Snake River Flow Augmentation Impact Analysis Appendix
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Geomorphic Assessment Report Big Wood River Blaine County, Idaho
GEOMORPHIC ASSESSMENT REPORT BIG WOOD RIVER BLAINE COUNTY, IDAHO Prepared For Trout Unlimited 300 North Main Street, Hailey, Idah, 83333 Prepared By P. O. Box 8578, 140 E. Broadway, Suite 23, Jackson, Wyoming 83002 October 30, 2015 CONTENTS 1.0 Introduction ................................................................................................................1 2.0 Project Area and Approach ........................................................................................1 3.0 Phase 1: Watershed Assessment ...............................................................................1 3.1 Study Area Sub-Catchments ..........................................................................2 3.2 Geology ..........................................................................................................2 3.2 Roads..............................................................................................................2 3.3 Land Slope .....................................................................................................3 3.4 Soils................................................................................................................3 3.5 Land Cover .....................................................................................................3 3.6 Tributary Catchment Analysis .......................................................................5 3.7 Fire .................................................................................................................5 3.8 Anthropogenic -
Mckern Presentation
WHO KILLED THE SNAKE RIVER SALMON JuneCELILO 1 FALLS COMMERCIAL HARVEST – 1860s to 1970s PEAK HARVEST 43 MILLION POUNDS – 1886 -SPRING CHINOOK SECOND PEAK 1910 – 43 MILLION POUNDS - ALL SPECIES EAST BOAT BASIN - ASTORIA MARINE MAMMAL PROTECTION ACT - 1972 NOAA RECENT ESTIMATE 20 TO 40 % OF SPRING CHINOOK Gold Dredge at Sumpter, Oregon Dredged Powder River Valley Oregon LOGGING WATERSHED DAMAGE EROSION SPLASH DAMS WATER RETENTION ROAD CONSTRUCTION METHODS Mainstem Snake River Dams WITHOUT FISH PASSAGE Oxbow dam – 1961 Shoshone Falls Hells Canyon Dam – (Upper Limit) 1967 Upper Salmon Falls – 1937 WITH FISH PASSAGE Lower Salmon Falls - Lower Granite Dam – 1910 1975 Bliss Dam – 1950 Little Goose Dam 1970 C. J. Strike Dam - Lower Monumental Dam 1952 – 1969 Swan Falls Dam -1901 Ice Harbor Dam - 1962 Brownlee Dam – 1959 SHOSHONE FALLS Tributary Dams Owyhee River Powder River Wild Horse Dam – 1937 Thief Valley Dam – 1931 Owyhee Dam – 1932 Mason Dam - 1968 Boise River Salmon River Anderson Ranch Dam – 1950 Sunbeam Dam – 1909 – 1934 Arrowrock Dam – 1915 Wallowa River Boise R Diversion Dam – 1912 OFC Dam 1898 - 1914 Lucky Peak Dam - 1955 Clearwater River Barber Dam - 1906 Lewiston Dam – 1917 - 1973 Payette River Grangeville Dam – 1910 – 1963 Black Canyon Dam – 1924 Dworshak Dam - 1972 Deadwood Dam - 1929 Malheur River Warm Springs Dam – 1930 Agency Valley Dam – 1936 Bully Creek Dam – 1963 Sunbeam Dam – Salmon River 1909 to 1934 1909 to 1920s - no fish passage 1920s to 1934 - poor fish passage Channel around by IDF&G 1934 NOTE 3 PEOPLE IN RED CIRCLE -
Photo Courtesy of Idaho Tourism Shoshone Falls
PHOTO COURTESY OF IDAHO TOURISM SHOSHONE FALLS Located at the edge of Twin Falls, Shoshone Falls is a natural beauty on the Snake River. At 212 feet, the falls are higher than Niagara and put on a show in spring and early summer, when water flows are at their peak PHOTO COURTESY OF IDAHO TOURISM after winter snowmelt. During high water years, the falls attract thousands of out-of-town spectators who KNOW BEFORE come to witness nature’s awesome power. YOU GO: Shoshone Falls access Even when the falls aren’t at their peak, they’re still an is available from 7 a.m. to dusk. Entry fees are inspirational sight. Make a day — or even a weekend! $3 per car and $20 per — of it by taking advantage of the hiking trails, tour bus. Season passes are $25 and can be playgrounds, picnic areas, boat