When Heat Meets Haze: Hot Days Plus PM2.5 Prove Deadliest Combination for Heart and Lung Deaths
A six-year study of 1.7 million deaths across 130 counties in China's Sichuan Basin finds that days combining high temperature ...
A six-year study of 1.7 million deaths across 130 counties in China's Sichuan Basin finds that days combining high temperature ...
A seven-year study of springtime PM2.5 in Riyadh reveals severe pollution peaks, persistent hotspots in the city's south and center, ...
A new eight-year study combining spatial statistics and the BenMAP model reveals how PM2.5 pollution has evolved across Central China ...
A study of over 111,000 cardiovascular deaths in China reveals that fine particulate matter and extreme cold amplify each other's ...
A dense low-cost sensor network and machine learning analysis in Bihar reveals stark geographic and socioeconomic inequities in fine particulate ...
A deep neural network reconstruction of two decades of measurements reveals that nitrous acid trends have been a major, previously ...
A ten-year distributed lag nonlinear analysis of Rio de Janeiro shows that particulate matter acutely raises respiratory hospitalization risk even ...
A year-round study in Mérida, Mexico, reveals that springtime biomass burning and summer African dust alternately reshape Caribbean aerosol chemistry, ...
An eight-year analysis of in situ measurements across India shows particulate pollution declining over much of the Indo-Gangetic Plain while ...
A new modeling study shows that chemical reactions on snow-covered ground surfaces generate nitryl chloride that drives nighttime pollutant accumulation ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine