Distribution characteristics of plastic film residue in long-term mulched farmland soil

Summary

Long-term plastic mulch in Chinese cotton fields builds up 78 microplastic particles per 100g of soil down to 60cm depth, all matching polyethylene. - 64867 — Microplastics are found throughout the ocean and in human bodies; scientists are still determining how harmful exposures may be. - 50228 — Electrochemical coagulation removed 98% of microplastics from agricultural runoff water within 45 minutes. - 49990 — Korean greenhouse and plastic-mulched farmland soils showed similar levels of microplastic contamination, dominated by tiny fragments under 300 micrometers. - 49896 — Microplastics in paddy soil reduced available nitrogen by up to 80% while slightly boosting enzyme activity, potentially affecting rice crop nutrition. - 81423 — Steel deformation during high-temperature stress relaxation differs by material: intergranular in pure iron, intragranular in hardened chromium steels. - 49437 — Even remote areas in New York's Finger Lakes receive microplastics via both rainfall and direct airfall. - 49350 — Microplastics alter how oil spills disperse in seawater, potentially complicating cleanup of marine oil spill events. - 49342 — Microplastics are entering karst cave systems that supply roughly a quarter of global drinking water. - 49339 — Atlantic mackerel and horse mackerel may selectively ingest microplastics mistaken for prey, concentrating plastics in commercially fished species. - 49311 — Weathering/aging changes PET plastic properties enough that calibration with pristine PET may not accurately measure aged microplastics. - 49155 — Computer simulations show microplastic particle shape heavily influences whether they sink or float, helping predict where plastics accumulate in water. - 48950 — Microplastics were identified in largemouth bass stomachs from the Mid-Atlantic using infrared microscopy. - 48816 — Certain bacteria can degrade or remediate micro- and nanoplastics in soil, offering a potential biological cleanup approach. - 48806 — Urban waterways are accumulating microplastics that act as carriers for toxic chemicals, compounding environmental risks. - 48805 — Case study of Brisbane River shows microplastics accumulate in urban river sediments and can be transported downstream. - 48434 — Microplastics in soil alter structure, nutrient movement, and may be taken up by plants, raising food supply contamination concerns. - 48295 — Overview of microplastic generation sources, detection methods, and mitigation strategies across different environments. - 48241 — Nanotechnology-based approaches using engineered nanomaterials may help accelerate breakdown of persistent plastic pollution. - 48130 — Microplastics in soil carry co-pollutants like pesticides and heavy metals, potentially amplifying combined contamination risks. - 48070 — Widespread microplastic contamination documented in Lagos Lagoon, Nigeria, threatening marine life and communities dependent on the lagoon. - 48033 — Single-use plastic straws on an Indonesian beach were observed breaking down into microplastics through UV, wave action, and abrasion. - 48021 — Non-degrading plastics accumulate for centuries; the Great Pacific Garbage Patch holds 79,000 tonnes of floating plastic across 1.6 million km². - 47973 — Microplastics found everywhere act as carriers for toxic pollutants including polycyclic aromatic hydrocarbons, potentially delivering concentrated chemical doses to wildlife and humans. - 47966 — Review of environmental impacts of common plastic types and emerging degradation strategies amid worsening global plastic accumulation. - 60976 — Naturally derived adsorbents from plants and minerals can capture microplastics and other emerging contaminants from water and soil. - 59706 — Synthetic textile fibers shed during washing enter waterways in vast quantities, representing a major underappreciated source of microfiber pollution. - 59631 — Nanoplastics may disrupt gut microbiome and through the gut-brain axis potentially contribute to neurodegeneration, though the pathway remains preliminary. - 59219 — Microplastic ocean pollution directly undermines UN Sustainable Development Goal 14 (life below water) and threatens global marine biodiversity efforts. - 59702 — Detecting and assessing the toxicity of emerging pollutants including microplastics remains technically difficult, limiting understanding of their true environmental impact.