The Friant Dam Returns to the Docket
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PIT Tag Monitoring for Emigrating Juvenile Chinook Salmon at Three Flow Conditions
PIT Tag Monitoring for Emigrating Juvenile Chinook Salmon at Three Flow Conditions Introduction Historically, California’s upper San Joaquin River (SJR) supported stable populations of fall- and spring-run Chinook salmon (Oncorhynchus tshawytscha). However, both populations were extirpated from the system in the mid-twentieth century following the development of Friant Dam (Moyle 2002). In response to the San Joaquin River litigation Settlement, the San Joaquin River Restoration Program (SJRRP) has implemented an objective to restore a naturally reproducing and self-sustaining population of Chinook salmon, as well as other fishes, in the system. Because the anadromous life-cycle of SJR Chinook salmon requires conveyance of juveniles from a riverine system to the Pacific Ocean to support the return of spawning adults, meeting this objective requires the consideration of environmental conditions and a connected river system. Though there are likely a multitude of environmental parameters that impact emigrating juvenile salmon, flow regime and predation are often cited as having a significant effect on travel speed and survivability (Raymond 1968; Berggren and Filardo1993; Michel et al. 2013). Flows in the SJR are highly regulated as means to support agricultural production, and non-native piscivorous fish in the restoration reach tend to occur more frequently downstream of Reach 1 (Gravelly Ford to confluence of Merced River; SJRRP 2013 I&M Report). Anecdotal evidence collected during SJRRP fish inventory and monitoring efforts suggests many of the non-native piscivores tend to reside in anthropogenic altered habitats (e.g., mine pits, altered channels, etc), which may pose a challenge to emigrating salmon. River flow conditions and water temperatures were managed during spring releases to elicit downstream fish movement with pulse flows and receding flows benches to avoid stranding. -
Chronology of Major Litigation Involving the Central Valley Project and the State Water Project
Chronology of Major Litigation Involving the Topic: Litigation Central Valley Project and the State Water Project CHRONOLOGY OF MAJOR LITIGATION INVOLVING THE CENTRAL VALLEY PROJECT AND THE STATE WATER PROJECT I. Central Valley Project 1950 United States v. Gerlach Live Stock Co., 339 U.S. 725 (1950) Riparians on San Joaquin River downstream of Friant Dam sued for damages for impairment of their rights to periodic inundation of their “uncontrolled grasslands.” Under reclamation law, the United States had to recognize prior vested rights and compensate for their impairment. 1958 Ivanhoe Irrig. Dist. v. McCracken, 357 U.S. 275 (1958) Congress did not intend that Section 8 of the Reclamation Act, which generally makes state water law applicable to reclamation projects, would make the 160-acre limitation in Section 5 inapplicable to the CVP. If needed for a project, Reclamation could acquire water rights by the payment of compensation, either through condemnation, or if already taken, through actions by the owners in the courts. 1960 Ivanhoe Irrig. Dist. v. All Parties, 53 Cal.2d 692 (1960) State law conferred legal capacity upon irrigation districts to enter into contracts with federal government for CVP water. Districts could execute the contracts even though they contained the 160-acre limitation under federal law. 1963 Dugan v. Rank, 372 U.S. 609 (1963) Parties claiming water rights along the San Joaquin River downstream of Friant Dam sued the United States and Bureau of Reclamation officials, seeking to enjoin storage or diversion of water at the dam. The Court held that the courts had no jurisdiction over the United States because it had not consented to suit and the McCarran Amendment did not apply. -
Trinity Dam Operating Criteria Trinity River Division Central Valley Project-California
