The devastating impacts of marine heatwaves extend far beyond dying coral reefs and declining fisheries, with new research warning these extreme ocean warming events are posing a growing threat to humans’ physical and mental health.

Nearly 30 years ago, a simple question sent University of Washington researchers into the Puget Sound lowlands to look for birds. 

A multidisciplinary team has successfully tested a novel autonomous monitoring system designed to improve how environmental evidence is generated for decision-makers managing the sustainable future expansion of floating offshore wind.

Engineers have developed a strain of a common bacterial species that can feed exclusively on the three major sugars present in corn stalks. 

Just like on land, the ocean environment can experience heatwaves. 

As of June 2026, El Niño has officially arrived.

A study led by Newcastle University involving the community in Lunana, Bhutan, found that while there was a high awareness of the risk of glacial lake outburst floods (GLOFs) among people in Lunana - much of it as a result of ongoing government communications and outreach work - many residents were not sufficiently prepared to respond quickly and safely when warnings occurred.

Around 10,000 people and thousands of livestock now have access to clean water in the Tanzanian villages of Esilalei and Oltukai, in the African country’s semi-arid Monduli District.

A partnership between the University of Rhode Island and Rhode Island Department of Health will study manganese levels in Rhode Island’s drinking water.

A new study published in Nature Climate Change reveals a more complex reality: some tree species are moving uphill, while others are shifting downhill, and the key to understanding these contrasting responses lies in how trees manage water.