Abstract

Runkel, Robert L 11 U.S. Geological SurveyAcid Mine Drainage (AMD) from abandoned mine lands contaminates streams and rivers throughout the Colorado Mineral Belt. Much of this contamination has persisted for decades and is likely to

Rue, Garrett P 1 ; McKnight, Diane M 2 ; Gabor, Rachel 3 ; Anderson, Suzanne P 41 INSTAAR, ENVS; University of Colorado-Boulder2 INSTAAR, CEAE, ENVS; University of Colorado-Boulder3 

Raleigh, Mark S. 1 ; Deems, Jeffrey S. 21 CU / CIRES / NSIDC2 CU / CIRES/ NSIDCIn the mountainous western United States, operational runoff forecasting centers typically use streamflow observations to calibrate snow

Painter, Thomas H. 11 Jet Propulsion Laboratory/California Institute of TechnologySnow cover and its melt dominate regional climate and water resources in the world’s mountainous regions, providing for critical agricultural and sustaining

Khan, Alia 1 ; Jaffe, Rudolf 2 ; Ding, Yan 3 ; McKnight, Diane 41 CU-Boulder/INSTAAR2 Florida International University 3 Florida International University4 CU-Boulder/

Kasprzyk, Joseph 11 University of Colorado BoulderIn environmental planning problems, decision makers' goals often fundamentally conflict. Faced with limited budgets, planners realize that increasing their systems' performance could cause

Hill, Alice F 11 CU-BoulderRemote mountain rivers are increasingly under development threat as the low hanging fruit of hydropower dam sites -- ones with easy access and whose rivers have large head potential -- have been picked. Often

Henning, Steven 1 ; Ge, Shemin 21 University of Colorado Boulder2 University of Colorado BoulderIn September 2013, the Boulder Creek watershed (BCW) was severely affected by a 1000-year precipitation event when 17

Gray, Harrison J 11 University of Colorado - BoulderObtaining quantitative sediment transport information, such as transport rates, virtual velocity, and characteristic scales, is an important goal of the hydrologic and geomorphic sciences

Evans, Sarah 1 ; Ge, Shemin 21 University of Colorado Boulder2 University of Colorado BoulderIn mountainous regions, warmer air temperatures have led to an earlier onset of spring snowmelt and lower snowmelt rates