Cuyuna Country SRA Recreation Implementation Plan
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Minnesota Iron Ore Sustainable Supply
Minnesota Iron Ore Sustainable Supply by Jim Sellner, PE, PG Manager of Engineering & Development Division of Lands & Minerals Department of Natural Resources Laurentian Vision Partnership, Iron Range Resources Rehabilitation, Iron Board Chisholm, MN January 28, 2015 Division of Lands and Minerals Promoting and Regulating Mining in Minnesota Topics • Mineral revenue and leasing • Iron Ore & Manganese on the Cuyuna Range There are 2 basic industries: Agriculture & Mining – everything else is value added John Engesser, P.E. Chemical Engineer Former Assistant Director Lands & Minerals Hibbing 3 Minnesota State Statute 93.001 Policy for promoting Mineral Development It is the policy of the state to provide for the diversification of the state’s mineral economy through long-term support of mineral exploration, evaluation, environmental research, development, production, and commercialization. Minnesota State Statute127A.31 Goal of the permanent School Fund. The DNR Administers 8.5 million acres of land of which 2.5 million is School Trust. The legislature intends that it is the goal of the permanent school fund to secure the maximum long-term economic return from the school trust lands consistent with the fiduciary responsibilities imposed by the trust relationship established in the Minnesota Constitution, with sound natural resource conservation and management principles, and with other specific policy provided in state law. Minnesota State Constitution – Article 11 The permanent school fund of the state consists of (a) the proceeds of lands granted by the United States for the use of schools within each township,… No portion of these lands shall be sold otherwise than at public sale, and in the manner provided by law. -
Milford Mine National Register Historic District, Crow Wing County, Minnesota
MILFORD MINE NATIONAL REGISTER HISTORIC DISTRICT, CROW WING COUNTY, MINNESOTA CULTURAL LANDSCAPE REPORT Site History, Existing Conditions, Analysis and Evaluation Prepared by Two Pines Resource Group, LLC and 10,000 Lakes Archaeology, Inc. March 2015 PUBLIC VERSION MILFORD MINE NATIONAL REGISTER HISTORIC DISTRICT, CROW WING COUNTY, MINNESOTA CULTURAL LANDSCAPE REPORT Site History, Existing Conditions, Analysis and Evaluation Prepared for Crow Wing County Land Services 322 Laurel Street, Suite 12 Brainerd, MN 56401 Prepared by Michelle M. Terrell, Ph.D., RPA Two Pines Resource Group, LLC 17711 260th Street Shafer, MN 55074 Amanda Gronhovd, M.S., RPA 10,000 Lakes Archaeology, Inc. 220 9th Avenue South South St. Paul, MN 55075 THIS PROJECT WAS FUNDED IN PART BY THE ARTS AND CULTURAL HERITAGE FUND March 2015 PUBLIC VERSION MILFORD MINE NATIONAL REGISTER HISTORIC DISTRICT CULTURAL LANDSCAPE REPORT This publication was made possible in part by the people of Minnesota through a grant funded by an appropriation to the Minnesota Historical Society from the Minnesota Arts and Cultural Heritage Fund. Any views, findings, opinions, conclusions or recommendations expressed in this publication are those of the authors and do not necessarily represent those of the State of Minnesota, the Minnesota Historical Society, or the Minnesota Historic Resources Advisory Committee. MILFORD MINE NATIONAL REGISTER HISTORIC DISTRICT CULTURAL LANDSCAPE REPORT MILFORD MINE NATIONAL REGISTER HISTORIC DISTRICT CULTURAL LANDSCAPE REPORT They came mostly to fulfill dreams of a better life and were willing to work hard and long to achieve that – if not for themselves, at least for their children… ~ ~ ~ Among the miners there developed a closeness and camaraderie that transcended the differences in language, ethnic background, and religion. -
Cuyuna Country State Recreation Area Plan Amendment
Cuyuna Country State Recreation Area Management Plan Amendment Minnesota Department of Natural Resources Division of Parks and Recreation July 2005 Cuyuna Country State Recreation Area Management Plan Amendment State of Minnesota Department of Natural Resources Division of Parks and Recreation This management plan has been prepared as required by 2004 Minnesota Laws Chapter 86A.09, Subdivision 1. For more information on this management plan please contact any of the following project participants from the DNR Division of Parks and Recreation: Steve Weber, Park Manager Cuyuna Country SRA PO Box 404 Ironton, MN 56455 (218) 546-5926 Jim Willford, Regional Manager DNR Division of Parks and Recreation Paul Maurer, Regional Park 1201 E Highway 2, Operations Supervisor Grand Rapids, MN 55744 Ted Sheppard, Regional Naturalist (218) 327-4150 Courtland Nelson, Director DNR Division of Parks and Recreation Patricia Arndt, Planning, MIS and 500 Lafayette Road Public Affairs Manager St. Paul, Minnesota 55155-4039 Carmelita Nelson, Park Planner Senior (651) 296-9223 Copyright 2005 State of Minnesota, Department of Natural Resources. Printed on recycled paper containing a minimum of 30% post-consumer waste and soy based ink. This information is available in an alternative format upon request by calling (651) 2966157 (Metro Area) or (888) MINNDNR (MN Toll Free). TTY: (651) 296-5484 (Metro Area) or (800) 657-3929 (toll free TTY). Equal opportunity to participate in and benefit from programs of the Minnesota Department of Natural Resources is available to all individuals regardless of race, creed, color, religion, national origin, sex, marital status, status with regard to public assistance, age sexual orientation or disability. -
