Pollution

Research reveals humans may inhale 16.2 microplastic bits/hr, leading to potential health risks; a study explores transport & deposition in …

Researchers developed lampshades with a catalyst that uses waste heat from bulbs to convert indoor air pollutants into harmless substances.

Chemists develop an electrochemical method using metal-containing polymers to sustainably remove and destroy persistent PFAS chemicals from water.

Revolutionary catalyst: Single palladium atoms remove 90% of methane from engine exhaust, cutting greenhouse gas emissions.

Unseen Consequence: The Hidden Environmental Toll of Strawberry FarmingRecent research has unveiled the unanticipated environmental ramifications of plastic mulch, a …

UC Riverside researchers discover bacteria capable of neutralizing persistent PFAS pollutants, offering a cost-effective cleanup method.

Groundbreaking study: Indoor plants eliminate 97% of cancer-causing toxins from air in 8 hours, boosting health & productivity.

AEROMMA project, a NOAA-NASA initiative, scrutinizes human-caused pollution from everyday products in North American cities, using low-altitude flights.

Groundbreaking study reveals higher microplastic contamination in freshwater lakes and reservoirs than in oceanic garbage patches. Human impact highlighted.

Toxic Tap Warning: High manganese levels in Massachusetts drinking water pose risks to vulnerable groups, calling for enforceable federal standards.