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Restoration of Woodland Caribou to the Lake Superior Region
University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln U.S. National Park Service Publications and Papers National Park Service 1994 Restoration of Woodland Caribou to the Lake Superior Region Peter J. P. Gogan Yellowstone National Park Jean Fitts Cochrane USFWS, Anchorage, AL Follow this and additional works at: https://digitalcommons.unl.edu/natlpark Part of the Environmental Sciences Commons Gogan, Peter J. P. and Cochrane, Jean Fitts, "Restoration of Woodland Caribou to the Lake Superior Region" (1994). U.S. National Park Service Publications and Papers. 11. https://digitalcommons.unl.edu/natlpark/11 This Article is brought to you for free and open access by the National Park Service at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in U.S. National Park Service Publications and Papers by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. 9 Restoration of woodland caribou to the Lake Superior region PETER J. P. GOGAN AND JEAN FITTS COCHRANE Introduction Woodland caribou (Rangifer tarandus caribou) historically occupied the boreal forest zone across the North American continent. The distribution and abun dance of the species has declined in the past century. In particular, it has been extirpated from much of the southern limits of its historical range on both sides of the boundary between Canada and the United States (Bergerud 1974). Translocation of animals from extant populations may be used to reestablish populations in portions of the species' former range. Recently, wildlife biolo gists in Ontario have translocated woodland caribou to a number of sites in or adjacent to Lake Superior. While it is too soon to evaluate their long-term suc cess, these restoration efforts do provide useful insights into factors likely to influence the outcome of woodland caribou translocations elsewhere. -
Lighthouses – Clippings
GREAT LAKES MARINE COLLECTION MILWAUKEE PUBLIC LIBRARY/WISCONSIN MARINE HISTORICAL SOCIETY MARINE SUBJECT FILES LIGHTHOUSE CLIPPINGS Current as of November 7, 2018 LIGHTHOUSE NAME – STATE - LAKE – FILE LOCATION Algoma Pierhead Light – Wisconsin – Lake Michigan - Algoma Alpena Light – Michigan – Lake Huron - Alpena Apostle Islands Lights – Wisconsin – Lake Superior - Apostle Islands Ashland Harbor Breakwater Light – Wisconsin – Lake Superior - Ashland Ashtabula Harbor Light – Ohio – Lake Erie - Ashtabula Badgeley Island – Ontario – Georgian Bay, Lake Huron – Badgeley Island Bailey’s Harbor Light – Wisconsin – Lake Michigan – Bailey’s Harbor, Door County Bailey’s Harbor Range Lights – Wisconsin – Lake Michigan – Bailey’s Harbor, Door County Bala Light – Ontario – Lake Muskoka – Muskoka Lakes Bar Point Shoal Light – Michigan – Lake Erie – Detroit River Baraga (Escanaba) (Sand Point) Light – Michigan – Lake Michigan – Sand Point Barber’s Point Light (Old) – New York – Lake Champlain – Barber’s Point Barcelona Light – New York – Lake Erie – Barcelona Lighthouse Battle Island Lightstation – Ontario – Lake Superior – Battle Island Light Beaver Head Light – Michigan – Lake Michigan – Beaver Island Beaver Island Harbor Light – Michigan – Lake Michigan – St. James (Beaver Island Harbor) Belle Isle Lighthouse – Michigan – Lake St. Clair – Belle Isle Bellevue Park Old Range Light – Michigan/Ontario – St. Mary’s River – Bellevue Park Bete Grise Light – Michigan – Lake Superior – Mendota (Bete Grise) Bete Grise Bay Light – Michigan – Lake Superior -
LAND by the LAKES Nearshore Terrestrial Ecosystems
