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Author Correction: Impact of the 2023 floods on microplastic contamination in coastal groundwater: a comparative analysis of chennai’s pre- and post-flood conditions
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Impact of the 2023 floods on microplastic contamination in coastal groundwater: a comparative analysis of chennai’s pre- and post-flood conditions
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Researchers compared groundwater microplastic contamination along Chennai's coastline before and after the 2023 floods, finding a 62% average increase in MP concentration post-flood, with fibers and nylon dominant, demonstrating that extreme weather events significantly accelerate microplastic transport into aquifers.
Seasonal Variations in Microplastic Characteristics and Distribution in Groundwater from Landfill and Non-Landfill Sites in an Urban Environment of Southern India
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Researchers measured microplastic concentrations in groundwater from landfill and non-landfill sites in urban southern India across wet and dry seasons, finding that polypropylene fragments dominated in the wet season — driven by surface runoff — while fibers prevailed in the dry season, with weathered particles carrying toxic heavy metals including chromium and arsenic.
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Seasonal and spatial monitoring of three urban wetlands in Coimbatore, India found microplastic concentrations of 10–33 particles/L in surface water and 14–47 particles/0.5 kg in sediments, with monsoon season driving peak abundance and polyethylene terephthalate as the dominant polymer. Urban wetlands act as accumulation and transfer zones for microplastics, connecting city waste streams to aquatic biota and downstream human exposure.
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COVID-19 pandemic-related increases in single-use plastic waste significantly elevated microplastic concentrations in coastal water and sediment in Chennai, India, adding a new pollution driver on top of existing sources. This study illustrates how public health crises can create cascading environmental harms that compound long-term microplastic contamination.
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Researchers reviewed microplastic contamination across India's coastal ecosystems, synthesizing data on abundance, polymer types, and distribution patterns in sediments, seawater, and marine organisms along some of the world's most densely populated and industrially active coastlines. India's rapidly expanding plastic economy and limited coastal waste management create hotspots of microplastic exposure for both marine wildlife and human communities dependent on coastal fisheries.
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