·rRlNITY ~IVER BASIN us RESOURCE LIBRARY BR TRINITY COUNTY LIBRARY T7 WEAVERVILLE, CALIFORNIA 1979 (c.l) Trinity Dam Operating Criteria Trinity River Division Central Valley Project-California TRINITY COUNTY JULY 1979 TRINITY RIVER BASIN RESOURC E LIBRARY TRINITY RIVER DIVISION CENTRAL VALLEY PROJECT CALIFORNIA Trinity Dam Operating Criteria Prepared for the Trinity River Basin Fish and Wildlife Task Force July 1979 United States Department of the Interior Bureau of Reclamation Mid-Pacific Region 1 ~ 7 5 122 R 1 W R 1 E 2 23° \ R 10 W ( T 38 N ----- ·-----]r------------r-CANADA ' I • I WA r NORTH ~ J SHINGTON ' \ ' DAKOTA ) ___ 1 • \.-.. ..-- .. J, ': M 0 N TAN A !___ - ----\ ' \ souTH : i ,----- - ~ ~~ ,o. 0 R EGON ( ,_---, : DAKOTA I : IOAHo 1 I __ __ \ \~' I W YOMING ·----- ~ -- -----, ___ , ,I \ ~ ~u I ~ 0 ; ------1 , NEBRASKA ', 1\ ~ I I ·--------'--, ~ I NEVA 1' 1: 0 ~1 : t------- -'.) I I J \_ DA UTAH COLORADO: ANSAS ' ~,J t -+- ---1--- .. - ', : : I K .\ ~ I . ---- .... ~ ' I 4!< l o ' ------·------ -- -~----- ', ~ -r' "::: rJ A ~ '!> ','\_r) i t---! OKLAHOMA\ -:- . I , , r/ / ;' ARIZONA I' NEW MEXICO. L ______ 1_ MALIN-ROUND MOUNTAIN 500 KV ~ . ' ,... 36 : , I l PACIFIC NW-PAC/FIC SW INTERTIE ---, ' ' ', I, ---~-E~~'-;:--·;;::<_-'r EX A_(S ---i- - ~ ~ - t \. .. _;··-....., ~ CLAIR ENGLE LAKE IN 0 EX M A P '._\_ ~.:.. (__j ~ ) I I / \ I - BUREAU OF RECLAMATION HASTAL~l WHISKEYTOWN-SHASTA( rr TRINITY [NAT . lj r COMPLETED OR AUTHORIZED WORKS 34 TRINITY DAM & POWERP~LANT~- ? ) RECrATION AREAS (~ ,- DAM AND RESERVOIR LEWISTON LAKE TRIINir/cARR 230 KV ? 0 I <=::? r ~-~~- _./ TUNNEL ~<";:1 r ~ -+ ---< - .r') d,):3_ -}N , ··- •J?:y,--.___ N CONDUIT - ~~ wcAv~~VIL' 7 __r~\. -
Cvp Overview
Central Valley Project Overview Eric A. Stene Bureau of Reclamation Table Of Contents The Central Valley Project ......................................................2 About the Author .............................................................15 Bibliography ................................................................16 Archival and Manuscript Collections .......................................16 Government Documents .................................................16 Books ................................................................17 Articles...............................................................17 Interviews.............................................................17 Dissertations...........................................................17 Other ................................................................17 Index ......................................................................18 1 The Central Valley Project Throughout his political life, Thomas Jefferson contended the United States was an agriculturally based society. Agriculture may be king, but compared to the queen, Mother Nature, it is a weak monarch. Nature consistently proves to mankind who really controls the realm. The Central Valley of California is a magnificent example of this. The Sacramento River watershed receives two-thirds to three-quarters of northern California's precipitation though it only has one-third to one-quarter of the land. The San Joaquin River watershed occupies two- thirds to three-quarter of northern California's land, -
Friant Division Facts
FFrriiaanntt DDiivviissiioonn FFaaccttss FRIANT DAM Type Concrete gravity Location San Joaquin River above Friant, 17 miles northeast of downtown Fresno Groundbreaking Ceremony November 5, 1939 Basic Construction Period 1939-42 (Outlet gates installed in 1944; spillway drum gates installed in 1947) Outlets To the San Joaquin River, Madera Canal and Friant-Kern Canal Power Plants Operated by the Friant Power Authority (on the river and canal outlets), and by the Orange Cove Irrigation District (on a water line supplying the Friant fish hatchery) Named For The nearby town of Friant, recalling pioneer lumberman Thomas Friant Dimensions Structural Height 319 feet (97.23 meters) Hydraulic Height 296 feet (90.2 meters) Top Width 20 feet (6.1 meters) Maximum Base Width 267 feet (81.4 meters) Crest Length 3,488 feet (1,063 meters) Crest Elevation 581.3 feet (177.2 meters) above sea level Total Concrete Volume 2,135,000 cubic yards (1,632,325 cubic meters) Spillway Overflow section at dam's center controlled by three 18- by 100-foot gates, including two new rubberized air-filled bladder gates and one drum gate Elevation, Top of Gates 578.0 feet (176.2 meters) Spillway Crest Elevation 560.0 feet (170.7 meters) Maximum Release To River 59,770 cubic feet per second, on January 3, 1997 MILLERTON LAKE Total Capacity 520,500 acre feet (elevation 578 feet) Record Maximum Storage 530,452 acre feet, on January 3, 1997(elevation 580.01 feet) "Dead" Storage 135,000 acre feet (capacity below canal outlets) "Active" Storage 385,500 acre feet (maximum available for beneficial Friant Division use) Surface Area At Capacity 4,900 acres (1,983 hectares) Maximum Length 15 miles (24.1 kilometers) First Water in Reservoir October 20, 1941 (after temporary river outlets were closed) First Controlled Storage February 21, 1944 (after outlet gate valves were installed) Named For The town of Millerton, county seat of Fresno County from 1856-74, the site of which is inundated by the reservoir. -
