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Fate and Distribution of Floating Microplastics in a Shallow Urban Lake: Field Sampling and Lagrangian Particle Tracking
Summary
Researchers tracked how tiny plastic particles move and spread in a shallow urban lake (Taihu Lake), combining real water samples with computer simulations that model how plastics coated in algae and bacteria ("biofilm") travel through water. This matters because these lakes often supply drinking water, and understanding where microplastics accumulate can help identify hotspots and improve cleanup or filtering efforts before the plastics reach our taps.
This dataset contains supplementary field sampling data and the TELEMAC simulation codes used in this study. The dataset consists of the following items: Table 1 - Field sampling results obtained from the Taihu Lake campaigns. TELEMAC codes - Lagrangian particle tracking codes for biofilm-colonized microplastic simulations.