Deep ice cores show past Greenland warm period may be ‘road map’ for continued warming of planet

Jan. 23, 2013

A new study by an international team of scientists analyzing ice cores from the Greenland ice sheet going back in time more than 100,000 years indicates the last interglacial period may be a good analog for where the planet is headed in terms of increasing greenhouse gases and rising temperatures.

ŷڱƵ-Boulder’s sun-gazing SORCE satellite, designed to last 5 years, turns 10

Jan. 22, 2013

When a sun-gazing NASA satellite designed and built by the University of ŷڱƵ Boulder launched into space on Jan. 25, 2003, solar storms were raging.

NASA-ŷڱƵ ozone study may benefit air standards, climate

Jan. 16, 2013

A new NASA-led study involving the University of ŷڱƵ Boulder finds that when it comes to combating global warming caused by emissions of ozone-forming chemicals, location matters. Ozone is both a major air pollutant with known adverse health effects and a greenhouse gas that traps heat from escaping Earth’s atmosphere. Scientists and policy analysts are interested in learning how curbing the emissions of ozone-forming chemicals can improve human health and also help mitigate climate change.

State energy collaboratory involving ŷڱƵ-Boulder, NREL, CSU and CSM expands research focus

Jan. 16, 2013

To reflect its broader focus, the ŷڱƵ Renewable Energy Collaboratory, a research consortium including the University of ŷڱƵ Boulder, the ŷڱƵ School of Mines, ŷڱƵ State University and the U.S. Department of Energy’s National Renewable Energy Laboratory has adopted a new name: the ŷڱƵ Energy Research Collaboratory.

Research team finds massive crevasses and bendable ice affect stability of Antarctic ice shelf

Dec. 7, 2012

Gaping crevasses that penetrate upward from the bottom of the largest remaining ice shelf on the Antarctic Peninsula make it more susceptible to collapse, according to University of ŷڱƵ Boulder researchers who spent the last four Southern Hemisphere summers studying the massive floating sheet of ice that covers an area twice the size of Massachusetts.

Massive crevasses and bendable ice affect stability of Antarctic ice shelf, ŷڱƵ-Boulder research team finds

Dec. 7, 2012

Gaping crevasses that penetrate upward from the bottom of the largest remaining ice shelf on the Antarctic Peninsula make it more susceptible to collapse, according to University of ŷڱƵ Boulder researchers who spent the last four Southern Hemisphere summers studying the massive floating sheet of ice that covers an area twice the size of Massachusetts.

ŷڱƵ-led team receives $9.2 million DOE grant to engineer E. coli into biofuels

Dec. 4, 2012

A team led by the University of ŷڱƵ Boulder has been awarded $9.2 million over five years from the U.S. Department of Energy to research modifying E. coli to produce biofuels such as gasoline. “This is a fantastic opportunity to take what we have worked on for the past decade to the next level,” said team leader Ryan Gill, a fellow of ŷڱƵ-Boulder’s Renewable and Sustainable Energy Institute, or RASEI. “In this project, we will develop technologies that are orders of magnitude beyond where we are currently.”

Grand Canyon as old as the dinosaurs, suggests new study led by ŷڱƵ-Boulder

Nov. 29, 2012

An analysis of mineral grains from the bottom of the western Grand Canyon indicates it was largely carved out by about 70 million years ago -- a time when dinosaurs were around and may have even peeked over the rim, says a study led by the University of ŷڱƵ Boulder.

Alaska’s iconic Columbia Glacier expected to stop retreating in 2020, says ŷڱƵ-Boulder study

Nov. 26, 2012

The wild and dramatic cascade of ice into the ocean from Alaska’s Columbia Glacier, an iconic glacier featured in the documentary “Chasing Ice” and one of the fastest moving glaciers in the world, will cease around 2020, according to a study by the University of ŷڱƵ Boulder.

$20 million ŷڱƵ instrument package set for integration on Mars spacecraft

Nov. 16, 2012

A $20 million remote sensing instrument package built by the University of ŷڱƵ Boulder, which is leading a 2013 NASA mission to understand how Mars might have lost its atmosphere, has been delivered to Lockheed Martin in Littleton, Colo., for spacecraft integration.

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