Nature| The study shows that combining engineered temporal features with a hybrid CNN–LSTM deep learning model significantly improves short-term AQI forecasting accuracy, highlighting the potential of data-driven approaches for more reliable air quality prediction.

Resources Magazine | Experts warn that the EPA’s decision to exclude monetized human health benefits from regulatory analyses skews policymaking toward weaker air pollution rules, contradicting established science and risking worse public health outcomes.

Northern Public Radio | Community air monitoring efforts in industrial regions like Louisiana’s Cancer Alley face growing barriers as state restrictions limit use of independent data and the Trump administration delays chemical plant testing rules, leaving residents exposed to pollution risks despite evidence of elevated PM2.5 and health harms.

Daily Mail | Unhealthy air quality driven by stagnant weather has elevated PM2.5 levels across parts of California, Oregon, and the Southeast, prompting health warnings as pollution becomes trapped near the ground and poses risks to millions of residents.

UCS blog – Union of Concerned Scientists | The article argues that as federal and state actions increasingly sideline science and public input, new legislation like the Public Health Air Quality Act is critical to expand air monitoring, protect community science, and ensure public health decisions are guided by transparent, inclusive pollution data.

Envirotec Magazine | ACOEM UK is expanding support for indoor air quality and wood-burning pollution initiatives by promoting handheld particle monitoring and launching faster UK-based calibration services, reflecting growing public health focus on PM2.5 exposure in homes and workplaces.

Adirondack Explorer | Scientists at the Whiteface Mountain Summit Research Observatory have expanded decades-long, high-altitude monitoring to track pollutants such as PFAS, microplastics, and cloud chemistry, revealing unexpected increases in organic carbon linked to changing emissions and wildfire smoke despite declines in regulated pollutants like sulfates.

Nature| The study shows that combining engineered temporal features with a hybrid CNN–LSTM deep learning model significantly improves short-term AQI forecasting accuracy, highlighting the potential of data-driven approaches for more reliable air quality prediction.

Resources Magazine | Experts warn that the EPA’s decision to exclude monetized human health benefits from regulatory analyses skews policymaking toward weaker air pollution rules, contradicting established science and risking worse public health outcomes.

Northern Public Radio | Community air monitoring efforts in industrial regions like Louisiana’s Cancer Alley face growing barriers as state restrictions limit use of independent data and the Trump administration delays chemical plant testing rules, leaving residents exposed to pollution risks despite evidence of elevated PM2.5 and health harms.

Daily Mail | Unhealthy air quality driven by stagnant weather has elevated PM2.5 levels across parts of California, Oregon, and the Southeast, prompting health warnings as pollution becomes trapped near the ground and poses risks to millions of residents.

UCS blog – Union of Concerned Scientists | The article argues that as federal and state actions increasingly sideline science and public input, new legislation like the Public Health Air Quality Act is critical to expand air monitoring, protect community science, and ensure public health decisions are guided by transparent, inclusive pollution data.

Envirotec Magazine | ACOEM UK is expanding support for indoor air quality and wood-burning pollution initiatives by promoting handheld particle monitoring and launching faster UK-based calibration services, reflecting growing public health focus on PM2.5 exposure in homes and workplaces.

Adirondack Explorer | Scientists at the Whiteface Mountain Summit Research Observatory have expanded decades-long, high-altitude monitoring to track pollutants such as PFAS, microplastics, and cloud chemistry, revealing unexpected increases in organic carbon linked to changing emissions and wildfire smoke despite declines in regulated pollutants like sulfates.