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Environmental transformation and ecological implications of surface and subsurface microplastics in marine environments

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This study found that microplastics submerged at depth in coastal marine waters develop thicker, heterotroph-dominated biofilms and undergo oxidative weathering that dramatically increases their capacity to adsorb heavy metals—with lead uptake by LDPE rising roughly 600-fold compared to pristine particles—highlighting how depth shapes contaminant transport risk.

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