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Our new Biological Assessment is out - Klamath Basin Crisis

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<strong>Klamath</strong> Project Operations <strong>Biological</strong> <strong>Assessment</strong><br />

Literature Cited: Conservation Measures<br />

Lake and its tributaries, Oregon: Annual Report 2003.” U.S. Geological Survey,<br />

Western F<strong>is</strong>heries Research Center, <strong>Klamath</strong> Falls Field Station. 121p.<br />

Hicks, L.A., D.M. Mauser, J. Beckstrand, and D. Thomson. 2000. Ecology of<br />

Shortnose and Lost River suckers in Tule Lake National Wildlife Refuge,<br />

California, Progress report, April - November 1999. <strong>Klamath</strong> <strong>Basin</strong> National<br />

Wildlife Refuges, Tulelake, California. 39 p.<br />

Howe, C.B. 1968. Ancient tribes of the <strong>Klamath</strong> country. Binfords and Mort,<br />

Portland, Oregon. 252 p.<br />

Independent Multid<strong>is</strong>ciplinary Science Team. (IMST) 2003. IMST review of the<br />

USFWS and NMFS 2001 <strong>Biological</strong> Opinions on management of the <strong>Klamath</strong><br />

Reclamation Project and related reports. Technical Report 2003-1 to the Oregon<br />

plan for salmon and watershed enhancement board, Salem, OR. 115p.<br />

Independent Scientific Review Panel (ISRP). 2005. The current r<strong>is</strong>k of extinction<br />

of the Lost River and shortnose suckers. Cascade Quality Solutions, Natural<br />

Resource Mediation and Facilitation, <strong>Klamath</strong> Falls, Oregon. 230p.<br />

Jacoby, J.M., D.D. Lynch, E.B. Welch, and M.A. Perkins. 1982. Internal<br />

phosphorus loading in a shallow eutrophic lake. Water Rec. 16: 911-919.<br />

Janney, E.C., P.M. Barry, B.S. Hayes, R.S. Shively, and A. Scott. 2007.<br />

Demographic analys<strong>is</strong> of adult Lost River suckers and shortnose suckers in Upper<br />

<strong>Klamath</strong> Lake and its tributaries, Oregon: Annual Report 2006. U. S. Geological<br />

Survey, Western F<strong>is</strong>heries Research Center, <strong>Klamath</strong> Falls Field Station. 42p.<br />

Janney, E.C., and R.S. Shively. 2007. U.S. Geological Survey admin<strong>is</strong>trative<br />

report: an updated analys<strong>is</strong> on the population dynamics of Lost River suckers and<br />

shortnose suckers in Upper <strong>Klamath</strong> Lake and its tributaries, Oregon. January<br />

2007. U.S. Geological Survey, Western F<strong>is</strong>heries Research Center, <strong>Klamath</strong> Falls<br />

Field Station. 18p.<br />

Kann, J. 1998. Ecology and water quality dynamics of a shallow hypereutrophic<br />

lake dominated by cyanobacteria. PhD. D<strong>is</strong>sertation. University of North<br />

Carolina, Chapel Hill. 110 p.<br />

Kann, J. and V.H. Smith. 1993. Chlorophyll as a predictor of elevated pH in a<br />

hypertrophic lake: Estimating the probability of exceeding critical values for f<strong>is</strong>h<br />

success. The <strong>Klamath</strong> Tribes Natural Resources Department Research Report:<br />

KT-93-02, Chiloquin, Oregon. 22 p.<br />

Kann, J. and V.H. Smith. 1999. Estimating the probability of exceeding elevated<br />

pH values crtitical to f<strong>is</strong>h populations in a hypereutrophic lake. Can. J. Aquati.<br />

Sci. 56: 2262-2270<br />

317

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