Mormon Settlement of Snake River Fork Country, 1883-1893
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DOGAMI Short Paper 21, Lightweight Aggregate Industry in Oregon
STATE OF OREGON DEPARTMENT OF GEOLOGY AND MINERAL INDUSTRIES 702 Woodlark Bu1ld1ng Portl&nd 5, Oregon G M I SHORT PAPER No. 21 LIGHTWEIGHT AGGREGATE INDUSTRY IN OREGON By Ralph S. Mason lo!in1ng Engineer . •. 1�51 State Oovorn1ng Board N1ol R. Allon, Ch�irman Grants Pass H. E. Hondryx , , , , , , • , ••Baker Wason L. Bingham •••••• • Portland F. w. Libbey Oireotor Pric-e 25 Cents POR&WORD The lightweight aggregate industry which has had auoh a phenoaenal growth since World War II 11 based on the desirabil ity and need of re ducing the weight of structure without sacrificing strength. Although there is plenty of rooa tor 1 aproveaent in praotice through better under standing or the probleaa involved and apec 1rically through greater care in preparation of aaterials , the industry undoubtedly is here to stay and haa aade only a start ln ita developaent. The Departaent hal had a working interest in the developaent of li ghtweight aggregates. Ita work hal been along both geological and engineering lineo in encouraging tho industry'o growth and it ie hoped that loae Departaental proJects now under way will be of further alsiet �ce. The author ot thie paper, Kr. Ralph s. Mason, has done field and laboratory work on ao a t or the aateriala now used as lightweight aggre gates or a• building atones. He has prepared Jointly with Kr. Noraan s. Wagner of the Departaent•• etaff several papers as progreae reports on the industry. The Oepartaent haa published a report on perlite in Oregon, and has file reports on deposita of other lightweight aateriala. -
Firebaugh Canal Water District 1St Lift Canal Lining Project
Environmental Assessment Firebaugh Canal Water District 1st Lift Canal Lining Project September 2011 U.S. Department of the Interior Bureau of Reclamation Mid-Pacific Region Regional Office Sacramento, CA Mission Statements 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 Indian Tribes and our commitment to island communities. 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. Table of Contents Section 1 Purpose and Need for Action ................................................................................. 1 1.1 Background ................................................................................................................... 1 1.2 Purpose and Need ........................................................................................................... 4 1.3 Potential Resource Issues ............................................................................................ 5 1.4 Resources Not Analyzed in Detail ............................................................................. 6 Section 2 Alternatives Including Proposed Action .............................................................. 7 2.1 No Action Alternative ................................................................................................. 7 2.2 Proposed Action Alternative ..................................................................................... -
Lesson 1 the Columbia River, a River of Power
Lesson 1 The Columbia River, a River of Power Overview RIVER OF POWER BIG IDEA: The Columbia River System was initially changed and engineered for human benefit Disciplinary Core Ideas in the 20th Century, but now balance is being sought between human needs and restoration of habitat. Science 4-ESS3-1 – Obtain and combine Lesson 1 introduces students to the River of Power information to describe that energy curriculum unit and the main ideas that they will investigate and fuels are derived from natural resources and their uses affect the during the eleven lessons that make up the unit. This lesson environment. (Clarification Statement: focuses students on the topics of the Columbia River, dams, Examples of renewable energy and stakeholders. Through an initial brain storming session resources could include wind energy, students record and share their current understanding of the water behind dams, and sunlight; main ideas of the unit. This serves as a pre-unit assessment nonrenewable energy resources are fossil fuels and fissile materials. of their understanding and an opportunity to identify student Examples of environmental effects misconceptions. Students are also introduced to the main could include loss of habitat to dams, ideas of the unit by viewing the DVD selection Rivers to loss of habitat from surface mining, Power. Their understanding of the Columbia River and the and air pollution from burning of fossil fuels.) stakeholders who depend on the river is deepened through the initial reading selection in the student book Voyage to the Social Studies Pacific. Economics 2.4.1 Understands how geography, natural resources, Students set up their science notebook, which they will climate, and available labor use to record ideas and observations throughout the unit. -
Snake River 1157 Wildlife Habitat Information to Inform the Plan- Ton, and Northeast Oregon
