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Seismicity, Seismotectonics and Preliminary Earthquake Hazard Analysis of the Teton Region, WY
FINAL TECHNICAL REPORT DEVELOPMENT OF EARTHQUAKE GROUND SHAKING HAZARD MAPS FOR THE YELLOWSTONE- JACKSON HOLE-STAR VALLEY, WYOMING Submitted to the U.S. Geological Survey Under the National Earthquake Hazards Reduction Program Program Element II Evaluate Urban Hazard and Risk USGS Award 05HQGR0026 Prepared by Bonnie Jean Pickering White Department of Geology and Geophysics The University of Utah Salt Lake City, UT 94112 and Robert B. Smith Department of Geology and Geophysics The University of Utah Salt Lake City, UT 94112 Principal Investigator Ivan Wong Seismic Hazards Group URS Corporation 1333 Broadway, Suite 800, Oakland, CA 94612 Phone: (510) 874-3014, Fax: (510) 874-3268 E-mail: [email protected] 26 September 2006 __________________________ This research was supported by the U. S. Geological Survey (USGS), Department of the Interior, under USGS Award Number 05HQGR0026. The views and conclusions contained in this document are those of the authors and should not be interpreted as necessarily representing the official policies, either expressed or implied of the U.S. Government. PREFACE The Yellowstone-Jackson Hole-Star Valley corridor is located within the seismically and tectonically active Intermountain Seismic Belt in westernmost Wyoming and eastern Idaho. The corridor has the highest seismic hazard in the Intermountain U.S. based on the U.S. Geological Survey’s National Hazard Maps. The region contains the heavily visited Yellowstone and Teton National Parks and the rapidly growing areas of Jackson Hole and Star Valley. Although there has only been one large earthquake in this region in historical times (1959 moment magnitude [M] 7.5 Hebgen Lake), abundant geologic evidence exists for the past occurrence of surface-faulting earthquakes of M 7 or greater. -
Conservationists and the Battles to Keep Dams out of Yellowstone: Hetch Hetchy Overturned
Conservationists and the Battles to Keep Dams Out of Yellowstone: Hetch Hetchy Overturned Michael J. Yochim Abstract Between 1919 and 1938 irrigation interests in Idaho, Montana, and Wyoming repeatedly tried to construct reservoirs in Yellowstone National Park by damming several large park lakes and Bechler Meadows. Conservationists of the time joined forces with Horace Albright and Steven Mather of the National Park Service to oppose the dams. Ultimately successful in all their efforts, their key victory came in 1923 when they defeated an attempt to dam Yellowstone Lake. This victory reversed the loss of protected status for national parks that had occurred just ten years earlier at Hetch Hetchy Valley in Yosemite National Park. By chronicling the protracted conflict over dams in Yellowstone, I illustrate that the conservationists (including Mather and Albright) reestablished the funda- mental preservation policy of the national parks and empowered the newly cre- ated National Park Service to carry out its mission of park protection. This effort was the key battle in proving national parks and wilderness to be inviolate to industrial, exploitive uses. Conservationists both defined and tested the inviolate policy in Yellowstone; their battles in Dinosaur National Monument and the Grand Canyon cemented it into place. Introduction Far off, there lies a lovely lake Which rests in beauty, there to take Swift pictures of the changing sky, Ethereal blues, and clouds piled high. When black the sky, when fall the rains, When blow fierce winds, her face remains Still beautiful, but agitate, Nor mirrors back their troubled state. Within a park this treasure lies, — Such region ne’er did man devise — The hand of Mighty God, alone, Could form the Park of Yellowstone. -
U.S. G Eolo:.:Jical. Survey
Pierce and Colman: Submerged Shorelines of Jackson Lake, Wyoming: Do They Exist and SUBMERGED SHORELINES OF JACKSON LAKE, WYOMING: DO THEY EXIST AND DEFINE POSTGLACIAL DEFORMATION ON THE TETON FAULT Kenneth L. Pierce u.s. Geolo:.:Jical. Survey Denver, co Steven M. Colman u.s. Geological Survey Woods Hole, M A Obj::ctives The Teton fault is one of the moot active normal faults in the world, as attested by the precipitous high front of the Teton Range. After deglaciation of northern Jackson Hole arout 15,000 years ago (Parter and others, 1983), offset on the Teton fault eouthwest of Jackoon Lake has tntaled 19-24 m (60-80 feet) (Gilbert and others, 1983). In less than the last 9 million years, offset on the Teton fault has tntaled from 7,500 to 9,000 meters (Love and Reed, 1971). Figure 1 shows how downdropping on the Teton fault results in tilting of Jacks::>n HoJe towards the fault. Submerged paJ.eoohorel:ines of Jackoon Lake may record this downdropping and tilt because the level of Jackoon Lake is controlled by both the furtui.tous ,{X)Sition of the Jake ootlet and the immediate downstream course of the Snake River (Figure 1). The ootlet of Jackson Lake is 12 km east of the fault and from there the Snake River has a very low gradient to a bedrock threshold 6 km further east. Thus the level of Jackson Lake is controlled by the bed of the river east of the hinge line of tiJ.ting (Figure 1). The postglacial history of movement on the Teton fault may thus be recorded by paJ.eoohorelines submerged OOJ.ow the level of the pre-dam Jake. -
