A study evaluates eighteen physicochemical pretreatments on PET plastic, revealing that mechanical milling and moderate heat enhance biological degradation while ...
A comprehensive review examines how wastewater reuse sustains water-stressed rice cultivation while introducing heavy metals, pathogens, and emerging microplastics into ...
A systematic review in Environmental Sciences Europe evaluates experimental evidence showing how microplastic and nanoplastic exposures trigger male reproductive toxicity ...
A comprehensive review in Discover Chemistry evaluates conventional and advanced recycling technologies capable of transforming surging global medical plastic waste ...
A controlled study found that low-density polyethylene microplastics increased cotton Verticillium wilt severity while disrupting rhizosphere microbial community structure and ...
A systematic review of 187 studies indicates that biodegradable plastic mulches offer agronomic benefits comparable to polyethylene films but face ...
Incorporating approximately three percent nano-sized polyethylene terephthalate powder into concrete improves mechanical strength and reduces water absorption, researchers report.
A study in Advanced Science links early-life polyethylene microplastic exposure to worsened ADHD-like behaviors in mice via PI3K/AKT1/Nrf2 signaling, supported ...
An environmental investigation along the Danube River and its Mosoni-Danube tributary identified a sharp downstream increase in microplastic concentrations alongside ...
Researchers have developed a sustainable photocatalytic strategy to degrade polyethylene microplastics, a persistent pollutant derived from agricultural mulch films. The ...
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