Reclamation's Salinity Management Plan
Reclamation’s Salinity Management Plan Revised May November 2010 Actions to Address the Salinity and Boron Total Maximum Daily Load Issues For the Lower San Joaquin River Table of Contents Changing Landscape.........................................................................................................................1 Current Actions.................................................................................................................................2 Flow Actions.....................................................................................................................................3 New Melones Operations – Dilution Flows...............................................................................3 Water Acquisitions....................................................................................................................44 San Joaquin River Restoration Program..................................................................................55 Salt Load Reduction Actions ..........................................................................................................66 Grassland Drainage Area Salinity Reduction ..........................................................................66 Water Use Efficiency Grant Programs .....................................................................................77 Water Conservation Field Services Program......................................................................77 WaterSMART (previously Water 2025) Grant Program................................................ -
Sites Reservoir Project Public Draft EIR/EIS
6. Surface Water Resources 6.1 Introduction This chapter describes Existing Conditions (the environmental setting) and Sites Reservoir Project (Project)-related changes to surface water resources in the Extended, Secondary, and Primary study areas. Detailed descriptions and maps of these three study areas are provided in Chapter 1 Introduction, and summarized descriptions are included in this chapter. Surface water resources generally include reservoirs, rivers, and diversions. Permits and authorizations for surface water resources are presented in Chapter 4 Environmental Compliance and Permit Summary. The regulatory setting for surface water resources is presented in Appendix 4A Environmental Compliance. This chapter also includes a description of the surface water supply facilities operations and resulting surface water resources characteristics of California’s major water systems that are relevant to the Project: the Central Valley Project (CVP), a federal project that is operated and maintained by the Bureau of Reclamation (Reclamation), the State Water Project (SWP), operated and maintained by the California Department of Water Resources (DWR), and associated tributary rivers and streams. A schematic showing the layout of these two water systems, with the relative location of the Project, is shown in Figures 6-1A, 6-1B, and 6-1C. A comparison of these characteristics has been made between the Existing Conditions/No Project/No Action Condition, and the four action alternatives (Alternatives A, B, C, and D). Unless noted, all numbers shown related to storages, flows, exports, and deliveries in this chapter are generated from the CALSIM II computer simulation model. Appendix 6A Modeling of Alternatives, Appendix 6B Water Resources System Modeling, and Appendix 6C Upper Sacramento River Daily River Flow and Operations Modeling describe the assumptions and the analytical framework used in the surface water modeling analyses. -
Congressional Legislation to Benefit Fish and Wildlife in California's Central Valley