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. -
National Register of Historic Places Registration Form
NPS Form 10-900 OMB No. 10024-0018 (Oct. 1990) United States Department of the Interior ,C£$ PftRKSERVIC National Park Service National Register of Historic Places Registration Form This form is for use in nominating or requesting determinations for individual properties and districts. See instructions in How to Complete the National Register of Historic Pla Registration Form (National Register Bulletin 16A). Complete each item by marking "x" in the appropriate box or by entering the information requested. If an item does not ap property being documented, enter "N/A" for "not applicable." For functions, architectural classification, materials, and areas of significance, enter only categories and subcatei instructins. Place additional entries and narrative items on continuation sheets (NPS Form 10-900a). Use a typewriter, word processor, or computer, to complete all items. 1. Name of Property historic name: American Falls Reservoir Flooded Townsite other name/site number: 2. Location street & number American Falls Reservoir [ ] not for publication city or town American Falls ______ [ X ] vicinity state: Idaho code: ID county: Power code: 077 zip code: 83211 3. State/Federal Agency Certification As the designated authority under the National Historic Preservation Act, as amended, I hereby certify that this [X] nomination [ ] request for determination of eligibility meets the documentation standards for registering properties in the National Register of Historic Places and meets the procedural and professional requirements set forth in 36 -
Early Irrigation in the Boise Valley By, Paul L. Murphy Source
Early Irrigation in the Boise Valley By, Paul L. Murphy Source: Pacific Northwest Quarterly, XLIV (October, 1935), 177-184. Agriculture is the dominant feature of Idaho's economy and the major portion of Idaho's agricultural development is predicated upon irrigation. The early pioneering efforts, ambitious as they were, merely opened the door to the vast projects that followed. The difficulties faced and overcome by the early developers were legion: eastern capital had to be enlisted and fluctuations in the money market compounded this problem; the problems of trial-and-error methods in actual construction while the engineering science developed; increasing operational expenses; inadequate legislative statutes to determine the rights and use of the water and the ensuing litigation in the courts all hampered development. The story of how these problems were solved in the early development of irrigation in the Boise Valley is told in the following informative article by Professor Paul L. Murphy. Those interested in further reading will find considerable material available. A classic study is William E. Smythe, The Conquest of Arid America (1899, 1905; reprint ed., Seattle, 1969). George Thomas, Early Irrigation in the Western States (Salt lake City, 1948), is valuable. Mikel H. Williams, The History 6f Development and Current Status of the Carey Act in Idaho (Boise, 1970), is informative. Students should consult the Biennial Report of the Department of Reclamation to the Governor of Idaho, beginning in 1919-1920. A valuable survey of Idaho irrigation is in "Mineral and Water Resources of Idaho," a report prepared by the United States Geological Survey (Washington: 1964). -
Snake River Flow Augmentation Impact Analysis Appendix
