An Indication of Intentional Efforts to Cause Global Warming and Glacier Melting | Chapter 05 | Current Perspectives to Environment and Climate Change Vol. 1
Aims:
On or about February 14, 2016, an oily-ashy substance was accidently released
by an aircraft and fell on seven residences and vehicles in Harrison Township,
Michigan (USA). The aims of this investigation are to analyze the “air-drop
material” and from the results obtained to draw inferences as to the intended
purpose of the material.
Methodology:
Inductively coupled plasma mass spectroscopy (ICP-MS) and scanning electron
microscopy (SEM) with energy dispersive X-ray (EDX) analysis were used to
analyze the “air-drop material”.
Results:
The “air-drop material” was found to consist of an assemblage of plant material
mixed with coal fly ash and salt. The splatter pattern on vehicles, ground, and
rooftops resembles cryoconite holes observed on ablating glaciers worldwide.
The “air-drop material” resembles to some extent natural cryoconite, and
appears to be modeled after that substance with coal fly ash imparting the dark
gray color that absorbs sunlight, melts glacial ice, and contributes to global
warming.
Conclusions:
The results of this investigation provide evidence that is indicative of a
deliberate effort to hasten the melting of glaciers and thereby hasten global
warming. If so, this investigation reinforces the net effect of daily
particulate aerosol spraying in the troposphere observed worldwide. Elsewhere
the author has provided evidence that coal fly ash is the primary material
being employed in such spraying whose net effect is to enhance global warming.
Scientists worldwide should call for, and indeed demand, a full and open
investigation into these covert geoengineering activities whose potential
impacts on Earth’s climate system, the integrity of Earth’s biota, and on human
health may prove to be extremely hazardous.
Author(s) Details
J. Marvin Herndon
Transdyne Corporation, 11044
Red Rock Drive, San Diego, CA 92131, USA.
View Volume: https://doi.org/10.9734/bpi/cpecc/v1
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