The Paris Agreement says that we should reduce the emission of greenhouse gases to limit the rise in global temperature to 2 degrees Celsius. 

Climate change will increase opportunities to see rainbows, according to a new study led by researchers at the University of Hawai‘i (UH) at Mānoa. 

Ahead of the global meeting of the Conference of the Parties in Montréal, Canada, which decides new targets for nature, the first-ever study of its kind outlines an urgent need for larger numbers and better-supported protected area staff to ensure the health of life on Earth.

This week, an international group of 10 scientists is calling for protective limits on fishing in Antarctica’s Southern Ocean, reporting in the journal Science that current levels of fishing, combined with climate change, are taking a concerning toll on a diverse ecosystem of global importance.

A new study from the Wildlife Conservation Society (WCS), Colorado State University, and the National Park Service indicates previously unknown high altitude contests between two of America’s most sensational mammals – mountain goats and bighorn sheep – over access to minerals previously unavailable due to the past presence of glaciers which, now, are vanishing due to global warming. 

Climate models are powerful tools that scientists use to study how the climate system works now and how it will change in the future under different scenarios of global warming. 

Hurricane damages can increase due to increasing global temperatures, caused by greenhouse gas emissions from fossil fuels. 

Agricultural engineering professor Ben Runkle has co-authored a report by leading ecosystem scientists and policy experts, calling for a scientific approach to nature-based climate solutions in the United States.

A new scientific review article led by WCS captures the unique and dynamic characteristics of coastal lagoon ecosystems in the Arctic Beringia Region, and discusses how climate change effects and human development could alter these habitats.

LMU researchers have developed a new method that makes it possible to assess the direct effects of human land use on the carbon cycle from Earth observation data.