ramps, and swimming purchased at the holes that surround the falls. You can rent a stand-up park entrance. paddleboard from the AWOL Dive & Kayak stand and get an up-close view of Shoshone Falls from below — an experience that visitors say they’ll never forget. VISITSOUTHIDAHO.COM TWIN FALLS ©BLIPPRINTERS The city of Twin Falls took its name from these two waterfalls in the Snake River Canyon. So why is only one waterfall visible today? A dam along the Snake River, which uses water for hydroelectricity throughout the year, diverted water away from the second KNOW BEFORE waterfall. However, Twin Falls still remains a beautiful YOU GO: The best time to see landmark in spring and early summer, when thousands Twin Falls is from March upon thousands of gallons of water plummet 125 feet through early June, to the river below. -
Idaho Power Company's Fall Chinook Salmon Hatchery
IDAHO POWER COMPANY’S FALL CHINOOK SALMON HATCHERY PROGRAM Stuart Rosenberger, Paul Abbott, James Chandler 1221 W. Idaho St., Boise, Idaho Background The current Idaho Power Company (IPC) fall Chinook salmon program was established to provide mitigation for losses associated with the construction and operation of Brownlee, Oxbow, and Hells Canyon dams which together form the Hells Canyon Complex. IPC’s current mitigation goal is to produce 1 million fall Chinook salmon smolts annually (see Origination of Idaho Power Company’s Hatchery Mitigation Program section for more details). Oxbow Hatchery, funded by IPC and operated by the Idaho Department of Fish and Game, is responsible for the incubation and rearing of up to 200,000 subyearling fall Chinook salmon. The hatchery is located on the Snake River downstream of Oxbow Dam near the IPC village known as Oxbow, Oregon (Figure 1). IPC also contracts with the Oregon Department of Fish and Wildlife (ODFW) for the production of an additional 800,000 subyearling fall Chinook salmon that were originally reared at ODFW’s Umatilla Hatchery and are now reared at ODFWs’ Irrigon Hatchery, both of which are located near the town of Irrigon, Oregon. Fish reared at both Oxbow and Umatilla/Irrigon hatcheries are released into the Snake River directly below Hells Canyon Dam with the exception of brood years 2003 to 2005 in which some of the production was released at the Nez Perce Tribe’s Pittsburg Landing acclimation facility. Similar to other fall Chinook salmon programs in the Snake Basin, Oxbow and Umatilla/Irrigon hatcheries receive eyed eggs from Lyons Ferry Hatchery, as it is one of only two broodstock holding and spawning facilities for fall Chinook salmon in the Snake Basin. -
Draft Clearwater Assessment: 8. Fishery Resources
8 Fishery Resources 8.1 Fish Status Currently more than 30 species of fish inhabit the Clearwater subbasin, including 19 native species, two of which have been reintroduced (Table 43). Salmonids and cyprinids are most numerous, representing 10 and 6 species, respectively. Exotic species within the subbasin are generally introduced sport or forage species, and include primarily centrarchids, ictalurids, and salmonids. Five fish species have been chosen as aquatic focal species in this assessment: chinook salmon (Oncorhynchus tshawytscha), steelhead trout (Oncorhynchus mykiss subspecies), westslope cutthroat trout (Oncorhynchus clarki lewisi), bull trout (Salvelinus confluentus) and brook trout (Salvelinus fontinalis). Aquatic focal species may serve as indicators of larger communities, and are listed by federal and/or state agencies as species of concern or, in the case of brook trout, have the potential to negatively impact other selected species. In addition, aquatic focal species had adequate data available for species status, distribution, and habitat use to aid future decision making. Information is also provided for additional species of interest for which only limited data exists, redband trout (Oncorhynchus mykiss subspecies), Pacific lamprey (Lampetra tridentata) and coho salmon (Oncorhynchus kisutch). Although species status is discussed, data limitations for these species prohibits substantial consideration of limiting factors and distribution or condition of existing habitat areas. The resident fishery in Dworshak Reservoir is also considered a substantial fishery resource in the Clearwater subbasin. The Dworshak Reservoir fishery involves multiple species, and is addressed as a single fishery rather than as a large number of individual species. Distribution and status information was compiled for the five aquatic focal species using 23 data sources. -
