Livestock Farms Emit Aromatics That Could Drive Particle Pollution
Field measurements near South Korean livestock farms show that aromatic compounds, though less abundant than alkanes, account for over 99% ...
Field measurements near South Korean livestock farms show that aromatic compounds, though less abundant than alkanes, account for over 99% ...
A field study in Changchun, Northeast China, finds that IQAir, PurpleAir and AirGradient sensors track regulatory PM2.5 monitors closely overall, ...
A three-month study in Lahore offices found indoor plants cut fine particulate matter by 96.7 percent in sealed rooms but ...
A study of U.S. nurses' children found that higher prenatal fine particulate matter exposure was associated with higher autism-related trait ...
A hybrid VMD-CBiLSTM model optimized by the shuffled frog-leaping algorithm achieved an average R2 of 0.981 when predicting PM2.5 concentrations ...
A hybrid decision framework combining DEMATEL, SWARA, entropy weighting, and TOPSIS has ranked 27 roadside plant taxa for pollution mitigation ...
A WRF-Chem study of a November 2017 pollution episode in the North China Plain finds that ammonia uptake on secondary ...
A modelling study in Imphal, India, finds that prescribed road-surface silt loading strongly controls how well AERMOD reproduces observed roadside ...
A summer cruise and urban monitoring campaign in the Greater Bay Area found that offshore fine-particle organic nitrogen declined with ...
A ten-year analysis of Warsaw monitoring data shows wintertime PM2.5 and PM10 conditions improved substantially, driven by emission reductions as ...
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© 2026 Scienmag - Science Magazine