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Stormwater Outlets: A Source of Microplastics in Coastal Zones of Cape Town, South Africa
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Stormwater outlets: A source of microplastics in coastal zones of Cape Town, South Africa
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Sampling of coastal water, sediment, and biota near Cape Town stormwater outlets in both dry and wet seasons found microplastics in all matrices, confirming urban stormwater runoff as a significant pathway for microplastic delivery to coastal zones.
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Microplastic pollution in coastal areas is accelerating in parallel with global plastic production, with aquatic ecosystems projected to bear an increasing burden of contamination. The ubiquity of coastal microplastics poses direct risks to marine biodiversity and indirect risks to human health through seafood consumption.
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A comprehensive review of 348 sediment samples across nine coastal zones of KwaZulu-Natal, South Africa, quantified the co-occurrence and distribution of trace metals and microplastics along a major African coastline. The findings reveal that coastal sediments serve as combined reservoirs for both chemical and plastic pollution, raising concerns about compounded toxicity exposure for marine organisms and communities that rely on these coastal resources.
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Researchers reviewed microplastic pollution dynamics in coastal zones, finding that land-derived plastics degrade into micro- and nanoplastics under environmental weathering and accumulate along coastlines, where they adsorb chemical contaminants and pose layered risks to marine organisms and coastal communities.
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Researchers investigated how stormwater runoff collects micro- and nanoplastics from urban surfaces — roads, rooftops, and construction sites — and delivers them in concentrated pulses to rivers, lakes, and coastal waters following rain events. Stormwater represents one of the largest and most direct conduits for terrestrial microplastic pollution to reach aquatic ecosystems and, ultimately, drinking water sources and seafood.
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