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Correction to: Microplastics ingested by freshwater fish in rivers of the Syr Darya basin and associated ecological risks
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Microplastics ingested by freshwater fish in rivers of the Syr Darya basin and associated ecological risks
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Researchers quantified microplastic ingestion by fish across multiple species in Syr Darya basin rivers in Uzbekistan, finding an average of 2.61 MPs per individual dominated by fibres and PE/PET/PP polymers, with a moderate ecological risk rating under the polymer hazard index — the first such baseline data for this Central Asian freshwater system.
Correction to “Filling the Gap: A Comprehensive Freshwater Network to Map Microplastics across Ecological Gradients in Argentina”
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This notice is simply a correction to fix an author affiliation listed incorrectly in a previous paper about tracking microplastics in Argentina's freshwater systems, it doesn't contain new scientific findings. The original research aimed to build a monitoring network to map plastic pollution across rivers and lakes, which matters because understanding where microplastics accumulate in freshwater helps scientists assess potential risks to drinking water and the food chain.
Evaluating Microplastic Pollution in Key Water Basins of Tashkent and Jizzakh, Uzbekistan: A Preliminary Study
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Researchers conducted the first polymer-specific survey of microplastic contamination across four freshwater systems in Uzbekistan, finding concentrations up to 2.4 particles per cubic meter, with PET and polypropylene as the dominant plastic types. This baseline study reveals how land use and water management shape microplastic distribution in Central Asia, a region with virtually no prior data on this growing pollution threat.
Author Correction: The accumulation of microplastic pollution in a commercially important fishing ground
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This notice is simply a correction fixing a data-labeling error in a chart from an earlier study on microplastic pollution in an important Irish Sea fishing area, it doesn't report new findings. The original research found that microplastics build up on the seafloor in this fishing ground, which matters because these tiny plastic particles can enter the seafood we eat, though this correction itself doesn't change what we know about health risks.
Macroplastic and Microplastic in the Freshwater Environment of Southern Iraq: Evidences Obtained from Freshwater Fish Species
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Freshwater fish species collected from southern Iraq were found to have ingested both macro- and microplastic fragments, providing early evidence of plastic contamination moving through freshwater food webs in the Tigris-Euphrates river system. Fish as biomonitors for plastic pollution offer a practical tool for assessing contamination levels in freshwater systems and signaling potential risks for communities that consume locally caught fish.
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