In a pair of recently published papers, Michael Rawlins, a professor in the University of Massachusetts Amherst’s geosciences department and associate director of the Climate System Research Center, has made significant gains in filling out our understanding of the Arctic’s carbon cycle—or the way that carbon is transferred between the land, ocean and atmosphere.

By reflecting sunlight back into space and controlling rainfall, clouds play significant roles in the global climate.

The South-West peatlands of Dartmoor, Exmoor and Bodmin Moor are potentially huge carbon stores

Black carbon’s ability to absorb sunlight means it can play a pivotal role in heating the atmosphere

New analysis of more than 100,000 scientific studies. Joint press release of MCC and Climate Analytics.

The research, published in Nature Energy, shows that a low energy demand recovery could reduce a hypothetical tax on all carbon emissions by 19%

When it comes to reducing the impact of climate change, humanity appears caught between a rock and a hard place. But, in this case, the rock may offer a surprisingly softer landing.

Researchers from the Harry Butler Institute have warned of a loss of stream fauna in Southwestern Australia as permanent streams dry out each year.

New data curated by scientists at The University of Manchester has found that the main culprit for aviation emissions across the connected continent of Europe is countless short journey flights.

The system has the potential to usher in a new era of atmospheric research