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A joint research project involving what's called cloud seeding aims to beef up mountain snowfall and, subsequently, power generation. The results hopefully will be applicable to many mountain ranges in the western U.S.

During poor air quality days in Denver last year, CU Boulder and NOAA scientists found that specks of mineral dust swept into the region along with smoke from Pacific Northwest wildfires. Both smoke and mineral dust have consequences not only for health, but also for climate.

Madagascar's ring-tailed lemurs are in a steep decline because of habitat destruction, bushmeat hunting and illegal capture for the pet trade.

Empowering local governments with forestry decisions can help combat deforestation, but is most effective when local users are actively engaging with their representatives, according to a new University of Colorado Boulder-led study.

With a focus on building a green economy that benefits all community members, the city of Boulder's climate plan includes a roadmap to advance social justice in the transition to renewable energy. The focus on social justice emerged from community input into the draft climate plan, facilitated by CU Boulder's Just Transition Collaborative and partner organizations.

Increasing the efficiency of power plants’ efficiency is often assumed to be an effective means of reducing carbon emissions. However, an empirical analysis of plants’ efficiency and emission led by a University of Colorado Boulder sociology professor casts some doubt on that conventional wisdom.

Scientists and students working with the National Science Foundation, including Associate Professor Michael Gooseff of environmental engineering and INSTAAR, have authored a series of papers on how a single season of intense melting in Antarctica in 2001-02 may affect the continent’s ecological future, including its potential impact on global climate change.

Methane emissions from global fossil fuel development are up to 60 percent greater than previous estimates, according to a new study.

Previous estimates of ice mass loss from the Greenland Ice Sheet—already known to be shrinking—may be underestimates, according to a new study co-authored by CU Boulder researchers. Photo credit: Greenland's Zachariæ Isbræ, Anders A. Bjørk

The Arctic’s ice cover appears to have reached its minimum extent on September 10, 2016, according to scientists at the National Snow and Ice Data Center (NSIDC), part of CIRES and the University of Colorado Boulder.