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Influence of Nano-Polystyrene on Cyfluthrin Toxicity in Honeybee Apis Cerana Cerana Fabricius
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Influence of nano-polystyrene on cyfluthrin toxicity in honeybee Apis cerana cerana Fabricius
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Researchers found that nano-polystyrene plastics damaged the gut and gland development of Asian honeybees, while also changing how the bees process toxins at the genetic level. When combined with the pesticide cyfluthrin, the nanoplastics altered detoxification and immune gene activity in complex ways. Since honeybees are essential pollinators for food crops, the toxic effects of nanoplastics on bee health could have indirect consequences for human food security.
Presence of Microplastics in Workers of Apis mellifera (Linnaeus, 1758) in Different Landscapes in Brazil
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Researchers found microplastics — including PET, polyamide, and PVC particles — inside honeybees collected from urban, peri-urban, and rural areas of Brazil, with urban bees carrying the highest loads, suggesting that bees may inadvertently pick up and transport microplastics across landscapes during foraging.
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Scientists in Argentina found microfibers — both synthetic and natural — in honeybees and honey across multiple regions, and showed that bees can transfer these particles to other bees through grooming. This reveals that microplastic contamination reaches deep into ecosystems, even entering food products like honey that people consume directly.
Microplastics: Environmental Risks in Insect Ecosystem Leading to Adversity on Human Health
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Researchers examine how microplastic pollution affects insect ecosystems, tracing how plastic debris degrades into microscopic particles that are ingested by insects, disrupting their physiology and behavior, with downstream consequences for pollination, food webs, and ultimately human health given insects' foundational role in terrestrial ecosystems.
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