The Lake Superior Iron Ranges: Geology and Mining
THE LAKE SUPERIOR IRON RANGES: GEOLOGY AND MINING William F. Cannon, U.S. Geological Survey, Reston, VA 20192 ECONOMIC AND STRATEGIC SIGNIFICANCE OF LAKE SUPERIOR IRON Currently the only source of domestic iron ore. In recent years, Lake Superior ores provided roughly 85% of U.S. demand. Annual production varies but is generally about 50 million tons of concentrate valued at about $2 billion. An iron range is an elongate belt of layered sedimentary rocks in which one or more layers consist of banded iron-formation, a rock composed of alternating iron-rich and iron-poor layers on a scale of a few centimeters. Banded iron-formation from the Gogebic Range MINING HISTORY First ore discoveries and mines: Marquette Range, Michigan: Ore discovered 1844, first ore shipment 1852 Menominee Range, Michigan: Discovered 1846, first mine 1870 Gogebic Range, Michigan and Wisconsin: discovered 1848, first mine 1884 Iron River, Michigan: discovered 1851, first mine 1881 Vermillion Range, Minnesota: discovered 1882, first mine 1884 Mesabi Range, Minnesota: discovered 1866, first mine 1890 Cuyuna Range, Minnesota: discovered 1904, first mine 1910 A BRIEF HISTORY OF MINING PHASE 1. The initial phase of mining, from discovery until the 1950’s, was for direct shipping ore (also called natural ore). These ores were pockets of high grade iron concentrations that formed within banded iron formations by leaching of silica by surface water or deeply circulating ground water. PHASE 2. Beginning in the late 1950’s a transition from direct shipping ore to taconite production began. Within a decade it supplanted direct shipping ore. Taconite is produced from metallurgically favorable parts of banded iron-formation and requires concentration and pelletizing at the mine site. -
A Brief History of Mining in Michigan's Marquette and Menominee Iron
A Brief History of Mining in Michigan’s Marquette and Menominee Iron Ranges The Upper Peninsula of Michigan, the “U.P.” as the locals call it, has been blessed with a wealth of mineral resources. The Native Americans were the earliest miners, using float copper left behind by the receding glaciers to make implements of many types. Copper trade goods eventually made their way throughout the Mississippi River watershed. Douglas Houghton visited copper deposits on his 1831-32 expedition. He became Michigan’s first State Geologist in 1839. His reports on the copper deposits in 1841, made the public aware of the resource potential of the U.P. Although he did not personally visit the iron deposits, he reported their existence. William Austin Burt, a government surveyor, is credited with the discovery of iron ore near Negaunee in 1844. This would become known as the Marquette Iron Range. In 1845, the Jackson Iron Company, with help from the Native Americans, discovered an iron deposit in another location that was to become the town of Negaunee. This deposit became the Jackson Mine. Ore was mined from an open pit. The Carp River Forge was opened in 1847 near Negaunee. It utilized ore from the Jackson Mine. The Michigan Iron Industry Museum, near the site of the forge, will be visited during the 2019 Mining History Association conference. Other Michigan iron ore discoveries followed as prospectors gained a better understanding of the geology and pushed into unexplored territory. Marquette Range, 1844 Eastern Menominee Range, 1845 Gogebic Range, 1848 Western Menominee Range, 1851 Gwinn District, Marquette Range, 1869 By comparison, the earliest iron ore discoveries in Minnesota occurred over 30 years later than the first discovery in Michigan. -
Socialism, the IWW, and Communism on the Cuyuna Iron Range, 1912-1933 by John Anthony Byczynski
Rethinking Radicalism: Socialism, the IWW, and Communism on the Cuyuna Iron Range, 1912-1933 By John Anthony Byczynski n 1933, the twenty-five-year-old mayor of Crosby, Minnesota, the largest city on the Cuyuna Iron Range, Emil Nygard, was on a nationwide tour, the highlight of which was a speech at Web- ster IHall in New York City. On October 19, 1933, the young mayor declared in front of a packed house: “We should not think that it is im- possible to elect Communists to office in the United States of America.” Many in Crosby Minnesota thought “I could not be elected as a Com- munist Mayor. But because I led them in militant demonstrations . a Communist Mayor was elected.” Nygard continued: “In the city of Crosby the working men have begun to realize that they cannot any lon- ger depend on demagogues,” the working-class understood “they must support the Communist Party.” The crowd cheered its approval when Nygard added: “They are beginning to realize also that the Communist Party will not betray the working class!”1 If one looks at miners of the region with only a passing glance, Ny- gard’s election, and a series of Progressive Era strikes led by socialists and a radical union, the Industrial Workers of the World, might lead one to conclude, as one historian suggests of Nygard’s election, that it is was “the culmination of years of radical activity on the iron range.”2 How- ever, connections with the Socialist Party and the IWW give the false impression that the miners were more radical than they really were. -
