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Conference Summary: Water, Climate And Uncertainty: Implications For Western Water Law, Policy, And Management, Steve Bailey

Water, Climate and Uncertainty: Implications for Western Water Law, Policy, and Management (Summer Conference, June 11-13)

7 pages.

"Steve Bailey, National Center for Atmospheric Research"

Agenda: Water, Climate And Uncertainty: Implications For Western Water Law, Policy, And Management, University Of Colorado Boulder. Natural Resources Law Center, United States. National Oceanic And Atmospheric Administration, National Center For Atmospheric Research (U.S.), Western Water Assessment (Program), University Of Colorado Boulder. Cooperative Institute For Research In Environmental Sciences, Hydrosphere Resource Consultants, Colorado Foundation For Water Education, Bp North America

Water, Climate and Uncertainty: Implications for Western Water Law, Policy, and Management (Summer Conference, June 11-13)

The swollen creeks of Boulder, Colorado provided a fitting backdrop for the “Water, Climate and Uncertainty” conference at the Natural Resources Law Center of the University of Colorado in June 2003. Recognizing the importance of providing a forum for discussions between water managers, lawyers, policy makers, and scientists, Doug Kenney, the conference's organizer, assumed the responsibility of master of ceremonies, providing thoughtful transitions between speakers and sessions while throwing some humor into the mix. Under his direction, luminaries in the fields of science, law and policy engaged a wide range of issues related to the future of water management.

The …

Preparing For Climatic Change: The Water, Salmon, And Forests Of The Pacific Northwest, Philip W. Mote, Edward A. Parson, Alan F. Hamlet, William S. Keeton, Dennis Lettenmaier, Nathan Mantua, Edward L. Miles, David W. Peterson, David L. Peterson, Richard Slaughter, Amy K. Snover

Articles

The impacts of year-to-year and decade-to-decade climatic variations on some of the Pacific Northwest’s key natural resources can be quantified to estimate sensitivity to regional climatic changes expected as part of anthropogenic global climatic change. Warmer, drier years, often associated with El Niño events and/or the warm phase of the Pacific Decadal Oscillation, tend to be associated with below-average snowpack, streamflow, and flood risk, below-average salmon survival, below-average forest growth, and above-average risk of forest fire. During the 20th century, the region experienced a warming of 0.8 ◦C. Using output from eight climate models, we project a further warming of …