Snake River 1157 wildlife habitat information to inform the plan- ton, and northeast Oregon. +roughout its long ning decisions for renewable energy. history, volcanoes, flooding, and glaciers have Climate change impacts may be felt in the arid shaped the river and its shores. region; nitrogen deposits, atmospheric carbon +e Snake River plain was created by a volca- dioxide, and other changes will impact the grass- nic hotspot beneath Yellowstone National Park, lands. Climate change may impact the size of the which holds the headwaters and origin of the river. sagebrush areas, for example, which in turn con- Flooding as the glaciers retreated after the ice age stricts grouse and other birds and mammals liv- created the current landscape, including eroded ing in these habitats. canyons and valleys. Mountains and plains are typical terrain along the river. +e Snake River has P J. C more than 20 major tributaries, most of them in the mountains; Hells Canyon is the deepest river Further Reading gorge in North America. Cutright, Paul Russell. Lewis and Clark: Pioneering +e Snake River is home to salmon and steel- Naturalists . Lincoln: University of Nebraska head, which were central to the lives of the Nez Press, 2003. Perce and Shoshone, the dominant tribal nations Petersen, Keith C. River of Life, Channel of Death: before the Europeans came. People have lived Fish and Dams on the Lower Snake . Corvallis: along the Snake River for over 15,000 years. +e Oregon State University Press, 2001. Snake River may have been given its name by the Waring, Gwendolyn. L. A Natural History of Shoshones, as a hand signal made by the Shosho- the Intermountain West: Its Ecological and nes representing fish was misinterpreted by Euro- Evolutionary Story. -
PLUMBING DICTIONARY Sixth Edition
as to produce smooth threads. 2. An oil or oily preparation used as a cutting fluid espe cially a water-soluble oil (such as a mineral oil containing- a fatty oil) Cut Grooving (cut groov-ing) the process of machining away material, providing a groove into a pipe to allow for a mechani cal coupling to be installed.This process was invented by Victau - lic Corp. in 1925. Cut Grooving is designed for stanard weight- ceives or heavier wall thickness pipe. tetrafluoroethylene (tet-ra-- theseveral lower variouslyterminal, whichshaped re or decalescensecryolite (de-ca-les-cen- ming and flood consisting(cry-o-lite) of sodium-alumi earthfluo-ro-eth-yl-ene) by alternately dam a colorless, thegrooved vapors tools. from 4. anonpressure tool used by se) a decrease in temperaturea mineral nonflammable gas used in mak- metalworkers to shape material thatnum occurs fluoride. while Usedheating for soldermet- ing a stream. See STANK. or the pressure sterilizers, and - spannering heat resistantwrench and(span-ner acid re - conductsto a desired the form vapors. 5. a tooldirectly used al ingthrough copper a rangeand inalloys which when a mixed with phosphoric acid.- wrench)sistant plastics 1. one ofsuch various as teflon. tools to setthe theouter teeth air. of Sometimesaatmosphere circular or exhaust vent. See change in a structure occurs. Also used for soldering alumi forAbbr. tightening, T.F.E. or loosening,chiefly Brit.: orcalled band vapor, saw. steam,6. a tool used to degree of hazard (de-gree stench trap (stench trap) num bronze when mixed with nutsthermal and bolts.expansion 2. (water) straightenLOCAL VENT. -
Notes on Mining Leats” British Mining No.37, NMRS, Pp.19-45
BRITISH MINING No.37 BRITISH MINING No.37 MEMOIRS 1988 Bird, R.H. 1988 “Notes on Mining Leats” British Mining No.37, NMRS, pp.19-45 Published by the THE NORTHERN MINE RESEARCH SOCIETY SHEFFIELD U.K. © N.M.R.S. & The Author(s) 1988. ISSN 0309-2199 NOTES ON MINING LEATS R.H. Bird “.... the means of putting to work many mines that would otherwise remain unworked, or if worked, could not be worked with profitable results.” Absalom Francis. 1874. SYNOPSIS Watercourses supplying mining works have been in use for centuries but their complexity increased during the 19th century, particularly in mining districts which were remote from coal supplies used for steam engines but which had sufficient river systems (or streams) of a dependable nature. Their role in Britain’s mining areas is discussed, with examples from overseas locations. An attempt is made to outline their construction methods and costs. In an age when water power reigned supreme and, indeed, for some time thereafter, mills and manufacturing industries were dependant on a steady supply of water to drive that prime mover, the water wheel. Flour mills, fulling mills and the early ferrous metal industries were sited next to reliable river or stream courses and could thus utilise this water source with little difficulty. Sometimes, the configuration of the stream was inconveniently placed for the mill site and the miller was forced to construct a ditch, from a dam upstream of his mill, and by this, lead the water to his wheel. After driving the wheel, the water was returned to the stream directly or through another ditch, the tailrace. -
Officer Report
