A combination of dry vegetation, above-normal temperatures and high wind speeds will increase the risk for wildfires this week, experts say.

Research led by Oregon State University shows that fires are more likely to burn their way into national forests than out of them.

They found that greenhouse gas emissions from streams and wetlands at Coweeta could be highly variable.

Researchers use machine learning modeling to predict the most important factors underlying heavy metal pollution remediation in biochar-treated soils.

Nature-based climate solutions aim to preserve and enhance carbon storage in terrestrial or aquatic ecosystems and could be a potential contributor to Canada’s climate change mitigation strategy.

The Arctic is rapidly losing sea ice, and less ice means more open water, and more open water means more gas and aerosol emissions from the ocean into the air, warming the atmosphere and making it cloudier.

Organic aerosols (OAs), an important and abundant fraction of the arctic aerosol mass, plays an important role in modulating the radiative balance of the Arctic atmosphere.

A University of Miami research facility in Barbados is the source of one of the largest aerosol filter archives in the world and provides vital insight into the transport of Saharan dust particles across the Atlantic.

The amount of methane – a greenhouse gas 30 times more potent at trapping heat than carbon dioxide over 100 years – leaking from a huge U.S. oil and gas producing region is several times greater than the federal government estimates, according to a new study led by Stanford University.

Coral reefs in the Gulf of Eilat have been proven particularly resistant to global warming, rising water temperatures and bleaching events that are crippling their counterparts elsewhere around the world.