New Decision Matrix Reveals Wood Smoke, Not Just Traffic, Drives Urban Air Pollution
A new semi-quantitative decision matrix developed in Argentina shows that biomass burning, not vehicle traffic, is the leading source of ...
A new semi-quantitative decision matrix developed in Argentina shows that biomass burning, not vehicle traffic, is the leading source of ...
A study of 487 soil samples from China's Yellow River Basin finds that total nitrogen from fertilization is the strongest ...
A new study in Lucknow, India, found that Holika Dahan bonfires doubled PM2.5 levels on the night before Holi and ...
A new study of Zibo City, China, traces soil heavy metal contamination to industrial, traffic, agricultural and natural sources and ...
A survey of surface soils in Guizhou Province's Longli County found generally low heavy metal contamination, with natural karst geology ...
A year-long chemical study of Belgrade's PM10 pollution has identified seven sources, finding that residential wood burning contributes the largest ...
A new study of roadside dust in a rapidly urbanizing tropical Southeast Asian city finds lead and mercury contamination in ...
A major study of more than 545 air samples across five Greek cities finds that winter wood burning for home ...
A comprehensive new analysis of iron isotopes in desert dust and industrial aerosols overturns the assumption that all anthropogenic iron ...
A five-year study of black carbon in MedellÃn, Colombia, finds urban exposure equivalent to about ten passive cigarettes daily, with ...
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© 2025 Scienmag - Science Magazine