Environmental Systems Research Institute / Denver Federal Center / University of Colorado / /
IndustryTerm
energy production / chemical data / /
NaturalFeature
Yellowstone Lake / Rocky Mountains / Alpine lake / Jackson Lake / Targhee National Forest / alpine/subalpine lakes / Lake Acid-Neutralizing Capacity Data ANC / Subalpine lake / Boundary Delineation Lake / /
Organization
Rocky Mountain Cooperative Ecosystem Studies Unit / National Park Service / Spatial Climate Analysis Service / U.S. Environmental Protection Agency / University of Colorado / Environmental Systems Research Institute / Denver Federal Center Denver / U.S. Department of the Interior / /
Person
Donald H. Campbell / Mark W. Williams / Cathie Jean / W. Williams Abstract / D.W. Clow / Woods / Ann Rodman / Alisa Mast / Corbin / Kathy Tonnessen / Leora Nanus / Charles G. Groat / / /
Position
Director U.S. Geological Survey / Independent Slopes Model Data Storage / Secretary U.S. Geological Survey / /
Sensitivity of Alpine and Subalpine Lakes to Acidification from Atmospheric Deposition in Grand Teton National Park and Yellowstone National Park, Wyoming By Leora Nanus, Donald H. Campbell, and Mark W. Williams