Previously Unacknowledged Potential Factors in Catastrophic Bee and Insect Die-off Arising from Coal Fly Ash Geoengineering

Abstract

Aims: We investigate previously unacknowledged potentially major contributory factors in global catastrophic bee and insect die-off that arise from the use of aerosolized coal fly ash (CFA) for covert weather and climate manipulation. We also present forensic evidence that CFA is the primary material used in atmospheric aerosol geoengineering operations. Methods: We conducted extensive literature research and additionally utilized inductively coupled plasma mass spectrometry. Results: The primary components of CFA, silicon, aluminum, and iron, consisting in part of magnetite (Fe3O4), all have important potential toxicities to insects. Many of the trace elements in CFA are injurious to insects; several of them (e.g., arsenic, mercury, and cadmium) are used as insecticides. Toxic particulates and heavy metals in CFA contaminate air, water, and soil and thus impact the entire biosphere. Components of CFA, including aluminum extractable in a chemically-mobile form, have been shown to adversely affect insects in terrestrial, aquatic, and aerial environments. Both the primary and trace elements in CFA have been found on, in, and around insects and the plants they feed on in polluted regions around the world. Magnetite from CFA may potentially disrupt insect magnetoreception. Chlorine and certain other constituents of aerosolized CFA potentially destroy atmospheric ozone thus exposing insects to elevated mutagenicity and lethality levels of UV-B and UV-C solar radiation. Conclusions: It is necessary to expose and halt atmospheric aerosol geoengineering to prevent further gross contamination of the biosphere. As insect populations decline, bird populations will decline, and ultimately so will animal populations, including humans. The gradual return of insects when the aerial spraying is stopped will be the best evidence that aerosolized CFA is, in fact, a leading cause of the current drastic decline in insect population and diversity.