PLANNING APPLICATION REPORT Case Officer: Nicola Glanville Ward: North Tawton Ward Member: Cllr N Morgan Application No: 00365/2014 Agent/Applicant: Mr A Dowding Westcountry Rivers Trust Rain-Charm House Kyl Cober Parc Stoke Climsland Callington Cornwall PL17 8PH Site Address: The Barton, North Tawton, Devon, EX20 2BB Development: Works to reduce weir and associated works including removal of trees. © Crown copyright and database rights 2014 Ordnance Survey 100023302 Scale 1:2500 For internal reference only – no further copies to be made Reason item is being put before Committee: Cllr N Morgan: ‘I wish to take the above application to committee on the grounds that the alterations as proposed will alter the river levels so causing the levels in the leat to drop which would mean any proposal that came forward as part of the Wool Mill development for Hydro generation would not be able to take place.’ 17 Recommendation: Conditional consent Conditions: 1. Standard time limit 2. Strict compliance with the drawings numbered FE/264/6 and FE264/1. 3. All ecological measures shall be carried out in accordance with the details contained in Section 8 of the Ecological Appraisal (and as reflected in the 'Conservation and Biodiversity' section of 'North Tawton Weir Fish Easement' ref: CRF TRIP TAW 2) as already submitted with the planning application. Any changes to the ecological measures as a result of the pre-commencement protected species shall be immediately communicated to the LPA. 4. Prior to commencement full details of the proposed tree planting of 10 native whips (1.8-2.1m size), including species selection, location and planting methodology shall be submitted to and agreed in writing by the LPA. -
History of Snake River Canyon Indicated by Revised Stratigraphy of Snake River Group Near Hagerman and King Hill, Idaho
History of Snake River Canyon Indicated by Revised Stratigraphy of Snake River Group Near Hagerman and King Hill, Idaho GEOLOGICAL SURVEY PROFESSIONAL PAPER 644-F History of Snake River Canyon Indicated by Revised Stratigraphy of Snake River Group Near Hagerman and King Hill, Idaho By HAROLD E. MALDE With a section on PALEOMAGNETISM By ALLAN COX SHORTER CONTRIBUTIONS TO GENERAL GEOLOGY GEOLOGICAL SURVEY PROFESSIONAL PAPER 644-F Lavaflows and river deposits contemporaneous with entrenchment of the Snake River canyon indicate drainage changes that provide a basis for improved understanding of the late Pleistocene history UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON : 1971 UNITED STATES DEPARTMENT OF THE INTERIOR ROGERS C. B. MORTON, Secretary GEOLOGICAL SURVEY W. A. Radlinski, Acting Director Library of Congress catalog-card No. 72-171031 For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402 - Price 40 cents (paper cover) Stock Number 2401-1128 CONTENTS Page page Abstract ___________________________________________ Fl Late Pleistocene history of Snake River_ _ F9 Introduction.______________________________________ 2 Predecessors of Sand Springs Basalt. 13 Acknowledgments --..______-__-____--__-_---__-_____ 2 Wendell Grade Basalt-________ 14 Age of the McKinney and Wendell Grade Basalts. _____ 2 McKinney Basalt. ____---__---__ 16 Correlation of lava previously called Bancroft Springs Bonneville Flood.________________ 18 Basalt_________________________________________ Conclusion___________________________ 19 Equivalence of pillow lava near Bliss to McKinney Paleomagnetism, by Allan Cox_________ 19 Basalt.._________________________ References cited._____________________ 20 ILLUSTRATIONS Page FIGURE 1. Index map of Idaho showing area discussed.______________________________________________________ F2 2. Chart showing stratigraphy of Snake River Group..____________________________._____--___-_-_-_-. -
ETD Template
Syn-eruptive incision of Koko Crater, Oahu, Hawaii by condensed steam and hot cohesive debris flows: a re-interpretation of the type locality of “surge-eroded U-shaped channels” by Jessica Keri Bluth B.S., State University of New York at Binghamton, 2001 Submitted to the Graduate Faculty of Arts and Sciences in partial fulfillment of the requirements for the degree of Master of Science University of Pittsburgh 2004 UNIVERSITY OF PITTSBURGH FACULTY OF ARTS AND SCIENCES This dissertation was presented by Jessica Keri Bluth It was defended on June 25, 2004 and approved by Dr. Michael Ramsey Dr. Charles Jones Dr. Ian Skilling Committee Chairperson ii Syn-eruptive incision of Koko Crater, Oahu by condensed steam and hot cohesive debris flows: a re-interpretation of the type locality of “surge-eroded U-shaped channels” Jessica K. Bluth, M.S. Department of Geology and Planetary Science University of Pittsburgh, 2004 Phreatomagmatic fall, low-concentration PDC deposits and remobilized equivalents dominate the products of craters (tuff cones/rings) of Koko fissure, south-east Oahu. At Koko crater, Fisher (1977) described “U-shaped” channels, which he interpreted as due to erosion by low-concentration PDCs (surges), with minor modification by stream and debris flows. Similar channels on tuff cones and rings elsewhere in the world have been interpreted as “surge-eroded” by subsequent authors. However, no evidence for erosion by PDCs was observed during recent fieldwork, which suggested rather the following model. An important observation is that initial incision is always correlated with the emplacement of vesiculated ash layers (derived from Hanauma Bay), and is only very rarely associated with other facies. -