Spring Chinook Salmon Dworshak National Fish Hatchery Clearwater River, Idaho
Spring Chinook Salmon Dworshak National Fish Hatchery Clearwater River, Idaho Howard Burge Ray Jones U.S. Fish and Wildlife Service Idaho Fishery Resource Office Ahsahka, Idaho Idaho Washington NF Clearwater River Clearwater Lower Hatchery Columbia Lower Little Goose Granite Monumental Dam Dam Dam Dworshak Dam Clearwater R Dworshak Lochsa R River Snake NFH River Lewiston Kooskia IDFG Ice Harbor NFH Satellites Dam Selway River Rapid R Hatchery Hells Canyon Dam Oxbow Dam SF Clearwater McNary Brownlee Dam Dam Oregon Salmon River Program Goals 9,135 adults above Lower Granite Dam Harvest of 36,500 in ocean, Columbia River, and Lower Snake River fisheries Original production goal of 1.4 mil smolts Current production goal of 1.05 mil smolts - changed in 1996 Management Objectives Provide sport & tribal fishing opportunities in the Lower Clearwater River Return adequate broodstock to meet production needs Minimize impacts to natural populations Assist other programs in the Clearwater basin M & E Objectives Evaluate the effectiveness of the program so that it can be managed adaptively Determine the total adult return to assess if the program is meeting its mitigation goals Document and communicate programs success at meeting its program and management goals Coordinate hatchery and R,M & E activities Lewiston Dam 1929-1972 Leavenworth NFH 1983 - 86 Little White NFH 1983 & 85 1989 - 2010 Dworshak NFH Kooskia NFH 1995 Rapid River SH 1987 & 88 Broodstock sources and years Dworshak Spring Chinook Broodstock 50:50 ratio of males to females Approximately 65% of returning adults are 2-ocean Average size of a 2-ocean adult is 29 inches Average pre-spawn mortality (1995-2010) 3.1% Chinook arrive ~ May - August Spawning ~ late Aug - early Sept Juvenile Performance Rearing ~ approx. -
Custer County,Idaho
114o1230 44o5200 114o4830 44o4830 Custer County, er iv R n Tcv o Idaho Tgs m l Qa a Kgd Tgs S Tcv k Ys r Ys o Qa F Tgdd le The map on this page has been reduced by 40% from dd Ys Mi Tcv Ys the map on the big page. So it is not to 1:500,000 scale. The scale bar was reduced with it though and should be Tgs Tcv Tcv Tcv close to correct. Kgd Qa Os Qm Kgd Qa Salmon Qa Ds Kgdh R. Mtns. Kgd Kgd Tcv Qs OCZ P A Qm H Kgd Challis Tcv S Pzl Kgdh Kgd OCZ IM E Os Qa Qa Qs RO PPPs Tcv Tgdd Tcv Ds Qs I Kgdh Cs V Pzl Tgs A L Kgd Qm Tcv DSs L OCs DSs E OCs Y Cs Ss Qa Tcv Kgdh Ss Tcv Ds Ybe Kis Sunbeam OCs Tcv o Tgs Qa Cs 44 2130 Kis Kgd OCs Ss Ds 115o1730 Kgdh Kgd PPPs Kgd Qs Kis Ms OCs Os Ts Qm 21 Ybe OCs PPPs Os 75 Os PzZm Kgdh OCs Ds Qs Ybe Qa River Kgd OCs DSs Kis Kis on Ms OCs Tcv Qs m Os OCs Ss Ts Os Qs Qg al Qa Sawtooth Rge. S 25 DSOs Ms Ss Tgs OCs Ss Ms Tcv Qs Stanley o Qg Tcv Ds 44 1400 Kgd Ps PPPs Os Kgdh Tcv Tcv 93 Ms Qs Tcv Ms PzZm Qm Ts Redfish SOs Borah PK. Tcv Kgd Lk. Qa (12,662 ft) Ds Ts DSOs Qs Qm Ds Qm Qm Qa SOs Leatherman Kgd Pk Tgs Chilly Lost River Rge. -
2012 Vacation Guide and Business Directory Supplement to the Clearwater Tribune 161 Main St
2012 Vacation Guide and Business Directory Supplement to the Clearwater Tribune 161 Main St. • Orofino, Idaho • (208) 476-4571 • www.clearwatertribune.com clearwatertribuneorofino.blogspot.com www.facebook.com/clearwatertribune Index of Advertisers Lodging/RV Parks, Dining Automotive Canoe Camp RV Park...........................................15 Bill’s Auto Body & Exhaust..................................6 Canyon Inn Bar & Grill-RV Park...........................17 Les Schwab Tire Center......................................32 Clearwater Crossing RV Park.............................30 Olive’s Auto Parts..................................................7 Dining on The Edge