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Household willingness to pay for cleaner air was linked to risk and exposure
Study of factors determining household willingness to pay for improved urban air quality in Khulna City, Bangladesh, based on survey data from 385 households.
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FuXi-Air forecasts air pollutants faster than operational models
FuXi-Air combines meteorological, emission, and observational data for high-precision air quality forecasting at scale, generating 72-hour predictions across multiple sites in seconds.
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Chicago air-quality monitors are unevenly distributed across the city
Study reveals severe spatial disparities in Chicago's air quality monitoring, with affluent areas over-monitored and minority communities facing undetected PM2.5 pollution hotspots.
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Wildfire smoke PM2.5 caused estimated health and economic burdens in Canada
Analysis of wildfire-PM2.5 health impacts in Canada 2019-2023 quantifies premature mortality, respiratory outcomes, and economic costs ranging from billions annually.
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Ozone formation shifted by season in Guanzhong Basin
Analysis of warm-season ozone and secondary aerosol formation in the Guanzhong Basin reveals sub-seasonal regime shifts, with traffic and industrial emissions driving both pollutants.
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Summer ozone levels in Jilin were shaped by weather
Study analyzing meteorological drivers of summer ground-level ozone in Jilin City (2020-2023) using WRF-CMAQ modeling and health risk assessment to identify atmospheric conditions affecting ozone.
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AQHI captured multi-pollutant health risks better than AQI
PM2.5 chemical analysis and multi-pollutant health risks in Central Taiwan 2020-2022. AQHI assessment shows improved sensitivity over conventional AQI for predicting respiratory and cardiovascular.
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Delhi AQI peaked during festive periods in 2024-2025
Study analyzes air quality index fluctuations in Delhi during Diwali 2024-2025, tracking PM2.5 and PM10 pollution peaks from October through January across seven key pollutants.