SNAKE RIVER FLOW AUGMENTATION IMPACT ANALYSIS APPENDIX Prepared for the U.S. Army Corps of Engineers Walla Walla District’s Lower Snake River Juvenile Salmon Migration Feasibility Study and Environmental Impact Statement United States Department of the Interior Bureau of Reclamation Pacific Northwest Region Boise, Idaho February 1999 Acronyms and Abbreviations (Includes some common acronyms and abbreviations that may not appear in this document) 1427i A scenario in this analysis that provides up to 1,427,000 acre-feet of flow augmentation with large drawdown of Reclamation reservoirs. 1427r A scenario in this analysis that provides up to 1,427,000 acre-feet of flow augmentation with reservoir elevations maintained near current levels. BA Biological assessment BEA Bureau of Economic Analysis (U.S. Department of Commerce) BETTER Box Exchange Transport Temperature Ecology Reservoir (a water quality model) BIA Bureau of Indian Affairs BID Burley Irrigation District BIOP Biological opinion BLM Bureau of Land Management B.P. Before present BPA Bonneville Power Administration CES Conservation Extension Service cfs Cubic feet per second Corps U.S. Army Corps of Engineers CRFMP Columbia River Fish Mitigation Program CRP Conservation Reserve Program CVPIA Central Valley Project Improvement Act CWA Clean Water Act DO Dissolved Oxygen Acronyms and Abbreviations (Includes some common acronyms and abbreviations that may not appear in this document) DREW Drawdown Regional Economic Workgroup DDT Dichlorodiphenyltrichloroethane EIS Environmental Impact Statement EP Effective Precipitation EPA Environmental Protection Agency ESA Endangered Species Act ETAW Evapotranspiration of Applied Water FCRPS Federal Columbia River Power System FERC Federal Energy Regulatory Commission FIRE Finance, investment, and real estate HCNRA Hells Canyon National Recreation Area HUC Hydrologic unit code I.C. -
Historic Resource Study
Historic Resource Study Minidoka Internment National Monument _____________________________________________________ Prepared for the National Park Service U.S. Department of the Interior Seattle, Washington Minidoka Internment National Monument Historic Resource Study Amy Lowe Meger History Department Colorado State University National Park Service U.S. Department of the Interior Seattle, Washington 2005 Table of Contents Acknowledgements…………………………………………………………………… i Note on Terminology………………………………………….…………………..…. ii List of Figures ………………………………………………………………………. iii Part One - Before World War II Chapter One - Introduction - Minidoka Internment National Monument …………... 1 Chapter Two - Life on the Margins - History of Early Idaho………………………… 5 Chapter Three - Gardening in a Desert - Settlement and Development……………… 21 Chapter Four - Legalized Discrimination - Nikkei Before World War II……………. 37 Part Two - World War II Chapter Five- Outcry for Relocation - World War II in America ………….…..…… 65 Chapter Six - A Dust Covered Pseudo City - Camp Construction……………………. 87 Chapter Seven - Camp Minidoka - Evacuation, Relocation, and Incarceration ………105 Part Three - After World War II Chapter Eight - Farm in a Day- Settlement and Development Resume……………… 153 Chapter Nine - Conclusion- Commemoration and Memory………………………….. 163 Appendixes ………………………………………………………………………… 173 Bibliography…………………………………………………………………………. 181 Cover: Nikkei working on canal drop at Minidoka, date and photographer unknown, circa 1943. (Minidoka Manuscript Collection, Hagerman Fossil -
Chile, the Biobío, and the Future of the Columbia River Basin Jerrold A
Idaho Law Review Volume 53 | Number 1 Article 7 April 2017 Chile, the Biobío, and the Future of the Columbia River Basin Jerrold A. Long Shana Hirsch Jason Walters Follow this and additional works at: https://digitalcommons.law.uidaho.edu/idaho-law-review Recommended Citation Jerrold A. Long, Shana Hirsch & Jason Walters, Chile, the Biobío, and the Future of the Columbia River Basin, 53 Idaho L. Rev. 239 (2017). Available at: https://digitalcommons.law.uidaho.edu/idaho-law-review/vol53/iss1/7 This Article is brought to you for free and open access by Digital Commons @ UIdaho Law. It has been accepted for inclusion in Idaho Law Review by an authorized editor of Digital Commons @ UIdaho Law. For more information, please contact [email protected]. CHILE, THE BIOBÍO, AND THE FUTURE OF THE COLUMBIA RIVER BASIN JERROLD A. LONG,* SHANA HIRSCH,** JASON WALTERS*** TABLE OF CONTENTS I. INTRODUCTION ................................................................ 240 II. FINDING LESSONS IN THE DIFFERENCES: WHY COMPARING CHILE AND THE COLUMBIA RIVER BASIN MAKES SENSE .................................................. 242 A. Climate Change and Altered Hydrologic Regimes ..... 242 B. United States Analogues to the Biobío ....................... 244 III. WATER RESOURCE HISTORIES .................................. 247 A. “Redemption” of the arid lands—Water resource development in the Columbia River Basin ................ 247 B. Dams and the Engines of Economic Development in Chile ....................................................................... -
Lake Drawdown Workshop, June 2004, AMK Ranch, Grand Teton NP
