Arvon Township Land Use Plan
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Bird Notes from Northern Michigan
GENERAL NOTES BIRD NOTES FROM NORTHERN MICHIGAN In a recent paper (1948) I have detailed in part the results of a wildlife survey of the Huron Mountain district, Marquette County, Michigan, made from October 1939 to July 1942. Included therein are a description of the area and an inventory of its vertebrate fauna, among which are listed 206 species and subspeciesof birds, with only the briefest of notes appended. Certain additional data of special interest as well as Huron Mo&tain records of some forms not to my knowledge previously published are presented. Mentioned in the present notes are 29 species. Common Loon. Gavia immer.-This is a common summer resident, and pairs may be found on most of the inland lakes. On June 25, 1940, I located a nest containing 3 eggs (2 is the usual number) on a small island in Howe Lake. On June 26, 1912, at Mountain Lake I observed 2 chicks riding on the parent’s back. From July to October groups of from 2 to 6 loons are frequently seen on Lake Superior, near the shore, usually in early morning or evening. Blue Goose. Chen caevuZescens.-Bayard H. Christy has told me that 2 geese, seen on the Cranberry Marsh by Herbert E. Perkins in May 1926, were accurately described as this species. -American Pintail. Anus an&.-This species has been reported once in the Huron Moun- tains, on September 28 (probably since 1930), by B. H. Christy. Gadwall. Anus strepem-S. Morris Pell observed 1 of these ducks on Howe Lake on September 2, 1941. -
(Coleoptera) of the Huron Mountains in Northern Michigan
The Great Lakes Entomologist Volume 19 Number 3 - Fall 1986 Number 3 - Fall 1986 Article 3 October 1986 Ecology of the Cerambycidae (Coleoptera) of the Huron Mountains in Northern Michigan D. C. L. Gosling Follow this and additional works at: https://scholar.valpo.edu/tgle Part of the Entomology Commons Recommended Citation Gosling, D. C. L. 1986. "Ecology of the Cerambycidae (Coleoptera) of the Huron Mountains in Northern Michigan," The Great Lakes Entomologist, vol 19 (3) Available at: https://scholar.valpo.edu/tgle/vol19/iss3/3 This Peer-Review Article is brought to you for free and open access by the Department of Biology at ValpoScholar. It has been accepted for inclusion in The Great Lakes Entomologist by an authorized administrator of ValpoScholar. For more information, please contact a ValpoScholar staff member at [email protected]. Gosling: Ecology of the Cerambycidae (Coleoptera) of the Huron Mountains i 1986 THE GREAT LAKES ENTOMOLOGIST 153 ECOLOGY OF THE CERAMBYCIDAE (COLEOPTERA) OF THE HURON MOUNTAINS IN NORTHERN MICHIGAN D. C. L Gosling! ABSTRACT Eighty-nine species of Cerambycidae were collected during a five-year survey of the woodboring beetle fauna of the Huron Mountains in Marquette County, Michigan. Host plants were deteTITIined for 51 species. Observations were made of species abundance and phenology, and the blossoms visited by anthophilous cerambycids. The Huron Mountains area comprises approximately 13,000 ha of forested land in northern Marquette County in the Upper Peninsula of Michigan. More than 7000 ha are privately owned by the Huron Mountain Club, including a designated, 2200 ha, Nature Research Area. The variety of habitats combines with differences in the nature and extent of prior disturbance to produce an exceptional diversity of forest communities, making the area particularly valuable for studies of forest insects. -
Final-Draft-Revied-1-17-2020-Copy
