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Papers
3 resultsShowing papers from NIIT (India)
ClearUV-degradation is a key driver of the fate and impacts of marine plastics. How can laboratory experiments be designed to effectively inform risk assessment?
Researchers reviewed laboratory studies on how UV light breaks down marine plastics, finding that sunlight-driven degradation is the primary force fragmenting plastics into micro- and nanoplastics and releasing toxic chemicals into seawater, while calling for better-standardized experiments to make lab findings more applicable to real ocean conditions.
Microplastic Detection in Glass Containers Using Circular Hough Transform and YOLOv8n
Researchers developed a novel lightweight microplastic detection system combining Circular Hough Transform preprocessing with YOLOv8n deep learning architecture to identify microplastic fragments in glass containers, achieving effective detection using CPU-based training on a dataset of 781 images.
Atmospheric Microplastic in the Arctic and Mainland Norway; comparing urban and remote locations 
Researchers deployed passive and active air samplers at two remote stations, Ny Alesund in the High Norwegian Arctic and Birkenes on mainland Norway, to compare atmospheric microplastic concentrations, compositions, and deposition rates between urban and remote locations to evaluate the magnitude of long-range atmospheric MP transport to the Arctic.