An international study led by University of Miami tropical biologists reveals that tropical trees are migrating upslope to escape climate change, but not fast enough.

Berkeley Lab computer simulations find climate change making hurricanes more intense.

CU Boulder researchers set out to understand why this life-sustaining and water-storing blanket of soil and the underlying weathered rock vary so much from one place to another.

In an unusually early start to the sea turtle cold-stun season, we’ve seen 44 sea turtles--42 live Kemp’s ridleys, one dead Kemp’s ridley, and one dead green--wash up on Massachusetts beaches before November 5.

Companies that fail to curb their carbon output may eventually face the consequences of asset devaluation and stock price depreciation, according to a new study out of the University of Waterloo.

​​Up to 15 million hectares of the Brazilian Amazon is at risk of losing its legal protection, according to a new study from researchers at Chalmers University of Technology and KTH Royal Institute of Technology, Sweden, and the University of Sao Paulo, Brazil. This is equivalent to more than 4 times the entire forest area of the UK.

Nearly 400,000 homes in the United States will be either permanently inundated by sea level rise or suffer chronic flooding from higher tides and storm surges by 2050 if nations fail to make significant cuts to greenhouse gas emissions, according to a new analysis by the real estate company Zillow and Climate Central. That number could grow to 2.5 million homes — worth $1.3 trillion, equal to 6 percent of the U.S. economy — by 2100 if emissions remain unchecked.

Tropical Cyclone Gaja continued to track toward a landfall in southeastern India when NASA-NOAA’s Suomi NPP satellite flew over the Bay of Bengal and provided a visible image of the storm.

New Michigan State University research published in the current issue of Geophysical Research Letters shows how water moves massive amounts of carbon laterally through ecosystems – especially during floods.

The gap between simulated prediction and real-life observation in Arctic sea ice melt can be attributed to complicated internal drivers.