State of the Lakes Ecosystem Conference 1996 Background Paper THE LAND BY THE LAKES Nearshore Terrestrial Ecosystems Ron Reid Bobolink Enterprises Washago, Ontario Canada Karen Holland U.S. Environmental Protection Agency Chicago, Illinois U.S.A. October 1997 ISBN 0-662-26033-3 EPA 905-R-97-015c Cat. No. En40-11/35-3-1997E ii The Land by the Lakes—SOLEC 96 Table of Contents Acknowledgments ................................................................. v 1. Overview of the Land by the Lakes .................................................. 1 1.1 Introduction ............................................................ 1 1.2 Report Structure ......................................................... 2 1.3 Conclusion ............................................................. 2 1.4 Key Observations ........................................................ 3 1.5 Moving Forward ......................................................... 5 2. The Ecoregional Context .......................................................... 6 2.1 Why Consider Ecoregional Context? .......................................... 6 2.2 Classification Systems for Great Lakes Ecoregions ............................... 7 3. Where Land and Water Meet ....................................................... 9 3.1 Changing Shapes and Structures ............................................. 9 3.1.1 Crustal Tilting ................................................. 10 3.1.2 Climate ....................................................... 10 3.1.3 Erosion ...................................................... -
Rangifer Tarandus Caribou) Along the Lake Superior Coastal Range? Options for Landscape Restoration
Does connectivity exist for remnant boreal caribou (Rangifer tarandus caribou) along the Lake Superior Coastal Range? Options for landscape restoration Christine C. Drake1, Micheline Manseau2, Cornelya F. C. Klütsch3, Pauline Priadka4, Paul J. Wilson3, Steve Kingston5 & Natasha Carr6 1 Pukaskwa National Park, Box 212 Heron Bay, ON, P0T 2E0, Canada 1 (Corresponding author: [email protected]). 2 Landscape Science and Technology, Environment and Climate Change Canada, 1125 Colonel By Drive, Ottawa, 2 ON, K1S 5R1, Canada. 3 Trent University, Biology Department, 2140 East Bank Drive, Peterborough, ON, K9J 7B8, Canada. 4 Laurentian University, Biology Department, 935 Ramsey Lake Road, Sudbury, ON, P3E 2C6, Canada. 5 Ontario Parks, 435 James St., Suite 221D, Thunder Bay, ON, P7E 6S7, Canada. 6 Ontario Ministry of Natural Resources & Forestry, 300 Water St., Peterborough, ON, K9J 8M5, Canada. Abstract: Genetic analysis can provide important information on the dynamic and spatial structure of groups of animals or populations. Little is known of the genetic population structure of caribou that inhabit the Lake Superior Coastal Range (LSCR) and the level of gene flow between individuals within the range and beyond. From a landscape perspec- tive, this range is spatially isolated and genetic connectivity within the range is presumed limited due to large water crossings on Lake Superior. This study aims to answer if animal movement can be discerned, using genetic population and relatedness analyses, within and beyond the LSCR. Faecal and hair samples collected between 2005 and 2015 in Pukaskwa National Park were analyzed for genetic markers and compared to 131 unique genotypes previously obtained from both within the LSCR and in the two next closest ranges. -
Natural Heritage Information Centre Newsletter 2014 Volume 19 Science and Research Branch Newsletter Biodiversity and Monitoring Section
