High-resolution simulations of ocean circulations 34 million years ago are shedding a new light on the 50-year-old question about how and why the Antarctic ice sheets formed.

Volcanic gases are helping researchers track large-scale movements in Earth’s deep interior. 

The paper, published today, reveals that providing these services for free could reduce home energy emissions by 13.4%, and motor fuel emissions by 23.8%.

The expertise of a Huddersfield researcher has been sought out to assist an international research project which aims to unlock keys to climate change hidden in cave formations known as speleothems located deep in New Zealand’s caves.

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.

Lithium-ion batteries, those marvels of lightweight power that have made possible today’s age of handheld electronics and electric vehicles, have plunged in cost since their introduction three decades ago at a rate similar to the drop in solar panel prices, as documented by a study published last March.

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.

It’s a tempting thought: With climate change so difficult to manage and nations unwilling to take decisive action, what if we could mitigate its effects by setting up a kind of chemical umbrella—a layer of sulfuric acid in the upper atmosphere that could reflect the sun’s radiation and cool the Earth?

Like a mirage on the horizon, an innovative process for converting a potent greenhouse gas into a food security solution has been stalled by economic uncertainty.

Global change is eroding life on earth at an unprecedented rate and scale.