This review examines how imidacloprid, one of the world's most common insecticides, moves through and breaks down in the environment — and how its byproducts continue to harm beneficial insects like bees, decomposers, and natural pest predators long after application.
1
Imidacloprid persists in soil and water long after application, with breakdown rates heavily influenced by temperature, pH, and organic matter content.
2
Metabolites formed during degradation can retain significant toxicity, meaning environmental risk does not end when the parent compound breaks down.
3
Nontarget insects — including pollinators, decomposers, and natural pest controllers — face measurable population-level risks, threatening pollination services and broader ecosystem balance.
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