| Abstract: | In this paper, the results of a refined analysis of the correlation, previously discovered by the author,
between the accepted maximum permissible levels (MPL) of radio frequency electromagnetic fields (RF EMF)
for population and the mortality rate of COVID-19, carried out using the data samples from the World Health
Organization (WHO), taken monthly from May 2020 to July 2021, are presented. To explain the results
obtained, correlation between the accepted MPL for RF EMF, the level of vaccination of population against
COVID-19, and the level of gross domestic product per capita in different countries were analyzed additionally.
Analysis results confirm the presence of a noticeable correlation between the RF EMF MPLs and the COVID-19
mortality rate, especially in the first months of the analyzed period. The subsequent decrease in correlation
between them by the end of analyzed period is a result of significantly larger efforts in struggle against COVID-19
in those countries where high RF EMF MPLs are adopted taking into account only the danger of thermal effects
in human body, in comparison with countries where more stringent standards that take into account the danger
of non-thermal bioeffects, are used. The first of these countries, having on average a higher level of economic
development, ensured mass COVID-19 testing of population, imposition of tougher and longer restrictions
(quarantines, lockdowns, etc.), as well as significantly higher rates of vaccination of the population.
The presence of a confirmed correlation between these characteristics does not necessarily mean the existence of
an unambiguous causal relationship between them. In countries of the first group with passive regulation of
population protection from environmental factors, this principle is used not only in relation to RF EMF, but also
in relation to the other factors. This determines the relevance of a deeper system analysis of the impact of the
adopted legal systems for protecting the population from the entire set of anthropogenic factors on its health and
collective immunity. |
