Neonicotinoid Insecticides Under Fire: Ecological Toxicity, Residues and a Shrinking Market
A new review links neonicotinoid insecticides to persistent environmental residues, risks to pollinators and aquatic life, and tightening global regulations.
A new review links neonicotinoid insecticides to persistent environmental residues, risks to pollinators and aquatic life, and tightening global regulations.
A study of 158 samples from China's Poyang Lake basin finds that antibiotic risk priorities shift when toxicity weighting is ...
A paired soil and crop survey in Nagarkanda, Bangladesh, found arsenic above guideline limits in all fifteen sampled fields and ...
A study of farmland soils in the southern Datong Basin finds slight contamination and low ecological risk overall, with cadmium ...
A four-month monitoring study in western Iran's Qorveh mining region found that risk quotient values exceeded the ecological threshold throughout ...
Charred residues from a furniture waste landfill fire in Tychy, Poland, accumulated extreme concentrations of heavy PAHs and organophosphate ester ...
A new screening study of 134 agricultural topsoil samples finds cadmium accounts for 90.7% of the mean potential ecological risk ...
A critical review finds limited evidence that microplastics pass directly from exposed aquatic parents to embryos while warning that offspring ...
A study of 1,232 surface-soil sampling sites across China derived a selenium toxicity coefficient of 2 and found elevated potential ...
A new machine learning framework accurately forecasts ecological risk from copper, lead, and mercury pollution in the Lower Passaic River, ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine