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Full-Text Articles in Physical Sciences and Mathematics

Conference Summary: Water, Climate And Uncertainty: Implications For Western Water Law, Policy, And Management, Steve Bailey Jun 2003

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"


Slides: The Tribal Perspective, Carl "Bud" Ullman Jun 2003

Slides: The Tribal Perspective, Carl "Bud" Ullman

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

Presenter: Carl "Bud" Ullman, Director, Water Adjudication Project, Klamath Tribes, Chiloquin, OR

17 slides


Maps Of The Klamath Basin And Key Water-Related Events In The Upper Klamath Basin, University Of Colorado Boulder. Natural Resources Law Center Jun 2003

Maps Of The Klamath Basin And Key Water-Related Events In The Upper Klamath Basin, University Of Colorado Boulder. Natural Resources Law Center

Water Negotiation Workshop (June 4-5)

5 pages.

Contents:

Maps of Klamath Basin -- Key water-related events in the Upper Klamath Basin

Excerpted from: Ron Hathaway & Teresa Welch, Water Allocation in the Klamath Reclamation Project, 2001: An Assessment of Natural Resource, Economic, Social, and Institutional Issues with a Focus on the Upper Klamath Basin 31-34, 43 (Oregon State University, University of California, reprinted May 2003). Full report available in Klamath Waters Digital Library at http://digitallib.oit.edu/cdm/ref/collection/kwl/id/9442.


Holocene Paleoflood Hydrology Of The Lower Deschutes River, Oregon, Kurt J. Hosman, Lisa L. Ely, Jim E. O'Connor Jan 2003

Holocene Paleoflood Hydrology Of The Lower Deschutes River, Oregon, Kurt J. Hosman, Lisa L. Ely, Jim E. O'Connor

Student Published Works

Flood deposits at four sites along the lower Deschutes River, Oregon, were analyzed to determine magnitude and frequency of late Holocene flooding. Deposit stratigraphy was combined with hydraulic modeling at two sites to determine ranges of likely discharges for individual deposits. Combining these results with gaged flood data provides improved flood frequency estimates at the Axford site. The completeness and age spans of preserved flood chronologies differed among the four sites, but results were consistent for the largest floods of the last 5000 years. Single floods exceeded 2860-3800 mVs -4600 cal yr BP, 1060-1810 mVs -1300 cal yr BP, and …