It can be demonstrated that the introduction of essentially any metallic or metallic salt aerosol into the lower atmosphere will have the effect of heating up that lower atmosphere. The impact is both significant and measurable. Those that seek and express concern on the so called global warming problem might wish to begin their search with an inquiry into the thermodynamics of artificially introduced metallic aerosols into the lower atmosphere. The direct injection of massive amounts of particulate matter by aircraft into the atmosphere for more than five years establishes the foundation for this inquiry. An examination of the specific heat characteristics of an altered atmosphere will provide the path for the realistic conclusions that can be made.

Any claim that the aerosol operations represent a mitigating influence on the global warming problem appears to be a complete facade that is in direct contradiction to the fundamental principles of physics and thermodynamics.

The lack of candor and honesty by government, media and environmental protection agencies in response to public inquiry is further evidence of the fictitious fronts that have been proposed.

It is past time to recognize that one of the primary effects of the dense aerosols that now permanently mar the lifeblood of this planet is the heating up of the very atmosphere that we breathe.
The early stage of the current argument for global heating and the aggravation of drought conditions was proposed approximately two years ago1. The benefit of the current study is that an estimate of the magnitude of the heat influence upon the atmosphere can now be made. Those that continue to claim that a benevolent, but necessarily secret enterprise to protect the planet with a blanket of purportedly heat reflective aerosols in the lower atmosphere exists will need to provide the primary evidence of that claim. That claim will need to be justified with solid physical principles and observation.

Hypothetical research models that are under discussion and rationalization, such as the Teller proposal, are more appropriate to the outer reaches of the planet and space. These proposals do not explain the deposition of massive amounts of hygroscopic aerosols into the lower atmosphere.
The recent media attention to the dramatic and accelerating climatic changes will hopefully be extended to the fundamental principles that are expressed within this report.
The mathematics, physical principles and thermodynamics of this argument will be made available on a separate entry.