News Mar 29, 2006
CU Professor Patricia Limerick To Testify In Washington On Cleanup Of Abandoned Mines
Boulder Flatirons from the south
University of Colorado at Boulder Professor Patricia Limerick will testify on barriers to the cleanup of abandoned mine sites before the U.S. House Subcommittee on Water Resources and Environment on Thursday, March 30.
The hearing will begin at 10 a.m. EST in room 2167 of the Rayburn House Office Building in Washington, D.C. The hearing will be webcast live at www.house.gov/transportation.
Limerick was the lead author of a 47-page report issued by the CU-Boulder Center of the American West in January titled "Cleaning Up Abandoned Hardrock Mines in the West: Prospecting for a Better Future." She is a professor of history and environmental studies and faculty director of the Center of the American West.
She will testify as part of the second of two panels at the March 30 hearing. The three other panelists appearing with Limerick will be John Mudge, director of environmental affairs, Newmont Mining Corp.; Chris Wood, vice president for conservation programs, Trout Unlimited; and Velma M. Smith, senior policy associate, National Environmental Trust.
Contents of the Center of the American West report are posted on the Web at www.centerwest.org/. Copies also can be purchased by calling (303) 492-4879.
Contact: Peter Caughey, (303) 492-4007
News Source: CU-Boulder News Center
ENVS Faculty: Patricia Limerick
ENVS News Category: Announcement
Want to automatically follow our news and events without having to visit the ENVS website with your browser? Just subscribe to one of our news and calendar feeds.
- Events -
Thu May 17, 2012
11:00 am
Thu May 17, 2012
06:00 pm
Electric Vehicle Day Free Film Screening
Fri May 18, 2012
01:30 pm
Sun Jun 17, 2012
08:00 am
ACPA Institute on Sustainability
Mon Jun 18, 2012
08:00 am
- News -
Apr 24, 2012
Message to President Obama: Don’t Forget the Environment
Apr 16, 2012
- Faculty Focus -
Carl Koval
Removal of Carbon Dioxide from the Atmosphere using Electrochemically Modulated Complexation; Properties and Uses of Ionic Liquids; Non-Mechanical Pumping of Fluids
