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Sclontlflc r,val=lon of Biological Opinlom on rmdangorcd and Thrc=hed riocs In the Klamath TtivrrBncln: lnterlin Report (20021 <br />xep: irw�, �a�em,,,, �CnhmlNllylNrlx !ypVlxlm�gyllLAbnl Or�flght ZIN)y 21)iI'l6[ N6lInn;Q Am1Cmv nrticIcNaA u11 l,uxtx =f+cd <br />Preface <br />The federal Endangered Species Act of 1973 has been invoked extensively for <br />the protection of aquatic species In the western United States. Aquatic fauna of the <br />West show extensive endemism because of genetic isolation associated with aridity <br />and with the drainage of many rivers directly to the Pacific. Human intervention in the <br />water cycle of the West is especially pervasive because of the general scarcity of water <br />and the extensive redi .0tribution of water in support of economic growth. Also, the West <br />is growing and develoVIng very rapidly. Thus, an unusual combination of <br />biogeographic, hydroiggic, and socioeconomic circumstances conspire to raise the <br />likelihood that the legit protection of aquatic species will come into conflict with <br />development and use pf water In the West. <br />Fishes of the Klamath River Basin are the focus of perhaps the most prominent <br />current conflict between traditional uses of water in the West and requirements <br />established by law for the protection of threatened and endangered species. This case <br />Is especially interesting in that the federal government Is playing two potentially <br />conflicting roles. Through the U.S. Bureau of Reclamation, the Department of the <br />Interior is attempting to serve the needs of irrigators for water that is derived from the <br />federal Klamath Basin Project. Not only is the delivery of water a contractual obligation <br />of the government, it also is traditional in the sense that water delivery has occurred <br />through the project for almost a century. At the same time, the U.S. Fish and Wildlife <br />Service of the Department of the Interior and the National Marine Fisheries Service of <br />the Department of Commerce are attempting to protect three threatened or endangered <br />fishes of the Klamath Basin drainage (the Lost River sucker, the shortnose sucker, and <br />the Klamath Basin coho salmon). Interested parties, some of whom have livelihoods or <br />cultural traditions at stake, Include fanners, commercial fishing Interests. Native <br />Americans, environmental interests, hunters, and hydropower production interests. <br />Conflicts became openly angry during 2001 when Irrigators were deprived during a <br />severe drought of traditionally available water through the government's issuance of <br />jeopardy opinions on the endangered and threatened fishes. Economic losses were <br />substantial and the changes in water management were a source of great frustration to <br />irrigators. <br />The Endangered Species Act (ESA) sets a framework for determination of future <br />i water u e and management in the Klamath River Basin. The ESA is tightly focused on <br />the req irements for survival of the threatened and endangered fishes, the survival of <br />which ' not negotl ble un r the ESA. Therefore, if the fishes require more water, <br />ESA di that thoy shall ave it, which would Imply that water managers and users <br />mint a merit their water pplies, reduce their demands, or reach other <br />accbm ations consiste t <br />p with the requirements of the species. <br />ile the ESA gives priority to the needs of threatened and endangered species. <br />it also ulres that any aligcation of resources to these species be justified on a <br />scientifi ortechni I basis. The burden for scientific and technical justification falls <br />mainly c n the fede I a encies, and especially the U.S. Fish and Wildlife Service and <br />Nation Marine Fi heTes Service, which are the source of biological opinions on the <br />species Assessm nt of the requirements of any species in a manner that Is <br />scientif ally or tee nically rigorous is difficult and often cannot be accomplished quickly. <br />The ao ncies have assembled considerable data and have interpreted the data as <br />X <br />966 -d 680 /110'd 9 Z-1 8998998808 s30af10s3N 1"nIVN 100 -woad 98 11 ZOOZ- 80 -93d <br />