Final Review Draft Revised 1/17/2020 Revisions are shown in red L’Anse Township, MI MASTER PLAN Update 2019 L’Anse Township Master Plan Acknowledgements L’Anse Township Planning Commission Roy Kemppainen, Chair Dan Robillard, Secreatary Joan Bugni Craig Kent Joanne Pennock Buddy Sweeney Mike Roberts L’Anse Township Board Peter Magaraggia, Supervisor Kristin Kahler, Clerk Kristine Rice, Treasurer Shelley Lloyd, Trustee Buddy Sweeney, Trustee Consultant: We also wish to thank the many citizens who attended meetings, the Open House Event, and who provided input on the development of this Master Plan! Cover photo: 2nd Sand Beach by Jeffery Loman Patrick Coleman, AICP Acknowledgements Page 1 L’Anse Township Master Plan Table of Contents Page Acknowledgements 1 Chapter 1: Introduction 3 Chapter 2: Township Profile 10 Chapter 3: Housing 39 Chapter 4: Infrastructure and Community Facilities 44 Chapter 5: Land Use 53 Chapter 6: Transportation 69 Chapter 7: Economic Development 80 Chapter 8: Action Plan 86 Table of Contents Page 2 L’Anse Township Master Plan Chapter 1: Introduction This plan was undertaken to help the citizens of L’Anse Township make informed decisions and set priorities and goals to achieve a sustainable future. The plan contains recommendations and action strategies to assist the Township to organize efforts and resources for maximum potential. The plan will serve as a guide for future decisions about growth management and development, land-use regulation, and infrastructure. Authority and Purpose The purpose of the Master Plan is to guide the future of the Township and help the community develop sustainably through a realistic and well thought out approach. -
A Multi-Scaled Habitat Analysis of Lichen Communities on Granite Rock in the Huron Mountains, Marquette County, Michigan
Northern Michigan University NMU Commons All NMU Master's Theses Student Works 2010 A MULTI-SCALED HABITAT ANALYSIS OF LICHEN COMMUNITIES ON GRANITE ROCK IN THE HURON MOUNTAINS, MARQUETTE OC UNTY, MICHIGAN Ryne Douglas Rutherford Northern Michigan University Follow this and additional works at: https://commons.nmu.edu/theses Recommended Citation Rutherford, Ryne Douglas, "A MULTI-SCALED HABITAT ANALYSIS OF LICHEN COMMUNITIES ON GRANITE ROCK IN THE HURON MOUNTAINS, MARQUETTE OUNC TY, MICHIGAN" (2010). All NMU Master's Theses. 495. https://commons.nmu.edu/theses/495 This Open Access is brought to you for free and open access by the Student Works at NMU Commons. It has been accepted for inclusion in All NMU Master's Theses by an authorized administrator of NMU Commons. For more information, please contact [email protected],[email protected]. A MULTI-SCALED HABITAT ANALYSIS OF LICHEN COMMUNITIES ON GRANITE ROCK IN THE HURON MOUNTAINS, MARQUETTE COUNTY, MICHIGAN By Ryne Douglas Rutherford THESIS Submitted to Northern Michigan University In partial fulfillment of the requirements For the degree of MASTERS OF SCIENCE Graduate Studies office 2010 SIGNATURE APPROVAL FORM This thesis by Ryne Douglas Rutherford is recommended for approval by the student's thesis committee in the Department of Biology and by the Dean of Graduate Studies. ________________________________________________________ Committee Chair: Dr. Alan Rebertus Date ________________________________________________________ First Reader: Dr. Roger M. Strand Date ________________________________________________________ -
R William R" class="text-overflow-clamp2"> EVIDENCE of ANCIENT LEVELS of LAKE SUPERIOR in the HURON MOUNTAINS AREA / C/7 ,;/ ,7"7:'7>R William R
EVIDENCE OF ANCIENT LEVELS OF LAKE SUPERIOR IN THE HURON MOUNTAINS AREA / c/7 ,;/ ,7"7:'7>r William R. Farrand ~ ~---/-, (-/ t/1/' University of Michigan, Ann Arbor, and Lamont Geological Observatory, Palisades, New York A report prepared for the Huron Mountain Wildlife Foundation, Inc., April 1960. CONTENTS Introduction 1 Nature of the study 1 Background of the subject 1 Acknowledgments 3 Fie~d Investigations 4 Nipissing and post-Nipissing lake stages 4 Ba ckg round 4 The Nipissing beach 4 / Post-Nipissing features 0 Pre-Nipissing shoreline features 7 Huron Ii,Ioun tains outlet channel 8 Discussion 11 Review of the history of Lake Superior 11 Summar>y 16 References cited 19 ILLUSTRATIONS Figur-e 1. Lake stage map: Lake Duluth 13 2. Lake stage map: Lake Washburn 13 3. Lake stage map: Lake Minong 14 4. Lake stage map: Houghton low stage 14 Table I. Outline of Lake Supet>iot> history 18 Plate I. Map and p r-ofile, late Wisconsin 20 geology, Huron Mountains, Michigan ii EVIDEN"CE OF ANCIENT LEVELS OF LAKE SUPERIOR IN THE HURON MOUNTAINS AREA INTRODUCTION Nature of the study. The Huron Mountains area, Marquette and Baraga counties, Michigan, was studied in the period 1-10 September 1959 in order to identify geologic features related to ancient water levels of the Lake Superior basin. During this brief visit the following areas were investigated: (1) the present shoreline, (2) the ancient beach ridges and wave cut bluffs just above the present shore, (3) the Huron Moun tains and their contained lake basins, and (4) the e.xtensi ve Yellow Dog sand plains south of the mountains. -