Notes on the Geology and Iron Ores of the Cuyuna District, Minnesota
o NOTES ON THE GEOLOGY AND IRON ORES OF THE CUYUNA DISTRICT, MINNESOTA. By E. C. HARDER and A. W. JOHNSTON. INTRODUCTION. Geologic work was done in the Cuyuna iron-ore district during 1914, 1915, and 1916 by the United States Geological Survey in con junction with the Minnesota Geological Survey. The geologic infor mation concerning the district has been obtained almost entirely from drilling and mining operations, and these cover but a small propor tion of the total area of the district. As the development work is con stantly progressing and new information is becoming available, it has been deemed advisable to publish a brief preliminary report of the results so far obtained and to delay the publication of a more complete report pending the accumulation of further data. The preliminary report, of which the present paper is an abstract, is being published by the Minnesota Geological Survey; the more complete report will be published by the United States Geological Survey. In connection with the work in the Cuyuna district it has been considered advantageous to make a study of the rock outcrops in east-central Minnesota, west, south, and east of the district. It was thought probable that the structure and geologic relations of these rocks might throw some additional light on the structure and correla tion of the rocks of the Cuyuna range and on their relation to the general structure and correlation of the rocks of the Lake Superior region. Consequently many of the outcrops in Cass, Tpdd, Morri- son, Mille Lacs, Kanabec, Aitkin, Pine, and Carlton counties have been mapped in detail and will be fully described in the final report. -
Iron·Formation Proto Lith and Genesis, Cuyuna Range
MINNESOTA GEOLOGICAL SURVEY D.L. SOUTHWICK, Director IRON·FORMATION PROTO LITH AND GENESIS, CUYUNA RANGE, MINNESOTA Peter L. McSwiggen, G.B. Morey, and Jane M. Cleland Report of Investigations 45 ISSN 0076-9177 UNIVERSITY OF MINNESOTA Saint Paul - 1995 IRON·FORMATION PROTOLITH AND GENESIS, CUYUNA RANGE, MINNESOTA The University of Minnesota is committed to the policy that all persons shall have equal access to its programs, facilities, and employment without regard to race, color, creed, religion, national origin, sex, age, marital status, disability, public assistance status, veteran status, or sexual orientation. CONTENTS Page Abstract ........................................................................................................................................................... 1 Introduction .................................................................................................................................................... 1 Regional geologic setting .............................................................................................................................. 1 Local geologic setting ................................................................................................................................... 2 Rabbit Lake Formation .......................................................................................................................... 2 Trommald Formation ............................................................................................................................. -
Refining Paleoproterozoic Sedimentary Sequence Boundaries
Refining Paleoproterozoic Sedimentary Sequence Boundaries in East-Central Minnesota, Carlton County: Implications for Source, Age, Correlations, and Tectonic Histories A thesis submitted to the Kent State University Graduate College in partial fulfillment of the requirements for the degree of Master of Science by Scott W. Scheiner December, 2012 Thesis written by Scott W. Scheiner B.S. Kent State University, 2009 M.S. Kent State University, 2012 Approved by ________________________________, Advisor Dr. Daniel K. Holm ________________________________, Chair, Department of Geology Dr. Daniel K. Holm ________________________________, Dean, College of Arts and Sciences Dr. Raymond A. Craig ii TABLE OF CONTENTS LIST OF FIGURES.............................................................................................................v LIST OF TABLES..............................................................................................................vi ACKNOWLEDGEMENTS...............................................................................................vii SUMMARY.........................................................................................................................1 Chapter I. Introduction..................................................................................................3 Animikie Basin in Minnesota......................................................................5 Lake Superior Banded Iron Formations.......................................................9 Tectonic Model of the Penokean -