Lake Drawdown Workshop, June 2004, AMK Ranch, Grand Teton NP Attendees: Susan O’Ney Hank Harlow Sue Consolo-Murphy Melissa Tramwell John Boutwell Darren Rhea Ralph Hudelson Steve Cain Kathy Gasaway Jim Bellamy Bill Gribb Nick Nelson Bruce Pugesek Dick Bauman Mike Beus Aida Farag Objectives • Research priorities for Jackson Lake • BOR will aid in funding top priority project(s) • List of those best qualified to help accomplish tasks. Mike Beus - The History, Water Rights and Reclamation Authorities of Jackson LakeDam. • 10 million acre feet to irrigation, 5 million crosses Wyoming border • Input to Jackson Lake just shy of 1 million acre feet • Majority of water from natural river flow • How does BOR operate Jackson Lake? o History of western water rights o History of Reclamation o Specific project authorizations o Spaceholder repayment contracts o Flood Control Acts • Nine reservoirs: Henry’s Lake, Island Park, Grassy Lake, Jackson Lake, Ririe, Palisades, American Falls, Lake Wolcott, Milner • Corps of Engineers are responsible for flood control under Section 7. • Reclamation law recognizes State as regulator of water • How can irrigators take water from National Parks? o Reclamation’s right to fill Jackson Lake is based on irrigators beneficial use. o Irrigators paid for construction of Jackson Lake Dam. o Congress protected Jackson Lake for reclamation purposes • Is agency looking for any ecological or biological information to document water flows? o Augmentation or lease may affect Jackson Lake at some point in time. o Endangered Species Act has “trumped out” biological and ecological issues (with respect to Missouri River) Hank Harlow - a short overview of different projects, to include work on lake drawdown by Carol Brewer and otter activity by Joe Hall. -
Assessment of Fisheries Losses in the Upper Snake River Basin in Idaho Attributable to Construction and Operation of Dams with Federal Hydropower Facilities
ASSESSMENT OF FISHERIES LOSSES IN THE UPPER SNAKE RIVER BASIN IN IDAHO ATTRIBUTABLE TO CONSTRUCTION AND OPERATION OF DAMS WITH FEDERAL HYDROPOWER FACILITIES Idaho Department of Fish and Game IDFG Report Number 07-52 August 2007 ASSESSMENT OF FISHERIES LOSSES IN THE UPPER SNAKE RIVER BASIN IN IDAHO ATTRIBUTABLE TO CONSTRUCTION AND OPERATION OF DAMS WITH FEDERAL HYDROPOWER FACILITIES Prepared by: Idaho Department of Fish and Game 600 South Walnut Street P.O. Box 25 Boise, ID 83707 IDFG Report Number 07-52 August 2007 TABLE OF CONTENTS Page ASSESSMENT OF FISHERIES LOSSES IN THE UPPER SNAKE RIVER BASIN IN IDAHO ATTRIBUTABLE TO CONSTRUCTION AND OPERATION OF DAMS WITH FEDERAL HYDROPOWER FACILITIES................................................................................ 1 ABSTRACT................................................................................................................................... 1 INTRODUCTION .......................................................................................................................... 2 BACKGROUND AND DESCRIPTION OF STUDY AREAS.......................................................... 2 Anderson Ranch Dam and Reservoir ........................................................................................ 2 Black Canyon Dam and Reservoir............................................................................................. 3 Deadwood Dam and Reservoir.................................................................................................. 4 Boise River Diversion -
January 2019 Water Supply Briefing 2018 Regional Summary and 2019 ESP Forecast
January 2019 Water Supply Briefing 2018 Regional Summary and 2019 ESP Forecast Telephone Conference : 1-415-655-0060 Pass Code : 217-076-304 2019 Briefing Dates: Jan 3 – 10am Pacific Time Federal Government Shutdown Feb 7 - 10am Pacific Time March 7 - 10am Pacific Time NWRFC services are necessary to protect April 4 - 10am Daylight Savings Time lives and property and will continue May 2 - 10am Daylight Savings Time uninterrupted throughout the current June 6 - 10am Daylight Savings Time partial federal government shutdown. Kevin Berghoff, NWRFC National Weather Service/Northwest River Forecast Center [email protected] (503)326-7291 Water Supply Forecast Briefing Outline . Review of WY2018 Water Supply Season . Observed Conditions WY2019: . Precipitation . Temperature Hydrologic model . Snowpack states . Runoff . Future Conditions for WY2019: . 10 days of quantitative forecast precipitation (QPF) . 10 days of quantitative forecast temperature (QTF) Climate . Historical climate forcings appended thereafter Forcings . Climate Outlook . Summary Observed Seasonal Precipitation Water Year 2017/2018 Comparison 2017wy 2018wy DIVISION NAME % Norm % Norm Columbia R abv 103 94 Grand Coulee Snake R abv 124 81 Hells Canyon Columbia R abv 108 89 The Dalles Observed %Normal Monthly Precipitation Water Year 2018 Upr Columbia Precip %Normal – WY2018 Oct Nov Dec Jan Feb Mar Apr May Jun Jul Aug Sep WY2018 Clark Fork River Basin 81 121 133 82 175 79 127 102 139 4 49 25 100 Flathead River Basin 115 123 99 110 207 76 135 74 77 16 37 20 96 Kootenai River