Worms and clams enhance the release of methane up to eight times more compared to sea bottoms without animals, shows a study by scientists at Stockholm University and Cardiff University.

Washington State University researchers say landslides on logged forests will be more widespread as the Northwest climate changes.

Stuck where they are, plants have to adapt to their environments, responding to stresses like drought or pests by changing how they grow.

On a broader scale, crop breeders need to be able to develop new varieties that are adapted to a new location or changing growing conditions in the same area.

NASA-NOAA's Suomi NPP satellite passed over the Philippines and saw the thirtieth tropical cyclone of the northwestern Pacific Ocean typhoon season form.

Tropical Storm Rina has lost its tropical characteristics and has become post-tropical as it continues to move through the Central North Atlantic Ocean. NOAA's GOES East satellite provided a visible image of the storm. 

The global effect and impact of atmospheric rivers on rainfall, flooding and droughts has been estimated for the first time – revealing that in some regions the risks can be enhanced by up to 80 percent. The work, of which Oxford University is a key partner, also considers the number of people affected by these atmospheric phenomena across the globe.

"You are what you eat" might give way to "you are when you eat," based on a new study tracking shifts in Hawaiian bird abundance, breeding and molting based on climate-related changes to native vegetation. 

Drought is the world’s costliest natural disaster. To monitor, detect and quantify drought, many drought indices have been developed. Previous studies have shown that different indices can yield diverse results for a specific drought event, and a drought index can also give different results depending on the method used for the calculation of potential evapotranspiration (PET).

A new systematic synthesis by researchers at the University of Hawai?i at M?noa shows that there are at least 27 different physiological pathways in which a heatwave can kill a human being, and everyone is at risk.

“Due to the current void in national leadership on the issue of climate change, efforts at the state and local level are more important than ever,” says Eri Saikawa, an assistant professor of Environmental Sciences.