Environmental Health Ecosystem Sustainability in The Era of Electromagnetic Radiation Contamination

Authors: Matthew UO, Bakare KM, Oyekunle D, Nkeiruka AM, Ebong GN

Year: 2024

Category: Environmental Health

Journal: J Comm Med and Pub Health Rep

DOI: 10.38207/JCMPHR/2024/JAN05020418

URL: https://www.acquaintpublications.com/article/environmental_health_ecosystem_sustainability_in_the_era_of_electromagnetic_radiation_contamination

Abstract

Overview

Environmental health, ecosystem sustainability, and the protection of natural habitats are critical sub-disciplines addressed by fields such as environmental science, toxicology, environmental epidemiology, and occupational/environmental medicine. Over recent decades, awareness of the intimate relationship between environmental toxins and human health has risen sharply.

Primary Contaminants

  • Radiation
  • Chemical agents
  • Biological agents

Soil, water, food, and air are all subject to contamination from these sources, endangering both environmental and human health.

Modern Technological Concerns

The rapid adoption of 5G wireless networks has heightened public interest in their potential for supporting digital and critical infrastructure. However, significant concerns have emerged regarding the health effects of 5G, particularly due to the assertion that electromagnetic radiation from 5G carriers is more potent than that from previous technologies.

Environmental health as a public health discipline investigates the broad impact of both artificial technologies and natural environmental factors on societal well-being, identifying core requirements for maintaining healthy environments as essential for ecosystem sustainability.

Findings

The study highlights that electromagnetic frequency radiation from 5G constitutes an environmental contaminant. The breakdown of water molecules under this radiation aids in the formation of hydrogen peroxide, which in turn contributes to a multistage carcinogenic process. This process includes:

  • Carcinogen activation
  • Oxidative DNA damage
  • Tumor growth

Conclusion

5G electromagnetic radiation represents a genuine environmental health risk, contributing to oxidative damage and supporting a carcinogenic environment within biological systems. The study underscores the necessity of managing such technological factors to ensure long-term ecosystem and environmental well-being.

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