Predicting Exotic Earthworm Distribution in the Northern Great Lakes Region
Biol Invasions (2013) 15:1665–1675 DOI 10.1007/s10530-012-0399-2 ORIGINAL PAPER Predicting exotic earthworm distribution in the northern Great Lakes region Lindsey M. Shartell • Erik A. Lilleskov • Andrew J. Storer Received: 12 July 2012 / Accepted: 29 December 2012 / Published online: 10 January 2013 Ó Springer Science+Business Media Dordrecht 2013 Abstract Identifying influences of earthworm inva- L. terrestris was incorporated into a geographic sion and distribution in the northern Great Lakes is an information system (GIS) to map the expected distri- important step in predicting the potential extent and bution, both current and potential, across the study impact of earthworms across the region. The occur- area. Results indicate that L. terrestris has not yet fully rence of earthworm signs, indicating presence in saturated its potential habitat, as it is currently found general, and middens, indicating presence of Lumbri- close to roads and has yet to establish in most interior cus terrestris exclusively, in the Huron Mountains forests sampled. Comparing field measured data to located in the Upper Peninsula of Michigan were GIS layers revealed limitations in the precision of modeled using generalized linear models and stepwise publicly available spatial data layers that should be regression to identify important environmental vari- addressed in future attempts to predict the extent of ables. Models were then applied to earthworm occur- earthworm invasion across the larger Great Lakes rence data from Seney National Wildlife Refuge, also region. However, within the Huron Mountains, it is located in the Upper Peninsula of Michigan to validate predicted that the distribution of L. terrestris will results. -
Download Index
First Edition, Index revised Sept. 23, 2010 Populated Places~Sitios Poblados~Lieux Peuplés 1—24 Landmarks~Lugares de Interés~Points d’Intérêt 25—31 Native American Reservations~Reservas de Indios Americanos~Réserves d’Indiens d’Améreque 31—32 Universities~Universidades~Universités 32—33 Intercontinental Airports~Aeropuertos Intercontinentales~Aéroports Intercontinentaux 33 State High Points~Puntos Mas Altos de Estados~Les Plus Haut Points de l’État 33—34 Regions~Regiones~Régions 34 Land and Water~Tierra y Agua~Terre et Eau 34—40 POPULATED PLACES~SITIOS POBLADOS~LIEUX PEUPLÉS A Adrian, MI 23-G Albany, NY 29-F Alice, TX 16-N Afton, WY 10-F Albany, OR 4-E Aliquippa, PA 25-G Abbeville, LA 19-M Agua Prieta, Mex Albany, TX 16-K Allakaket, AK 9-N Abbeville, SC 24-J 11-L Albemarle, NC 25-J Allendale, SC 25-K Abbotsford, Can 4-C Ahoskie, NC 27-I Albert Lea, MN 19-F Allende, Mex 15-M Aberdeen, MD 27-H Aiken, SC 25-K Alberton, MT 8-D Allentown, PA 28-G Aberdeen, MS 21-K Ainsworth, NE 16-F Albertville, AL 22-J Alliance, NE 14-F Aberdeen, SD 16-E Airdrie, Can 8,9-B Albia, IA 19-G Alliance, OH 25-G Aberdeen, WA 4-D Aitkin, MN 19-D Albion, MI 23-F Alma, AR 18-J Abernathy, TX 15-K Ajo, AZ 9-K Albion, NE 16,17-G Alma, Can 30-C Abilene, KS 17-H Akhiok, AK 9-P ALBUQUERQUE, Alma, MI 23-F Abilene, TX 16-K Akiak, AK 8-O NM 12-J Alma, NE 16-G Abingdon, IL 20-G Akron, CO 14-G Aldama, Mex 13-M Alpena, MI 24-E Abingdon, VA Akron, OH 25-G Aledo, IL 20-G Alpharetta, GA 23-J 24,25-I Akutan, AK 7-P Aleknagik, AK 8-O Alpine Jct, WY 10-F Abiquiu, NM 12-I Alabaster, -
PRINT 48-Peak Challenge
48-Peak Challenge SEPTEMBER 1ST - DECEMBER 9TH ATTEMPT TO CLIMB TO ALL OF THE HIGHEST POINTS EACH WALL CLIMB IS 47 FEET IN THE CONTINENTAL UNITED STATES Katahdin (5,268 feet) Mount Rainier (14,411 feet) WA Eagle Mountain (2,301 feet) ME Mount Arvon (1,978 feet) Mount Mansfield (4,393 feet) Mount Hood (11,239 feet) Mount Washington (6,288 feet) MT White Butte (3,506 feet) ND VT MN Granite Peak (12,799 feet) NH Mount Marcy (5,344 feet) Borah Peak (12,662 feet) OR Timms Hill (1,951 feet) WI NY MA ID Gannett Peak (13,804 feet) SD CT Hawkeye Point (1,670 feet) RI MI Charles Mount (1,235 feet) WY Harney Peak (7,242 feet) Mount Davis (3,213 feet) PA CT: Mount Frissell (2,372 feet) IA NJ DE: Ebright Azimuth (442 feet) Panorama Point (5,426 feet) Campbell Hill (1,549 feet) Kings Peak (13,528 feet) MA: Mount Greylock (3,487 feet) NE OH MD DE MD: Backbone Mountain (3360 feet) Spruce Knob (4,861 feet) NV IN NJ: High Point (1,803 feet) Boundary Peak (13,140 feet) IL Mount Elbert (14,433 feet) Mount Sunflower (4,039 feet) Hoosier Hill (1,257 feet) WV RI: Jerimoth Hill (812 feet) UT CO VA Mount Whitney (14,498 feet) Black Mountain (4,139 feet) KS Mount Rogers (5,729 feet) CA MO KY Taum Sauk Mountain (1,772 feet) Mount Mitchell (6,684 feet) Humphreys Peak (12,633 feet) Wheeler Peak (12,633 feet) Clingmans Dome (6,643 feet) NC Sassafras Mountain (3,554 feet) Black Mesa (4,973 feet) TN Woodall Mountain (806 Feet) OK AR SC AZ NM Magazine Mountain (2,753 feet) Brasstown Bald (4,784 feet) GA AL Driskill Mountain (535MS feet) Cheaha Mountain (2,405 feet) Guadalupe Peak (8,749 feet) TX LA Britton Hill (345 feet) FL Start the challenge by reaching the peak of Britton Hill, Florida, the lowest state peak, with just seven climbs (345 feet). -
Contents FOREWORD
STATE OF MICHIGAN No conservation program can succeed without the active DEPARTMENT OF CONSERVATION interest, cooperation and participation of the public. It is P. J. Hoffmaster, Director believed one of the most effective ways of securing this cooperation is by engendering into the younger THEY NEED NOT VANISH generation a sense of the social and economic A DISCUSSION OF THE NATURAL RESOURCES necessities for using cautiously, and if possible, wisely, OF MICHIGAN those resources with which Michigan has been so generously endowed. This book is not the result of the work of one person, but rather of a group which has been working for several years with the Department of Conservation and the Department of Public Instruction to produce what we Edited by believe to be the first such cooperative effort to give the HELEN M. MARTIN schools of Michigan something which has long been needed. We sincerely hope this book will satisfy a from contributions by goodly part of that need. Shirley W. Allen, Geo. C. S. Benson, University of [Signed] P. J. Hoffmaster Michigan Director Stannard B. Bergquist, L. R. Schoenmann, H. C. Michigan Department of Conservation. Beeskaw, J. H. Kraemer, W. F. Morofsky, J. A. Porter, E. C. Sackrider, Michigan State College Photographs from Department of Conservation; Department of Geology and G. S. Mclntire, H. M. Martin, O. F. Poindexter, C. F. Geography, Michigan State College; U. S. Welch, Department of Conservation Soils Conservation Service and contributors. M. G. Adams, Stream Control Commission Frank DuMond, Public Museum, Grand Rapids Lynn Heatley, High School, Midland. COPYRIGHT 1942 MICHIGAN DEPARTMENT OF CONSERVATION Contents Part I. -
The Cambrian Sandstones of Northern Michigan
General Features .......................................................12 Interpretation..............................................................15 Lenticular Sandstone Facies ................................. 15 General Features .......................................................15 Sedimentary Structures..............................................15 Bedding..................................................................15 Channel Structures ................................................15 Cross-Bedding .......................................................16 Other Structures.....................................................18 Interpretation..............................................................18 Massive Sandstone Facies.................................... 