Restaurant..........................21 Orofino Body Shop..............................................12 Fiesta En Jalisco..................................................11 Valley Motor Parts................................................21 High Country Inn....................................................8 Konkolville Motel....................................................3 Groceries Ponderosa Restaurant & Brass Rail.....................7 Barney’s Harvest Foods......................................13 Royodale RV Park.................................................12 Mary Ann’s Groceries..........................................11 Three Mountains Retreat.......................................6 Woodlot Tavern & Café.........................................20 Outdoor Kwik Catch............................................................13 Medical Lewis Clark ATV -
Draft Environmental Assessment for the Little Wood River Irrigation District Pressurized Pipeline Irrigation Delivery System
Draft Environmental Assessment for the Little Wood River Irrigation District Pressurized Pipeline Irrigation Delivery System U.S. Department of the Interior Bureau of Reclamation Pacific Northwest Region Snake River Area March 2010 The mission of the Department of the Interior is to protect and provide access to our Nation’s natural and cultural heritage and honor our trust responsibilities to tribes. The mission of the Bureau of Reclamation is to manage, develop, and protect water and related resources in an environmentally and economically sound manner in the interest of the American public. Draft Environmental Assessment for the Little Wood River Irrigation District Pressurized Pipeline Irrigation Delivery System U.S. Department of the Interior Bureau of Reclamation Pacific Northwest Region Snake River Area March 2010 Draft Environmental Assessment Little Wood River Irrigation District Pressurized Pipeline Project Acronyms and Abbreviations BLM U.S. Bureau of Land Management BPC Bonneville Pacific Corporation cfs cubic feet per second DEQ Idaho Department of Environmental Quality DPS Distinct Population Segment EA environmental assessment EIS environmental impact statement EPA U.S. Environmental Protection Agency FONSI Finding of No Significant Impact IDFG Idaho Department of Fish and Game IDWR Idaho Department of Water Resources kWh kilowatt-hours LWRID Little Wood River Irrigation District NEPA National Environmental Policy Act NHPA National Historic Preservation Act of 1966 NRCS Natural Resources Conservation Service NRHP National Register of Historic Places PEM palustrine emergent PSS palustrine scrub-shrub Reclamation U.S. Bureau of Reclamation RPW Relatively Permanent Water SCI Soil Condition Index SHPO State Historic Preservation Office SISL Surface Irrigation Soil Loss Model TMDL Total Daily Maximum Load TNW Traditional Navigable Water USDA U.S. -
Aquatic Biological Communities and Associated Habitats at Selected Sites in the Big Wood River Watershed, South-Central Idaho, 2014
Prepared in cooperation with Blaine County, Trout Unlimited, The Nature Conservancy, and the Wood River Land Trust Aquatic Biological Communities and Associated Habitats at Selected Sites in the Big Wood River Watershed, South-Central Idaho, 2014 Scientific Investigations Report 2016–5128 U.S. Department of the Interior U.S. Geological Survey Cover: Big Wood River at Hailey, Idaho, looking downstream from the Bow Bridge with a scientist taking an invertebrate sample. Photograph by Dorene MacCoy, U.S. Geological Survey, September 17, 2014. Aquatic Biological Communities and Associated Habitats at Selected Sites in the Big Wood River Watershed, South-Central Idaho, 2014 By Dorene E. MacCoy and Terry M. Short Prepared in cooperation with Blaine County, Trout Unlimited, The Nature Conservancy, and the Wood River Land Trust Scientific Investigations Report 2016–5128 U.S. Department of the Interior U.S. Geological Survey U.S. Department of the Interior SALLY JEWELL, Secretary U.S. Geological Survey Suzette M. Kimball, Director U.S. Geological Survey, Reston, Virginia: 2016 For more information on the USGS—the Federal source for science about the Earth, its natural and living resources, natural hazards, and the environment—visit http://www.usgs.gov or call 1–888–ASK–USGS. For an overview of USGS information products, including maps, imagery, and publications, visit http://store.usgs.gov. Any use of trade, firm, or product names is for descriptive purposes only and does not imply endorsement by the U.S. Government. Although this information product, for the most part, is in the public domain, it also may contain copyrighted materials as noted in the text. -
