Open Access Government | The EU has launched a major wastewater sentinel surveillance system using new contracts for sampling, pathogen analysis, and pollutant monitoring, aiming to strengthen early warning capabilities for public health and environmental threats across Europe.

NASA Science | Researchers are enhancing coarse satellite NO₂ data using advanced modeling to produce fine-scale, daily estimates across Switzerland and South Korea, improving detection of pollution hotspots and enabling more precise health and emissions research.

BMC Public Health – BioMed Central | A systematic review of recent studies highlights growing global attention to indoor air quality in hospitals, with key research focusing on environmental parameters, health impacts, and infrastructure strategies to improve conditions for patients and staff.

Technology Networks | Advancements in miniaturized gas chromatography, electronic noses, and wearable VOC detectors are making real-time, accessible air quality monitoring possible, offering complementary tools to traditional lab-based methods for both environmental and clinical applications.

Streetsblog NYC | Early data from New York City’s congestion pricing program shows steady or improved PM2.5 levels across all boroughs, suggesting the toll is already contributing to cleaner air without worsening pollution in areas predicted to be impacted.

Nature | A new study explores the link between outdoor air pollution and multiple myeloma, aiming to identify environmental, sociodemographic, and clinical factors that may contribute to increased disease risk in vulnerable populations.

ScienceDirect.com | A data-driven study across six cities in Guangdong, China, shows that increased EV adoption, charging demand, and station availability significantly reduce NO₂ and PM2.5 levels, with smaller but measurable declines in SO₂ and CO, highlighting the environmental benefits of EV infrastructure expansion.

Nature | Researchers in Zurich have developed a dynamic trust-based calibration system that significantly improves the accuracy of low-cost particulate matter sensors by adjusting model complexity based on sensor reliability, reducing error rates and minimizing the need for large training datasets or frequent recalibration.

ScienceDirect.com | A modeling study of Dazhou, China, revealed that NO₂ pollution varies seasonally by source—dominated by industry in spring and winter and by transportation in autumn—and emphasized the need for coordinated, source-specific strategies to manage its complex interactions with PM2.5 and ozone.

India TV News | Indian scientists have developed a compact, low-cost sensor using advanced metal oxides that can detect sulphur dioxide at extremely low concentrations, offering a powerful new tool for real-time air quality monitoring and public health protection.

Open Access Government | The EU has launched a major wastewater sentinel surveillance system using new contracts for sampling, pathogen analysis, and pollutant monitoring, aiming to strengthen early warning capabilities for public health and environmental threats across Europe.

NASA Science | Researchers are enhancing coarse satellite NO₂ data using advanced modeling to produce fine-scale, daily estimates across Switzerland and South Korea, improving detection of pollution hotspots and enabling more precise health and emissions research.

BMC Public Health – BioMed Central | A systematic review of recent studies highlights growing global attention to indoor air quality in hospitals, with key research focusing on environmental parameters, health impacts, and infrastructure strategies to improve conditions for patients and staff.

Technology Networks | Advancements in miniaturized gas chromatography, electronic noses, and wearable VOC detectors are making real-time, accessible air quality monitoring possible, offering complementary tools to traditional lab-based methods for both environmental and clinical applications.

Streetsblog NYC | Early data from New York City’s congestion pricing program shows steady or improved PM2.5 levels across all boroughs, suggesting the toll is already contributing to cleaner air without worsening pollution in areas predicted to be impacted.

Nature | A new study explores the link between outdoor air pollution and multiple myeloma, aiming to identify environmental, sociodemographic, and clinical factors that may contribute to increased disease risk in vulnerable populations.

ScienceDirect.com | A data-driven study across six cities in Guangdong, China, shows that increased EV adoption, charging demand, and station availability significantly reduce NO₂ and PM2.5 levels, with smaller but measurable declines in SO₂ and CO, highlighting the environmental benefits of EV infrastructure expansion.

Nature | Researchers in Zurich have developed a dynamic trust-based calibration system that significantly improves the accuracy of low-cost particulate matter sensors by adjusting model complexity based on sensor reliability, reducing error rates and minimizing the need for large training datasets or frequent recalibration.

ScienceDirect.com | A modeling study of Dazhou, China, revealed that NO₂ pollution varies seasonally by source—dominated by industry in spring and winter and by transportation in autumn—and emphasized the need for coordinated, source-specific strategies to manage its complex interactions with PM2.5 and ozone.

India TV News | Indian scientists have developed a compact, low-cost sensor using advanced metal oxides that can detect sulphur dioxide at extremely low concentrations, offering a powerful new tool for real-time air quality monitoring and public health protection.