19 General Features .......................................................19 Sedimentary Structures..............................................19 Bedding..................................................................19 Ripple Marks ..........................................................19 Interpretation..............................................................19 Frontispiece. The Munising formation exposed in the cliffs of Pictured Rocks. Red Siltstone Facies.............................................. 19 The Pre-Jacobsville Erosional Surface ........................20 STATE OF MICHIGAN Paleogeography ...........................................................21 DEPARTMENT OF CONSERVATION Location of the Source Area................................. -
The Beetle and the Pine Beetles Are One of the Most Abundant And
Winter 2015 Newsletter The Beetle and the Pine By Jill Riddell The beetles of the Huron Mountains have had a great deal of interview to the BBC. “They have divided the world up into very attention lavished upon them over the years, especially when small pieces to specialize in their different jobs, managing to co-exist compared with other types of insects. Records for beetles date back without competing with each other.” to 1929, when an associate at the University of Michigan’s Zoology Since 2012, Patrick Gorring, a PhD candidate from Harvard Museum, A.W. Andrews, conducted and published an initial University, has been adding to Huron Mountain’s list of species and baseline survey. In the 1980s, more work was done with beetles by deepening the understanding of scientists about our what certain Huron Mountain Wildlife Foundation supported researchers. In types of beetles are up to. A native of Wayne, Michigan, Gorring the 1990s, surveys of aquatic insects added still more beetle species. first learned about beetles and the work of the Foundation from Altogether, over 400 species of beetles have been found in the visiting the natural history museum on the campus of the University Huron Mountains. of Michigan. Beetles are one of the most abundant and diverse groups both in the Huron Mountains and in the bigger world beyond the Upper Peninsula. “In my first year of surveying, I focused exclusively on the long- horned beetles. They’re the best wood decomposers,” says Gorring. “They bore into the heartwood of trees and do a really good job of decomposing wood recently fallen on the forest floor. -
Porcupine Mountains Wilderness State Park GENERAL MANAGEMENT PLAN DRAFT July 2019 Prepared with the Assistance of PLAN APPROVALS
MICHIGAN DEPARTMENT OF NATURAL RESOURCES Lake of the Clouds (Photo Credit: Henry Roeters) Porcupine Mountains Wilderness State Park GENERAL MANAGEMENT PLAN DRAFT July 2019 Prepared with the assistance of PLAN APPROVALS PORCUPINE MOUNTAINS WILDERNESS STATE PARK GENERAL MANAGEMENT PLAN Management Zones Data Sources: Michigan CGI Open Data Portal, Michigan Department of Natural Resources Porcupine Mountains Wilderness State Park SEE INSET MAP State Roads Union Bay r All Roads o i r Trails e p Administrative Services u i! S AL ORI Primitive e S MEM INEER k ENG a 107TH Backcountry louds he C L of t Lake Natural Resource Recreation Lake of the Clouds Developed Recreation Scenic Area SEE INSET MAP Scenic Overlay i! Cultural Overlay B O U N Campground D !9 A R Y !y Boating Access Site !i Parking Lot e X Mirror Lak O Contact Station C i! L Summit Peak I W Headquarters Scenic Area !@ SEE INSET MAP i! != Lodge ! Observation Platform Registration Station Rustic Cabin !* Ski Area SEE INSET MAP Visitor/Nature Center Presque Isle i! Yurt ! Historical Site Group / Organizational Campground Y T Y T N N U U O O C C N C A I G B P P E O I I P I H P G N I SH S H H O O S N N S T N G f? N W W N W O W O O T T O O T E T D K D N D A O L A L E L O I P F G R W E R E A E N K B A C O L R S I W I E U 6.26.2019 Q S E 0 0.75 1.5 R P Miles This project was directed by Deborah Jensen, Management Plan Administrator, Department of Natural Resources, DNR Parks & Recreation Division with assistance from Beckett & Raeder, Inc.