The United States should undertake a major research program into how the oceans could be artificially harnessed to remove carbon dioxide from the air, says a new report from the National Academies of Sciences, Engineering, and Medicine.

A new decision-making framework designed by an international team of fisheries researchers can help fisheries bolster their ability to adapt to a warming world.

New Oregon State University research shows that warm-water habitats can be critically important for the survival of cold-water fish such as trout and salmon.

With wildfires devastating mountain ecosystems across the western United States, their successful forest revegetation recovery hinges on, among other factors, an adequate lasting snowpack, according to research by the University of Nevada, Reno and Oregon State University.

By the late 21st century, northeastern U.S. cities will see worsening hurricane outcomes, with storms arriving more quickly but slowing down once they’ve made landfall.

Understanding how climate change will affect the flooding of rivers may become easier with a new framework for assessing flood risk that's been developed by an interdisciplinary team from Penn State.

A new study maps out the old growth forests, peatlands, and mangroves that must be preserved to prevent catastrophic climate change.

Over the past four decades, the time between tropical storms making landfall in the Gulf Coast has been getting shorter. By the end of the century, Louisiana and Florida could be twice as likely to experience two tropical storms that make landfall within nine days of each other, according to new model estimates.

Space physicist Mark Conde had been seeing something curious in his atmospheric research data since the 1990s.

A first-ever database compiling movement of the largest rivers in the world over time could become a crucial tool for urban planners to better understand the deltas that are home to these rivers and a large portion of Earth’s population.