Women exposed to smoke from landscape fires during pregnancy are more likely to give birth to babies with low or very low birth weights, according to findings published in eLife.

New software can help determine the movements of large wild animals, thereby minimising conflicts with people.

Marine plastic litter was dumped into a realistic scale model of the Atlantic Ocean to test if space technologies would be able to detect it from orbit.

Like a sea captain tracking a white whale, Steve Miller has been chasing a rare form of marine bioluminescence for decades.

An international team of researchers led by the University of East Anglia (UEA) developed a new technique, combining world-leading citizen science bird monitoring data with recordings of individual species in the wild, to reconstruct the soundscapes of more than 200,000 sites over the last 25 years.

New research from Rochester scientist Lee Murray will aid in building more accurate computer models of the hydroxyl radical (OH), an important ‘detergent of the atmosphere.’

Deep, dark fractures reaching far down into the oldest rocks on Earth may seem about as hospitable to life as outer space, but some estimates suggest that microbes dwelling deep in the Earth's crust account for the majority of microbial life.

Argonne has received $3 million in funding to develop artificial intelligence and machine learning technology that has the potential to tackle some of the country’s biggest data challenges.

In the race against climate change, physicists at The University of Toledo are pushing the limits of solar electricity to ensure a clean energy future.

Climate ‘tipping points’ can be better understood and predicted using climate change data taken from the ancient past, new research shows.