Today’s carbon capture systems suffer a tradeoff between efficient capture and release, but a new approach developed at MIT can boost overall efficiency.

The ocean has absorbed about 30% of carbon dioxide emissions from human activities since the Industrial Revolution, significantly slowing the pace of climate change.

Warming in the Arctic is intensifying methane emissions, contributing to a vicious feedback loop that could accelerate climate change even more, according to a new study published May 7 in Nature.

Novel process harnesses machine learning to reveal groups of genes that determine how efficiently plants use nitrogen.

UC Riverside tool empowers scientists, accelerates discovery.

Wildland fires usually begin to appear in Saskatchewan in April and May as snow melts and landscapes dry out. 

Millions of kilometres of rivers around the world are carrying antibiotic pollution at levels high enough to promote drug resistance and harm aquatic life, a McGill University-led study warns.

Current methods of capturing and releasing carbon are expensive and so energy-intensive they often require, counterproductively, the use of fossil fuels.

Breakthrough method spots pollutants without experimental reference samples, advancing environmental monitoring and analysis.

New approach to satellite-based emission monitoring of air pollutants with a high level of detail.