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CU receives $1 million grant to help developing countries respond to climate change impacts

The Rockefeller Foundation has given a $1 million grant to CU-Boulder to reestablish the Consortium for Capacity Building, directed by Michael "Mickey" Glantz, to help link decision-makers in developing countries with institutes, government agencies and individuals to share their climate, water and weather-related knowledge and reduce their vulnerability to climate-related changes.

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As Andean glacier retreats, tiny life forms swiftly move in, CU study shows

A University of Colorado at Boulder team working at 16,400 feet in the Peruvian Andes has discovered how barren soils uncovered by retreating glacier ice can swiftly establish a thriving community of microbes, setting the table for lichens, mosses and alpine plants.

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Global sea-rise levels by 2100 may be lower than some predict, says new CU-Boulder study

Despite projections by some scientists of global seas rising by 20 feet or more by the end of this century as a result of warming, a new University of Colorado at Boulder study concludes that global sea rise of much more than 6 feet is a near physical impossibility.

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Journalistic whiplash

Discussion of Andy Revkin's article in the Science Times on the problem of journalistic coverage of new findings vs. what is widely agreed upon in climate change science.

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News analysis: Climate experts tussle over details. Public gets whiplash.

Tad Pfeffer was interviewed by Andrew Revkin (New York Times) for an article about how reporting of discordant findings in climate science are leaving many readers with "whiplash" from alternating "yes it is" and "no it isn't" messages. Such whiplash may fuel the mistaken notion that scientists can't agree on basic well-studied questions.

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Greenland ice core analysis shows drastic climate change near end of last ice age

Information gleaned from a Greenland ice core by an international science team shows that two huge Northern Hemisphere temperature spikes prior to the close of the last ice age some 11,500 years ago were tied to fundamental shifts in atmospheric circulation.

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