Gentle Winds, Not Calm Air, Sweep the Most Dust From the Sky
Wind-tunnel experiments in Inner Mongolia reveal that fine dust particles settle most efficiently at a gentle breeze of about 2 ...
Wind-tunnel experiments in Inner Mongolia reveal that fine dust particles settle most efficiently at a gentle breeze of about 2 ...
A new health-economic model estimates that air and water pollution cost Uganda USD 4.34 billion annually, about 8.1 percent of ...
Simultaneous wintertime measurements in Chengdu show that aerosol liquid water, supplied mainly by ammonium nitrate, is the dominant driver pulling ...
A year-long, nationwide comparison shows China's newly released EPICC-Model matching or beating CAMx and CMAQ at simulating summer ozone peaks ...
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 ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine