Idaho Mining and Exploration, 2019
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Idaho Mining and Exploration, 2008
Idaho Mining and Exploration, 2008 Virginia S. Gillerman E.H. Bennett Idaho Geological Survey Morrill Hall, Third Floor Staff Report 09-5 University of Idaho June 2009 Moscow, Idaho 83844-3014 Idaho Mining and Exploration, 2008 Virginia S. Gillerman E.H. Bennett Staff Reports present timely information for public distribution. This publication may not conform to the agency’s standards. Idaho Geological Survey Morrill Hall, Third Floor Staff Report 09-5 University of Idaho June 2009 Moscow, Idaho 83844-3014 Contents Metal Mining ......................................................... 1 Phosphate Industry ..................................................... 3 Other Industrial Minerals ................................................ 4 Energy ............................................................... 5 Exploration ........................................................... 5 State Activities ........................................................ 8 Illustrations Figure 1. Idaho non-fuel mineral production ................................. 9 Figure 2. Commodity breakdown of USGS mineral value data for Idaho ............................................. 10 Figure 3. Galena mine, Coeur d’Alene District, Idaho ......................... 11 Figure 4. Agrium’s D pit at Dry Valley phosphate mine, Caribou County, Idaho ........................................... 11 Figure 5. Idaho industrial minerals map for 2008, not including phosphate .......................................... 12 Figure 6. Idaho exploration map in 2008 .................................. -
Silver Valley Idaho 2010–2011 Community Resource & Relocation Guide
EDUCATION economic overvieW housinG RECREATION medical silver valley idaho 2010–2011 community resource & relocation Guide www.nygaardpromotions.com The Mouse Pad Hello, neighbor! 208.682.3669 509.723.2293 You are the center of our business • Computer Services WardwellWardwell InsuranceInsurance AgcyAgcy Inc Please stop by and say, “Hi!” • Home and Small Office Networking AnitaAnita Wardwell,Wardwell, Agent Kellogg, ID 83837 I’m looking forward to serving • Information Technology Sales 416Bus: W 208-784-1388 Cameron Ave Kellogg, ID 83837 your needs for insurance and www.anitawardwell.comBus: 208-784-1388 • Onsite Services www.anitawardwell.com financial services. Like a good neighbor, State Farm is there.® CALL ME TODAY. 2 locations to serve you better 606 N Division St Pinehurst ID | 208.682.3669 17813 E Appleway Suite B Spokane Valley WA | 509.723.2293 1001013 State Farm, Bloomington, IL BUILDING MAINTENANCE AND SUPPLY INC. Serving the Silver Valley for Over 38 Years! • Lumber & Building Materials • Hardware • Paint Center • Plumbing & Electrical • Carpet & Appliances • Hunting & Fishing Supplies • Camping Supplies • Gold Panning Supplies WALLACE START RIGHT. START HERE.® 716 Bank Street Wallace, Idaho 208-556-1164 WELCOME TO SILVER VALLEY . he Silver Valley, heart of Shoshone County, is cradled between the Coeur d’Alene Mountains and the Bitterroot Range Tamong the pristine wilderness of Northern Idaho. Surrounded by lush green mountains, rugged canyons, rushing streams and crystal clear alpine lakes, this valley overflows with natural resources. The Silver Valley is one of the first frontiers of the Pacific Northwest and has a history as rich as its wealth from the silver, gold, lead and zinc mines. -
H:\IBLA Convert\Converted\184IBLA\WPD\L087-105.Wpd
UNITED STATES v. RESOURCE TECHNICS, LLC and STONE RESOURCES, LLC 184 IBLA 87 Decided July 31, 2013 United States Department of the Interior Office of Hearings and Appeals Interior Board of Land Appeals 801 N. Quincy St., Suite 300 Arlington, VA 22203 UNITED STATES v. RESOURCE TECHNICS, LLC and STONE RESOURCES, LLC IBLA 2012-233 Decided July 31, 2013 Appeal from a decision of Administrative Law Judge Robert G. Holt dismissing a contest complaint challenging the validity of placer mining claims. Contest No. UTU-87817. Affirmed. 1. Mining Claims: Common Varieties of Minerals: Generally--Mining Claims: Determination of Validity The test for determining whether a deposit of building stone is an uncommon variety that is locatable under the mining laws requires a claimant to meet the five criteria codified at 43 C.F.R. § 3830(b): (1) there must be a comparison of the mineral deposit with other deposits of such mineral generally; (2) the mineral deposit at issue must have a unique property; (3) the unique property must give the deposit a distinct and special value; (4) if the special value is for uses to which ordinary varieties of the mineral are put, the deposit must have some distinct and special value for such use; and (5) the distinct and special value must be reflected by the higher price which the material commands in the market place. 2. Administrative Procedure: Burden of Proof--Evidence: Preponderance--Evidence: Prima Facie Case--Mining Claims: Contests In a contest, the Government bears the burden of going forward with evidence sufficient to establish a prima facie case of the invalidity of the challenged mining claim. -
Brochure: Healthy Living in the Silver Valley and Coeur D'alene Basin
Healthy Living in the Silver Valley and Coeur d’Alene Basin February 2013 EPA 910-K-13-003 he Silver Valley and the Coeur d’Alene For example, over 6,000 properties have been cleaned Basin are great places to live, work, and play. up in the Box and Upper and Lower Basin (see map). T Knowing the facts about our area will help Properties include residential, commercial, and public keep you and your family safe and healthy. Since the properties such as parks and school grounds. late 1800’s, the Silver Valley has been a major mining area and one of the largest silver producing areas of However, lead and other metals remain in areas like the world. Past mining practices left behind metals hillsides, some river beaches and floodplains, and other like lead and arsenic in the environment. recreational areas. Cleanup has been under way since the 1980s. This brochure suggests practical tips on how to further Together, we have made great progress in reducing reduce lead exposure and safely enjoy this beautiful risks. environment. Look inside for tips, to-do's, and resources. Facts About Lead • In our area, lead from past mining practices is typically found in: Why Lead soil on hillsides in the “Box” and around old mill sites in the Basin Poses a Risk soil on the floodplain and beaches along the South Fork and Lead is most dangerous to the Coeur d’Alene River young children, pregnant women, and unborn children. dirt tracked into vehicles or into the home from these areas soil underneath clean soil caps (usually 1 foot deep), under It can cause learning foundations and in dirt basements disabilities, behavioral problems and slower growth. -
THE MINERAL INDUSTRY of IDAHO This Chapter Has Been Prepared Under a Memorandum of Understanding Between the U.S
IDAHO BOUNDARY BONNER LEGEND DS County boundary Capital Coeur d'Alene SG City Ag KOOTENAI MINERAL SYMBOLS Pb Zn roducing areas) Sb (Major p BENEWAH Gar SHOSHONE Ag Silver Gem Gem Au Gold LATAH Gem Moscow Cem Cement plant CLEARWATER D-Q Dimension quartzite NEZ PERCE Lewiston Dimension stone SG DS LEWIS Gar Garnet Gem Gemstones IDAHO IS Industrial sand Lime Lime plant Mo Molybdenum Au P Phosphate rock Salmon Pb Lead McCall ADAMS LEMHI SG Per Perlite VALLEY Per Perlite plant Pumice and pumicite WASHINGTON Pum Mo D-Q CLARK Gem FREMONT Sb Antimony CUSTER PAYETTE Gem SG Construction sand BOISE and gravel IS Gem BUTTE JEFFERSON MADISON Caldwell Zn Zinc SG D-Q Boise TETON Zeo Zeolites SG BONNEVILLE CANYON Pum BLAINE Idaho Falls ADA Pum ELMORE CAMAS SG BINGHAM DS LINCOLN GOODING Pocatello CARIBOU 0 100 Kilometers Lime P Cem Gem IS JEROME MINIDOKA POWER Soda Springs IS OWYHEE Twin Falls BANNOCK CASSIA BEAR D-Q ONEIDA Zeo LAKE TWIN FALLS Pum Per Per FRANKLIN Source: Idaho Geological Survey/U.S. Geological Survey (2002) THE MINERAL INDUSTRY OF IDAHO This chapter has been prepared under a Memorandum of Understanding between the U.S. Geological Survey and the Idaho Geological Survey for collecting information on all nonfuel minerals. In 2002, the estimated value1 of nonfuel mineral production and a $4 million decrease in gold. Industrial sand and gravel, for Idaho was $301 million, based upon preliminary U.S. construction sand and gravel, and zinc were down $2 million Geological Survey (USGS) data. This was a 4.5% increase from or less each (descending order of change) (table 1). -
A Silver Lining in the Silver Valley Idaho Bench-Bar Conference: Boise, Idaho
A Silver Lining in the Silver Valley Idaho Bench-Bar Conference: Boise, Idaho Prof. Clifford J. Villa University of New Mexico School of Law October 25, 2019 Disclaimer: Views expressed in this presentation are those of the presenter alone and do not necessarily represent official views of the United States, the State of New Mexico, or any government agency. The presenter gratefully acknowledges the contributions to this presentation from individuals including Bill Boyd, Curt Fransen, Rob Hanson, and Darrell Early. Framework: • The Silver Valley: 1883-1973 • The Box: 1973-1995 • The Basin: 1996-present 1883: Gold discovered in North Fork Coeur d’Alene Basin Prichard Creek (c.1883). Photo: PATRICIA HART & IVAN NELSON, MINING TOWN: THE PHOTOGRAPHIC RECORD OF T.N. BARNARD AND NELLIE STOCKBRIDGE FROM THE COEUR D’ALENES The Silver Valley – 1884: Morning Mine established near Mullan, Idaho 1885: Bunker Hill mine staked by Noah Kellogg 1889: Union Pacific Railroad line arrives to serve local mines 1891: Hecla Mining Company founded The Silver Valley – Hecla Mine (1910), Burke, Idaho. Photo: PATRICIA HART & IVAN NELSON, MINING TOWN: THE PHOTOGRAPHIC RECORD OF T.N. BARNARD AND NELLIE STOCKBRIDGE FROM THE COEUR D’ALENES The Silver Valley – 1890s: Mining unions vs. mining companies Wreckage of Bunker Hill mill (1899). Photo: PATRICIA HART & IVAN NELSON, MINING TOWN: THE PHOTOGRAPHIC RECORD OF T.N. BARNARD AND NELLIE STOCKBRIDGE FROM THE COEUR D’ALENES The Silver Valley – 1903: Downstream farmers vs. upstream mines The Silver Valley – 1920s: Smelter construction / operation The Silver Valley – 1920s: Smoke easements / overflow easements The Silver Valley – 1920s: Smoke easements / overflow easements The Silver Valley – 1930: Luama v. -
The Mineral Industry of Idaho
THE MINERAL INDUSTRY OF IDAHO This chapter has been prepared under a Memorandum of Understanding between the U.S. Geological Survey and the Idaho Geological Survey for collecting information on all nonfuel minerals. In 2000, the estimated value1 of nonfuel mineral production producer of construction and industrial sand and gravel and for Idaho was $399 million, based upon preliminary U.S. dimension stone. Geological Survey (USGS) data. This was a 1.7% decrease The Idaho Geological Survey3 (IGS) provided the narrative from that of 19992 and followed a 7.5% decrease from 1998 to information that follows. Production data in the following text 1999. The State remained 33d in rank among the 50 States in are those reported by the IGS, based upon its own survey and total nonfuel mineral production value, of which Idaho estimates. The data differ from some production figures accounted for 1% of the U.S. total. reported by the USGS. Low metal prices took their toll on Phosphate rock, silver, construction sand and gravel, Idaho’s mining industry in 2000, even as high demand for molybdenum, and lead were, by value, Idaho’s leading nonfuel industrial minerals and construction materials contributed to minerals. In 2000, molybdenum concentrates and construction increased exploration activity for several commodities. sand and gravel values (listed in descending order of change) According to statistics compiled by the Idaho Department of increased by about $5 million each and those of portland cement Labor, employment in metal mining declined during 2000 from and zinc, about $2 million each. Smaller increases also 1,300 in January to 1,200 persons in December 2000. -
Healthy Living in the Silver Valley and Coeur D'alene Basin
Healthy Living in the Silver Valley and Coeur d’Alene Basin # EPA 910-K-20-001 September 2020 The Silver Valley and Coeur d’Alene Basin are great places to live, work, and play. Knowing the facts about our area will help keep you and your family healthy. Past mining practices left behind large volumes of lead and other heavy metals in Basin soils. Since the 1980s, we have made great progress in reducing risks from the contamination. For example, over 7,100 properties have been cleaned up. Even so, lead and other metals remain in areas that have not been cleaned up. Read on for tips to limit exposure and safely enjoy this beautiful environment. Lead in our area z In our area, lead from past mining practices is often found in: o Soil on hillsides and around old mill sites. o Soil on the riverbanks and floodplains. o Soil tracked into vehicles or into homes from these areas. o Soil under clean soil caps, under foundations, and in the dirt floor of crawl spaces and cellars. o Dust in homes. z Lead paint can be present in homes built before 1978. Learn more at https://www.epa.gov/lead/protect-your-family-exposures-lead z Some toys and ceramics may contain lead. 1 Healthy Living in the Silver Valley and Coeur d’Alene Basin Lead Poses a Risk Lead is most dangerous to young children, pregnant women, and unborn children. It can cause learning disabilities, behavioral problems, and slower growth. Lead can pose a risk to adults, too, causing memory loss, irritability, high blood pressure, and muscle or joint pain. -
Download FY 2020 Annual Report
On the Cover Top right: IGS geologist investigates tension cracks and sand boils associated with the collapse of the inlet delta at Stanley Lake. Bottom right: Idaho Transportation Department pilot prepares a state aircraft for departure from Upper Loon airstrip after deployment of a broadband seismometer from IGS and Boise State University personnel in response to the M6.5 Stanley earthquake of March 31st, 2020. Bottom left: IGS geologist retrieves seismic data from one of the temporary seismic stations at Thomas Creek airstrip deployed in response to the M6.5 Stanley earthquake of March 31st, 2020. Top left: Earthquakes during FY 2020 in Idaho and location of the temporary seismic monitoring network deployed by IGS and collaborating partners. Source: USGSANSS Comprehensive Earthquake Catalog for 07-01-2019 to 06-30-2020. Annual Report of the Idaho Geological Survey Fiscal Year 2020 TABLE OF CONTENTS Introduction . 1 Mission . .1 Vision . .1 From the Director . .2 Organization and Personnel . .3 Organization Chart . 3 Directory . 4 Idaho Geological Survey Advisory Board. .5 Idaho Geological Mapping Advisory Committee . 6 Fiscal Overview . 7 Partnerships . .9 Funding Partners . .9 Collaborators . .10 Research . 11 Geological Mapping and Related Studies . 11 Hydrogeology . .13 Geologic Hazards. .16 Mineral Resources and Mining . 19 Energy . 26 Outreach . 31 Publications. .31 Website . .33 Social Media . 33 Digital Mapping and GIS Laboratory . 33 Databases and Archives . 34 Earth Science Education . 35 Publications and Activities . 37 Publications. .37 Abstracts . 37 Reports . 38 Presentations . .39 Web Products . .41 Operational Improvements . 42 Media Interviews . 42 Professional Activities. .45 Graduate Thesis Committees . 49 Grants and Contracts . .49 Idaho Geological Survey Annual Report—Fiscal Year 2020 INTRODUCTION The Idaho Geological Survey (IGS) is a non-regulatory state agency that leads in the collection, interpretation, and dissemination of geologic and mineral data for Idaho. -
Albion Raft River and Grouse Creek Field Trip Guide
1 THE ALBION-RAFT RIVER-GROUSE CREEK METAMORPHIC CORE COMPLEX: GEOLOGIC SETTING AND FIELD TRIP GUIDE Elizabeth Miller, Ariel Strickland and Alex Konstantinou, Dept. Geological and Environmental Sciences, Stanford University (Revised from: Elizabeth Miller and Ariel Strickland, 2007 Stanford Field Trip to ARG. Caution: Not necessarily accurate or up-to-date!!!!) Introduction The Albion-Raft River-Grouse Creek metamorphic core complex (ARG) is part of a chain of Cordilleran metamorphic core complexes that lie to the west of the Sevier fold- and-thrust belt (Fig. 1). The ARG is made up of three mountain ranges for which it is named (Fig. 2). The Albion Mountains and Grouse Creek Mountains are characteristic of mountain ranges in the Basin and Range Province; they have a generally north-south orientation and rise abruptly from the surrounding relatively flat topography. The Raft River Mountains have an enigmatic east-west trend and project eastward from the northern end of the Grouse Creek Mountains (Fig. 2). Late Archean crystalline basement is exposed in all three mountain ranges indicating a broad dome or structural culmination beneath this region, where probably 10-15 km minimum of relative vertical uplift (compared to surrounding regions) has occurred. In addition, significant thinning of the overlying upper part of the crust characterizes the geology of this core complex. Eocene and Oligocene granitic plutons are exposed in these ranges and based on geologic relations and cross-sections, most likely underlie much of the ARG. The ARG is unique in the Basin and Range because it is bound on both of its sides (east and west) by normal fault systems and their associated basins. -
Burley Field Office Middle Mountain Plan of Operations Draft
DRAFT ENVIRONMENTAL ASSESSMENT EA No. DOI-BLM-ID-T020-2012-0015-EA Middle Mountain POO’s Serial/Project No.: IDI-33744, IDI-36013 Field Office: Burley BUREAU OF LAND MANAGEMENT Burley Field Office 15 East 200 South Burley, ID 83318 Project Applicants: Oakley Mountain Corporation Gillette Sharp Corporation Burley Field Office Draft Environmental Assessment US Bureau of Land Management 1 Middle Mountain POOs CHAPTER 1, PURPOSE AND NEED FOR ACTION The Bureau of Land Management (BLM) Burley Idaho Field Office is considering approval of two Mining Plans of Operations (POOs) submitted by Gillette Sharp Corporation (Gillette) and Oakley Mountain Corporation (Oakley Mountain) to quarry “Oakley Stone,” a micaceous quartzite that is used for decorative surfaces and exterior fascia on buildings and other structures by the construction industry. Uses for Oakley Stone include poolside non-slip surfaces, footpaths, exterior building veneer, and other exterior applications. The proposed quarrying project would be located on public lands within Cassia County, Idaho. Gillette is proposing to quarry, split, palletize, and transport Oakley Stone from an open pit quarry. Oakley Mountain is proposing to quarry and split Oakley Stone from an open pit quarry, and transport it to a millsite approximately two miles west of the quarry. The mill site would be used to split, palletize, and store the stone until it is hauled off-site. Gillette’s quarry and Oakley Mountain’s quarry are immediately adjacent to each other and Oakley Mountain’s mill site is approximately 2 miles west of the quarries (Project Area). The Project Area is generally situated in southern Idaho in unincorporated Cassia County roughly 7 miles south of Oakley and 9 miles north of the Utah-Idaho border (See Map 1). -
Idaho Mining and Exploration, 2014-2015
Idaho Mining and Exploration, 2014-2015 Virginia S. Gillerman Alexis Clark Mark Barton Earl H. Bennett Idaho Geological Survey Morrill Hall, Third Floor Staff Report 21-01 University of Idaho June 2021 Moscow, Idaho 83844-3014 Idaho Mining and Exploration, 2014-2015 Virginia S. Gillerman Alexis Clark Mark Barton Earl H. Bennett Staff Reports present timely information for public distribution. This publication may not conform to the agency’s standards. Idaho Geological Survey Morrill Hall, Third Floor Staff Report 21-01 University of Idaho June 2021 Moscow, Idaho 83844-3014 2 3 Contents Introduction ……………………………………………………………………………...5 Metal Mining ………………………………………………………………………….....8 Phosphate Mining ………………………………………………………………………11 Other Industrial Minerals ………………………………………………………………13 Energy ………………………………………………………………………………….15 Mineral Exploration ……………………………………………………..……………..21 Illustrations Figure 1. Location of mines and active plants in 2014 and 2015………………………..7 Figure 2. Idaho non-fuel mineral production by year 2006 through 2015.……………...8 Figure 3. Map of the Coeur d’Alene district, or Silver Valley…………………………..9 Figure 4. View of # 4 shaft at Hecla’s Lucky Friday mine ………………………..…..10 Figure 5. Thompson Creek mine, September 2014…………………………………….11 Figure 6. Map of Southeast Idaho Phosphate District………………………………….12 Figure 7. Agrium’s Conda phosphate processing plant, 2015………………………….13 Figure 8. Map of Idaho’s industrial mineral locations, 2015…………………………..14 Figure 9. Map of potential oil and gas regions and wells in Idaho…………………….18 Figure 10. Location map of Idaho exploration projects in 2014 and 2015…………….21 Figure 11. Exploration drill, Lucky Friday mine, 6500 level, 2014…………………...23 Figure 12. Portal work, Golden Chest mine, 2014…………………………………….23 Figure 13. New Jersey Mining drilling at McKinley mine……………………………24 Figure 14.