Hells Canyon Complex Total Dissolved Gas Study
Hells Canyon Complex Total Dissolved Gas Study Ralph Myers Project Limnologist Sharon E. Parkinson Principal Engineer Technical Report Appendix E.2.2-4 March 2002 Revised July 2003 Hells Canyon Complex FERC No. 1971 Copyright © 2003 by Idaho Power Company Idaho Power Company Hells Canyon Complex Total Dissolved Gas Study TABLE OF CONTENTS Table of Contents ............................................................................................................................. i List of Tables...................................................................................................................................ii List of Figures .................................................................................................................................ii List of Appendices .........................................................................................................................iii Abstract ........................................................................................................................................... 1 1. Introduction ................................................................................................................................ 2 2. Study Area.................................................................................................................................. 3 3. Plant Operations ......................................................................................................................... 4 4. Methods..................................................................................................................................... -
Dolen, Timothy P
Historical Development of Durable Concrete for the Bureau of Reclamation Timothy P. Dolen Research Civil Engineer - Senior Technical Specialist Materials Engineering and Research Laboratory Technical Service Center - Denver, Colorado Introduction The Bureau of Reclamation infrastructure stretches across many different climates and environments in the seventeen western states. Many of the dams, spillways, pumping plants, power plants, canals, and tunnels are constructed with concrete. These structures were built from Arizona to Montana, across the plains and in the mountains and deserts. Concrete structures had to remain durable to resist both the design loads and the natural environments of the western climate zones. Many natural environments can be quite destructive to concrete and the earliest Reclamation projects were faced with a variety of durability problems. The state-of-the-art of concrete construction advanced from hand mixing and horse and wagon transporting operations to automated mixing plants, underwater canal construction, and pumping and conveyor placing. This paper first overviews the challenges facing concrete construction in the beginning of the 20th Century. It then traces the Bureau of Reclamation’s role in the development of durable concrete to resist the environments of the west. What is Concrete? Before we begin, we must first understand what is concrete, the most versatile building material. The American Concrete Institute defines concrete as “a composite material that consists essentially of a binding medium within which are embedded particles or fragments of aggregate, usually a combination of fine aggregate and coarse aggregate; in portland-cement concrete, the binder is a mixture of portland cement and water.”1 The earliest concretes date at least as far back as early Roman times including the aqueducts and the historic Pantheon in Rome.