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VOL. 9, ISSUE 12 (2024)
Effects of electromagnetic radiation on bees and pollination dynamics
Authors
Pallavi Pediredla, Satheesh Ampolu, Santhi Priya Dalai, Usha Hanumantu
Abstract
Through pollination, honeybees contribute significantly to ecological
balance and food security. However, honeybee populations are seriously
threatened by the growing exposure to electromagnetic radiation (EMR) from
wireless gadgets, cell phones, and other technological improvements. The
effects of EMR on honeybee physiology, behavior, and colony health are
investigated in this study. The main conclusions show that extended exposure to
EMR impairs navigational processes, resulting in confusion and decreased
foraging abilities. EMR has also been connected to immune system weakness and
reduced reproductive success, which increases the susceptibility of colonies to
illness. The work draws attention to the possible mechanisms underlying these
effects, including disruption of cellular functions and magnetoreception.
Multidisciplinary strategies that incorporate sustainable behaviors,
environmental preservation, and technological control are needed to address
this issue. The results highlight the necessity of reducing EMR exposure in
order to protect honeybee colonies and maintain ecological stability. A basic
ecological activity, pollination is essential to ecosystem stability,
biodiversity, and agricultural productivity. However, pollinators and the
pollination process may be at risk because to the growing incidence of
electromagnetic radiation (EMR) from contemporary wireless communication
devices. According to this article, EMR interferes with pollinators' behavior,
ability to navigate, and physiological well-being, which has a domino impact on
plant reproduction, biodiversity, and food security.
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Pages:18-22
How to cite this article:
Pallavi Pediredla, Satheesh Ampolu, Santhi Priya Dalai, Usha Hanumantu "Effects of electromagnetic radiation on bees and pollination dynamics". International Journal of Entomology Research, Vol 9, Issue 12, 2024, Pages 18-22
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