Aerosols carried in wildfire smoke plumes that are hundreds of hours old can still affect climate, according to a study out of the University of California, Davis.

Lancaster experts have contributed to a flood hydrology roadmap that sets out a vision to help scientists and practitioners better predict future flood events and improve flood resilience across the UK.

More than 100,000 acres have burned in a mid-March wildfire outbreak.

Arctic sea ice appeared to have hit its annual maximum extent on Feb. 25 after growing through the fall and winter.

Data from the Tropomi instrument onboard the Copernicus Sentinel-5P satellite has been used to detect methane plumes over some of Europe’s largest methane-emitting coal mines.

Field campaign collects radiation and cloud measurements over a forested landscape with diverse surface properties.

Southwest Research Institute is investigating clean automotive technologies to enable traditional internal combustion (IC) engines to efficiently run on hydrogen fuel.

Biologists have developed a new method to measure the extent to which regional geographic features — including barriers between regions, like mountains or water — affect local rates of speciation, extinction and dispersal for species.

Suppose that we could watch twenty generations of whales or sharks adapting to climate change—measuring how they evolve and how their biology changes as temperatures and carbon dioxide levels rise.

A study of the relative contributions of surface winds and atmospheric pressure on sea-level rises in the Red Sea has shown that wind variations over the southern part of the sea are the main drivers of basin-wide sea-level extremes, uniformly driving sea levels up and down depending on wind direction.