005),  pp. 1-58

Article ID:   JAR01-05-01

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The Journal of Aetherometric Research is an open-review journal. If you wish to contribute a review of this article, please send your review to editor.JAR@aetherometry.com .


ABSTRACT

Recent years have witnessed a series of fear-mongering alarmist fads in pseudo-scientific meteorology and climatology, each promoted in succession by news media and mainstream science publications. Perhaps the most expensive example of these mass-hysterias is the pseudoscientific fad of 'global warming'. The present article an examination of the science behind the ideology of 'global warming', as well as the social and political forces driving its promotion.

Few scientists would dispute the fact that climate is changing on a planetarian scale, and there are good reasons to believe that some of the changing features are not part of a natural variation, but consequences of man-made pollution. What every good scientist will dispute, however, is whether this observed and ongoing change is, as the promoters of the 'global warming' myth dogmatically assert, an upward change in the atmosphere's mean global temperature - and whether the mechanism responsible for it is CO2 emission from fossil fuel combustion. Present-day climatology is vulnerable to these kinds of faddist dogmas - pushed forward as part of a political and media-driven agenda - because it lacks a functional, comprehensive, systematic and interconnected understanding of the nonlinear system formed by the atmosphere, the oceans, the land mass and the biosphere, and their interaction with solar radiation. The discoveries and methods of Aetherometry provide inroads towards developing such an understanding, beginning with a new understanding of the role of the Sun and solar radiation in modulating weather patterns over short and long-term scales.