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The “Plastic Age”: From Endocrine Disruptors to Microplastics – An Emerging Threat to Pollinators
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This review examines the dual threat that plastics pose to pollinators: endocrine-disrupting chemicals used in plastic manufacturing and the physical presence of micro- and nanoplastics in the environment. Researchers highlight that pollinators like bees are exposed to these contaminants through contaminated flowers, soil, and water. The study calls for more research into how plastic-derived pollution may be contributing to pollinator decline worldwide.
Currently, human beings live in a new era, known as the “Plastic Age.” Throughout the history of plastics, two significant potential hazards to human health have been identified. Firstly, the endocrine-disrupting capability of monomers used in plastic synthesis has been under scrutiny. Secondly, in recent years, the potential dangers of nano- and microplastics released from the polymers themselves have begun to gain visibility, with their abundance and health consequences still under study. Consequently, this chapter begins with an analysis of xenobiotic compounds and endocrine disruptors. Subsequently, this chapter emphasizes the concept of microplastics, as their limited number of publications contrasts with their ubiquitous global distribution and potential harmful effects. Their presence across terrestrial ecosystems raises concerns about the possible impacts on pollinator health as these animals are crucial for maintaining agricultural production and plant biodiversity. The quantification of these particles in honey, beeswax, or the pollinators themselves could enable the assessment of the environmental impact of microplastics in terrestrial ecosystems, together with other pollutants that endanger these species. Nevertheless, more research is needed to evaluate the potential threat of microplastics and potential synergies among microplastics and other pollutants found in nature as a consequence of anthropogenic activities.
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Microplastics and Nanoplastics Effects on Plant–Pollinator Interaction and Pollination Biology
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This review examines how microplastics and nanoplastics affect the relationship between plants and their pollinators, including bees and other insects. The particles can harm pollinator health, alter plant reproduction, and disrupt the chemical signals that attract pollinators to flowers. Since pollination is essential for food production, microplastic interference with this process could have far-reaching consequences for agriculture and ecosystems.
Plastic pollution in agricultural landscapes: an overlooked threat to pollination, biocontrol and food security
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This synthesis examined the largely unstudied effects of nano/microplastic pollution on pollinators and biocontrol agents—organisms that underpin agricultural productivity—finding evidence of gene expression changes, organ damage, and behavioral modifications at the organismal level. At landscape scales, MPs may amplify synergistic effects with pathogens and alter floral resource distributions, with implications for food security that are only beginning to be quantified.
Are Honey Bees at Risk from Microplastics?
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This review examines whether microplastics pose a risk to honey bee populations, noting that microplastics have been detected in honey samples and on bees collected from both urban and rural areas. Researchers found that exposure to certain polymer types may affect bee health, and the study calls for more research to understand the risks of microplastic exposure to pollinators and the broader implications for ecosystem health.
Microplastics reach the brain and interfere with honey bee cognition
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Researchers found that microplastics reach honey bee brains and impair cognitive function, with bees exposed to mixed polymer combinations showing disrupted learning and memory abilities, demonstrating that plastic pollution poses a direct threat to pollinator health.
Nano/micro-plastics effects in agricultural landscapes: an overlooked threat to pollination, biological pest control, and food security
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This review synthesized evidence on nano/microplastic (NMP) effects on pollinators and biocontrol agents at organismal, farm, and landscape scales, finding that ingested NMP cause gene expression changes, organ damage, and behavioral modifications. The authors identify NMP-polluted 'NMP islands' as potential hotspots that may alter floral resource distributions and amplify synergistic threats with pathogens and antibiotics to agricultural ecosystem services.
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