Congressional Legislation to Benefit Fish and Wildlife in California's Central Valley by Joe Krovoza Representative George Miller (D - Contra Costa, CA), Chair of the House of Representatives' Committee on Interior and Insular Affairs,1 and SenatorBill Bradley (D - N.J.), Chair of the Subcommittee on Water and Power of the Senate Energy and Natural Resources Committee, have introducedbills in congress thatpromise to ensure the restoration and protection offish and wildlife in California'sCentral Valley. The history of Central Valley water development, the resulting habitat losses, and relevant state and federal laws will be discussed before reviewing the proposed legislation. Introduction California's Central Valley is the vast basin defined by the Sierra Nevada on the east and the Coast Ranges on the west. The valley stretches nearly 500 miles from the town of Shasta to the city of Bakersfield. Its average width is 100 miles. Countless tributaries and numerous rivers flow from these mountains to the floor of the valley. There they meet the Sacramento River flowing from the north and the San Joaquin River flowing from the south; their confluence is the Sacramento-San Joaquin Delta Estuary (Delta) and the San Francisco Bay (Bay), through which they flow to the Pacific Ocean. I. Water for the West With passage of the Reclamation Act of 1902, the federal government sanctioned irrigation as one of the prime methods of "reclaiming" the arid and semi-arid western United States. The Act's purposes were to populate the West, develop the region's economy and promote the family farm. A. The Central Valley Project In California, the federal government began the Central Valley Project (CVP) to implement the goals of the Reclamation Act. -
Friant Dam Fact Sheet
MP Region Public Affairs, 916-978-5100, http://www.usbr.gov/mp, December 2017 Mid-Pacific Region, Friant Dam Division Background The capacity of the spillway is 83,020 cubic feet per second (cfs) at elevation 578.0 feet. Friant Dam is located on the San Joaquin The gates float open or close based on level River, 16 miles northeast of downtown in the Reservoir. The watertight gates are Fresno, California. Completed in 1942, the located in the recess of the spillway section dam is a concrete gravity structure, 319 feet forming a portion of the crest when lowered. high with a crest length of 3,488 feet. The Due to frequent drought cycles in central dam controls San Joaquin River flows and California over the past 50 years, water provides for: downstream releases to meet seldom spills at Friant. water delivery requirements above Mendota Pool; flood control, conservation storage and water diversions into Madera and Friant- Kern canals; and, water deliveries to a million acres of agricultural land in Fresno, Kern, Madera, and Tulare counties in the San Joaquin Valley. An additional function of Friant Dam began in October 2009 as the first experimental water releases were made for the San Joaquin River Restoration Program, a long- The Friant Dam and Friant-Kern Canal term effort to restore salmon populations in the San Joaquin River. Friant-Kern Canal Millerton Lake, the reservoir behind Friant The Friant-Kern Canal carries water about Dam, first stored water Feb. 21, 1944. It has 152 miles in a southerly direction from a total capacity of 520,500 acre-feet, a Millerton Lake to the Kern River, near surface area of 4,900 acres, and is Bakersfield. -
Hydropower Technical Appendix
Hydropower Hydropower Technical Appendix UPPER SAN JOAQUIN RIVER BASIN STORAGE INVESTIGATION Initial Alternatives Information Report Hydropower Technical Appendix TABLE OF CONTENTS Chapter Page CHAPTER 1. INTRODUCTION.................................................................................. 1-1 STUDY AREA.........................................................................................................................1-2 SURFACE WATER STORAGE MEASURES CONSIDERED IN THE IAIR ...........................1-3 ORGANIZATION OF THIS TECHNICAL APPENDIX.............................................................1-3 CHAPTER 2. EXISTING AND FUTURE WITHOUT-PROJECT CONDITIONS......... 