Acmite Occurrences Oi{ the Cuyuna Range, Minnesota
ACMITE OCCURRENCESOI{ THE CUYUNA RANGE, MINNESOTA Fnanr F. Gnour, (Jniaers'i.tyoJ Minnesota,Minneapolis, Minnesota' AgsrRAcr Acmite has been found in quantity in the rocks (taconites) and veins of the cuyuna district, Minnesota. In other districts acmite is largely in igneous rocks and veins, but a diopsidic acmite was reported from Lingban, in veins in hematite. The analyses of Minnesota acmite show a high percentage of the "acmite molecule," NaeO.Fe2OB.4SiO2; one of them purer than any other natural acmite that has been ana- lyzed. This is a tea-green acmite in hypothermal veins. Disseminated acmite in the granules and matrix of the iron formation is brown. The brown color seems to be corre}ated with a manganese content rather than with other rare constituents. A brown mineral has been known for a number of years in some high temperature veins in Cuyuna iron-bearing rocks and ores,r but it was variously identified by the writer and Doctor Thiel as epidote and pyfox- ene,for lack of good material. A recent exploration supplied a fair amount of drill core for a closer study. The drilling and study were financed by the University of Minnesota researchfunds of the Graduate School,and that support is gratefully acknowledged. The identification of acmite in this new occurrenceis a minor incident to the main study of the stratigra- phy of the Cuyuna rocks. The drill core containing acmite is from a hole on the property of the Merritt Number Two Mine near Ironton, Minnesota. The collar of the hole is approximately 3100feet north, and 4820 feet west of the southeast corner of Sec. -
MWF News April 2017, Issue No
MWF News April 2017, Issue No. 561 Page 1 MWF News Midwest Federation of Mineralogical and Geological Societies April 2017 - Issue No. 561 Web Site - www.amfed.org/mwf Member of the American Federation of Mineralogical Societies PRESIDENT’S MESSAGE IN MEMORIAM JOHN AND JUDY WASHBURN Tom Whitlatch, President Donna Moore, MWF Secretary Well, spring has sprung for most of us. It is a (Author’s Note: This article is mostly my good time to take the temperature of your club. Is it work, but several of the Washburns’ rockhound friends hot and growing, or cold and stagnant? I added to it.) remember when I first got interested in the club, I was one of the young ones. Anyone who has had anything to do with rocks Now, more than 25 years later, I'm seeing and minerals in Central Illinois for the last twenty my role now is that of one of the “old years has heard the names John and Judy Washburn. ones” who has served in many positions. Both were past presidents of the Midwest Federation. I have come to know what a commitment As a couple, they were the “go to” people for it takes to keep a club growing and in information and ideas for collecting and shows in this good health. It has been worth every area. Although they lived in Rochester, Illinois, they minute; I have several good friends and the loved to travel throughout Illinois, the Midwest, and satisfaction of seeing several younger people step up the United States collecting specimens and visiting to continue the work needed to keep the club going shows. -
Cuyuna Lakes State Trail Master Plan
Cuyuna Lakes State Trail Master Plan August 2004 Minnesota Department of Natural Resources Division of Trails & Waterways The Minnesota Department of Natural Resources, Trails and Waterways Division would like to thank all who participated in this master planning process. Assistance from the Cuyuna Lakes Trail Association and Dennis Palmer was invaluable. Many city and county officials, DNR staff, trail association members and local citizens contributed their time and energy to the planning process as well. Copyright 2004 State of Minnesota, Department of Natural Resources. Equal opportunity to participate in and benefit from programs of the Minnesota Department of Natural Resources is available to all individuals regardless of race, color, creed, religion, national origin, sex, marital status, status with regard to public assistance, age, sexual orientation, membership or activity in a local commission, or disability. Discrimination inquiries should be sent to MN-DNR, 500 Lafayette Road, St. Paul, MN 55155-4031; or the Equal Opportunity Office, Department of the Interior, Washington, DC 20240. This document is available in alternative formats to individuals with disabilities by calling 651- 296-6157 (Metro Area) or 1-888-MINNDNR (MN Toll Free) or Telecommunication Device for the Deaf/TTY: 651-296-5484 (Metro Area) or 1-800-657-3929 (Toll Free TTY). TABLE OF CONTENTS SECTION ONE – INTRODUCTION Executive Summary.........................................................................................................................1 Planning