Forest Plan Amendment No. 30 Clearwater National Forest Latah
Forest Plan AmendmentNo. 30 Clearwater National Forest Latah County, Idaho The purpose of Amendment No. 30 is to changethe water quality objectives in Appendix K of the Clearwater National Forest Plan for Little Boulder Creek, East Fork Potlatch River, and Ruby Creek, plus, add the Potlatch River. Currently the water quality objective for Little Boulder, East Fork Potlatch and Ruby Creek is "Minimum viable" and the fish speciesis listed as rainbow. Minimum Viable does not support the requirements of the Clean Water Act to provide fishable streams. It only provides a minimal population and does not reflect the listing of the species or importance of the area for spawning. Surveys have documented steelhead in Little Boulder, East Fork Potlatph Riyer, and Ruby Creek. Steelheadwas listed as a Threatened Species within the Snake River in 1997. The Potlatch River, a migratory channel for steelhead,had only been listed in Appendix K as a placeholder to indicate the watershed geography. Stream surveys have shown the river to have a C channel and steelheadas the fish species. Spawning occurs in the East Fork Potlatch, and rearing occurs in most of the tributaries of the Potlatch River. Since the Potlatch River is proposed as critical habitat for steelhead,the water quality objective is being changed from "Minimum Viable" to "High Fish" to follow the direction of the Clean Water Act and Endangered SpeciesAct. Also, as part of the high fish standard, threshold levels of sediment for the Potlatch River should not exceed 10 out of 30 years. Since the proposed changes are not significant, adoption of this amendmentwould not significantly change the forest-wide environmental impacts disclosed in the Clearwater National Forest Plan EIS. -
Lower Snake River Dams Stakeholder Engagement Report
Lower Snake River Dams Stakeholder Engagement Report FINAL DRAFT March 6, 2020 Prepared by: Kramer Consulting Ross Strategic White Bluffs Consulting Contents Executive Summary .......................................................... 1 Opportunities to Increase Understanding .................................... 52 Background and Context ............................................................... 2 Public Comments Related to Agriculture ..................................... 52 Major Findings and Perspectives ................................................... 3 Section 7: Transportation .............................................. 53 Opportunities to Increase Understanding .................................... 12 Context ........................................................................................ 53 Moving Forward ........................................................................... 13 Perspectives ................................................................................ 60 Section 1: Purpose and Scope of Report ..................... 15 Opportunities to Increase Understanding .................................... 62 Background .................................................................................. 15 Public Comments Related to Transportation............................... 62 The Intent of the Report and Engagement Process .................... 15 Section 8: Recreation ..................................................... 64 Methodology................................................................................ -
Overview of Wheat Movement on the Columbia River Report Prepared August 17, 2016 All Data Based on Five Year Averages (2011-2015)
Overview of Wheat Movement on the Columbia River Report Prepared August 17, 2016 All data based on five year averages (2011-2015) The Columbia-Snake River grain handling system includes: o 7 grain export terminals. o 26 up-country grain barge loading terminals along 360 miles of navigable river. o Eight dams that lift a barges a combined 735 feet. o 80 barges controlled by two companies (Shaver and Tidewater). The seven export terminals on the Columbia River annually export 26.5 MMT of grain, including 11.7 MMT of wheat. This makes the Columbia River the third largest grain export corridor in the world behind the Mississippi River and the Parana River in South America. Grain exports from the Columbia River continue to grow each year. Every year approximately 4.0 MMT of wheat, largely Soft White, is shipped down the Columbia River via barge from the states of Oregon, Washington, and Idaho. This is equivalent to: o 34% of all wheat exports from the Columbia River. o 15% of all grain exports from the Columbia River. o 15% of all wheat exported from the United States. o 70% of all wheat exported from the Pacific Northwest. o 50% of all wheat produced in the Pacific Northwest. The wheat moved by barge is largely sourced from the upper river system. o 18% from between Bonneville Dam and McNary Dam. o 36% from between McNary Dam and Lower Monumental Dam. o 46% from between Lower Monumental Dam and Lewiston, Idaho. o 54% of the wheat moved by barge moves through one or more of the four Lower Snake River dams.