2-1 HYDROPOWER BACKGROUND ..........................................................................................2-1 HISTORICAL PERSPECTIVE................................................................................................2-1 EXISTING HYDROPOWER FACILITIES IN THE UPPER SAN JOAQUIN RIVER BASIN....2-5 Friant Dam and Millerton Lake ............................................................................................2-9 Friant Power Project............................................................................................................2-9 PG&E Kerckhoff Hydroelectric Project ..............................................................................2-10 Kerckhoff No. 2 Powerhouse .........................................................................................2-10 Kerckhoff Dam and Lake................................................................................................2-11 -
Historical and Present Distribution of Chinook Salmon in the Central Valley Drainage of California
Historical and Present Distribution of Chinook Salmon in the Central Valley Drainage of California Ronald M. Yoshiyama, Eric R. Gerstung, Frank W. Fisher, and Peter B. Moyle Abstract Chinook salmon (Oncorhynchus tshawytscha) formerly were highly abundant and widely distributed in virtually all the major streams of California’s Central Valley drainage—encompassing the Sacramento River basin in the north and San Joaquin River basin in the south. We used information from historical narratives and ethnographic accounts, fishery records and locations of in-stream natural barriers to determine the historical distributional limits and, secondarily, to describe at least qualitatively the abundances of chinook salmon within the major salmon-producing Central Valley watersheds. Indi- vidual synopses are given for each of the larger streams that histori- cally supported or currently support salmon runs. In the concluding section, we compare the historical distributional limits of chinook salmon in Central Valley streams with present-day distributions to estimate the reduction of in-stream salmon habitat that has resulted from human activities—namely, primarily the con- struction of dams and other barriers and dewatering of stream reaches. We estimated that at least 1,057 mi (or 48%) of the stream lengths historically available to salmon have been lost from the origi- nal total of 2,183 mi in the Central Valley drainage. We included in these assessments all lengths of stream that were occupied by salmon, whether for spawning and holding or only as migration cor- ridors. In considering only spawning and holding habitat (in other words, excluding migration corridors in the lower rivers), the propor- tionate reduction of the historical habitat range was far more than 48% and probably exceeded 72% because most of the former spawn- ing and holding habitat was located in upstream reaches that are now inaccessible for salmon. -
California's Salmon and Steelhead: the Struggle to Restore an Imperiled Resource
Preferred Citation: Lufkin, Alan, editor. California's Salmon and Steelhead: The Struggle to Restore an Imperiled Resource. Berkeley: University of California Press, c1991. http://ark.cdlib.org/ark:/13030/ft209nb0qn/ California's Salmon and Steelhead The Struggle to Restore an Imperiled Resource Edited by Alan Lufkin UNIVERSITY OF CALIFORNIA PRESS Berkeley · Los Angeles · Oxford © 1990 The Regents of the University of California California's Salmon and Steelhead FOREWORD ACKNOWLEDGMENTS PREFACE • Organization of the Book • Outline of Salmon Biology • A Note on Nomenclature PART ONE— HISTORICAL PERSPECTIVES Chapter One— Historical Highlights • Early Indian Fishery Immigrants Take Control • Commercial Beginnings • Hydraulic Mining Effects • Early Restoration Efforts Salmon and Water Interests • The Central Valley Project (CVP) • The State's Role The Postwar Period • The Good News and the Bad • The Red Bluff Diversion Dam Citizen Action Begins • The First Advisory Committee. • The Upper Sacramento Committee. • Current Indian Fishery Issues • Results • Too Much Help? • Recent Citizens' Actions • Klamath Management Zone Problems Water Issues • SWRCB Bay/Delta Salinity Plan Development • Renewal of Friant Water Contracts • Asian Driftnet Concerns • A Future in Doubt Chapter Two— The Klamath River Fishery: Early History • Precontact Era • Postcontact Era • Chapter Three— North Coast Salmon and Steelhead and Their Habitat (1) Chapter Four— The Passing of the Salmon • Epilogue Chapter Five— Remember the San Joaquin • Epilogue PART TWO— CURRENT