A critical review argues that human microplastic toxicokinetic parameters are structurally non-identifiable because no existing dataset co-measures intake and elimination ...
A 45-day greenhouse experiment found that polystyrene microplastics and nanoplastics significantly increased ammonium, nitrate, and available phosphorus in tropical soil ...
Researchers have published a protocol for a systematic map that will catalogue all primary field evidence on whether algae can ...
A ten-month column experiment shows that road ditch soils retain 93 to 99 percent of tyre wear particles from highway ...
A new study estimates disposable coffee cups could shed up to 2.74 × 10¹¹ submicron plastic particles per person daily ...
A year-long field study at a German riverbank filtration site found microplastic concentrations fell from 74.4 to 9.4 particles per ...
Year-long monitoring on Everest's northern slope shows atmospheric microplastics and nanoplastics arriving continuously through both short-range and long-range transport.
Researchers have published a protocol for the first systematic map cataloging studies of the tire-derived toxin 6PPD-quinone in freshwater, soil, ...
Laboratory experiments show that UV-aged polystyrene microplastics can reduce toxic hexavalent chromium through two distinct chemical pathways involving persistent free ...
A biochar and calcium oxide nanoparticle composite reduced lead and microplastic toxicity in alfalfa by improving photosynthesis, nitrogen assimilation, and ...
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