Air Quality and Health Impacts
Moving in Environmental pollution, Environmental research, medRxiv, Nature Communications.
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Joint exposure to PM 2.5 chemical components increases all-cause mortality risk by 1.1% per decile in older lung cancer patients, with silicon, nitrate, vanadium, zinc, and iron as key contributors.
Iron (Fe) deposition rates in railway station dust average 325 ng cm -2 month -1, with higher levels linked to station activity and environmental factors, raising health concerns.
High-resolution WRF-AERMOD modeling accurately predicts dust dispersion from large-scale open-pit coal mines, with the best scenario achieving R = 0.78 and IOA = 0.76.
Joint exposure to ambient air pollutants increases the risk of brain disorders, with hazard ratios rising by 2.2% per interquartile range increase in pollution score.
Dietary intake accounts for 85.3% of PBDE exposure in families, with adolescents experiencing median EDIs of 4940 pg/kg/day, highlighting diet as the primary pathway.
Temples emit PM 2.5 with elevated metal concentrations and stable Pb isotope ratios, especially during major events and higher visitor numbers, impacting air quality.
Wildfire-specific PM 2.5 increases are linked to 10-16% higher cardiopulmonary hospitalization risks, surpassing non-wildfire PM 2.5 effects in 20 US states.
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