New Protocol Will Map Where Tire Pollutant 6PPD-Q Lurks Across the Environment
Researchers have published a protocol for the first systematic map cataloging studies of the tire-derived toxin 6PPD-quinone in freshwater, soil, ...
Researchers have published a protocol for the first systematic map cataloging studies of the tire-derived toxin 6PPD-quinone in freshwater, soil, ...
A three-year study in Hohhot, China, found a strong positive association between airborne pollen concentrations and outpatient visits for allergic ...
A descriptive study of CPCB data from seven Indian cities found lockdown AQI declines of 17 to 53 percent, steep ...
Field measurements near South Korean livestock farms show that aromatic compounds, though less abundant than alkanes, account for over 99% ...
Flow reactor experiments and quantum chemical calculations reveal how cresols rapidly form aerosol-forming vapors in the atmosphere.
A physics-aware deep learning framework reconstructs a gapless, hourly tropospheric NO2 record over four Asian pollution hotspots from 2019 to ...
A hybrid physics-and-data framework decomposes pollutant forecasting into advection, learned diffusion, and a regressed gap term, achieving predictions in under ...
A decade of nationwide monitoring and machine-learning analysis shows surface ozone in China rose significantly in both warm and cold ...
A ten-year analysis of Warsaw monitoring data shows wintertime PM2.5 and PM10 conditions improved substantially, driven by emission reductions as ...
A remote laser system measured benzene concentrations of 2.23 to 3.17 ppm and fluxes of 6.18 to 10.33 kg per ...
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© 2025 Scienmag - Science Magazine