Ministry of Natural Resources Natural Heritage Information Centre Newsletter 2014 Volume 19 Science and Research Branch Newsletter Biodiversity and Monitoring Section Transformation brings new staff to the NHIC Contents As a result of the Ministry of Natural Resources’s (MNR) transformation Transformation brings new of Science and Information Resources Division, the Natural Heritage and staff to the NHIC .......................... 1 Information Centre (NHIC) has been fortunate to pick up four key staff from Using the Vegetation the former Southern Science and Information Section. Sampling Protocol (VSP) to monitor natural cover in David Bradley joins the NHIC and brings his experiences and skills as the Lake Simcoe watershed ........ 2 an Ecological Land Classification (ELC) Botanist to our team. David has helped to sample and analyze 1,144 research plots in site regions 6E and Bryophyte research at 7E and over 5,000 Vegetation Sampling Protocol (VSP) vegetation plots. the NHIC ...................................... 4 Since coming to the NHIC, David has been busy upgrading the bryophyte Citizen scientists contribute herbarium and contributing to the bryophyte database. This year, David valuable information to the will be collecting and identifying mosses and liverworts from across NHIC ............................................ 6 Ontario while he continues to support the VSP in southern Ontario. Need information? ...................... 6 Danijela Puric-Mladenovic joins the NHIC and brings her Associate Natural Heritage inventories Professor -
Renewable Energy Applications on Provincial Crown Land Demande
97°0'0"W 96°0'0"W 95°0'0"W 94°0'0"W 93°0'0"W 92°0'0"W 91°0'0"W 90°0'0"W 89°0'0"W 88°0'0"W 87°0'0"W 86°0'0"W 85°0'0"W 84°0'0"W 83°0'0"W 82°0'0"W 81°0'0"W 80°0'0"W 79°0'0"W 78°0'0"W 77°0'0"W 76°0'0"W 75°0'0"W 74°0'0"W 73°0'0"W 72°0'0"W 56°0'0"N 56°0'0"N Hudson Bay (baie d' Hudson) FORT SEVERN 89 55°0'0"N 55°0'0"N R rn ve Se isk R Win Echoing Lake Stull POLAR BEAR Lake W i n 54°0'0"N is k IKÝ R 54°0'0"N Pierce Lake Little Sachigo Lake WINISK 90 R ig IKÝ we SACHIGO he SEVERN s LAKE 2 RIVER A Severn Renewable Energy Applications C Lake len de SACHIGO nn LAKE 1 ing R SACHIGO Sachigo LAKE 3 Lake KITCHENUHMAYKOOSIB on Provincial Crown Land BEARSKIN Opinnagau LAKE AAKI 84 FAWN WAPEKEKA Lake RIVER RESERVE 2 Ck isi gg IKÝ Me OPASQUIA Big Trout WAPEKEKA IKÝ Lake RESERVE 1 KASABONIKA LAKE Shibogama R Lake n Muskrat ia ks Dam Lake n yCk Ba rd ea James Bay B eig R Demande relatives à l'énergie renouvelable Ash ew ATTAWAPISKAT 91 MUSKRAT Makoop 53°0'0"N DAM LAKE (baie James) !(WA-4 Lake WAWAKAPEWIN Gorm Sta an i R n B 53°0'0"N a R y S ly R e v R sur les terres provinciales de la Couronne Finger Lake e r n SANDY LAKE 88 Sandy Lake WINISK KEEWAYWIN R RIVER x o Magiss F Lake IKÝ KINGFISHER WEAGAMOW LAKE 1 Wunnummin LAKE 87 KINGFISHER 3A Lake Winisk Lake Nikip Weagamow Wapikopa Lake R Lake Lake KINGFISHER 2A Kanuchuan io r Chipai At d Lake tawa o piskat R n Lake DEER C WEBEQUIE ATTAWAPISKAT LAKE k North 91A 5040 30 20 10 0 50 100 150 Caribou WUNNUMIN 1 Nibinamik Deer Lake Lake k Lake tt C WUNNUMIN 2 G cke North Bu L af R Spirit fer is Kilometres/kilomètres -
Sightseeing Tour & Charter of the Slate Islands
Sightseeing Tour & Charter of the Slate Islands Weeks in advance, contact one of the local charters to book a 1/2 day tour. Also in advance, book a stay with the local accommodations or camp on the island (ask charter). Don't forget to check the weather before driving up and call your captain to confirm the waves! For this reason, it is recommended that you do the charter portion on the first day The Terrace Bay Beach Boat Launch, Some Woodland Caribou and the Slate Islands Lighthouse Proposed Itinerary 9:00am - begin your drive from Thunder Bay - just head East on Highway 17 11:30am - after a break or two you enter Terrace Bay - notice the new highway signs :) 11:35am - visit Costa's grocery store in the middle of Simcoe Plaza for food supplies 11:50am - go to Terrace Bay Beach and meet your charter captain at the boat launch 12:00pm - after you are all packed up, head out on the greatest Lake in the world 12:30pm - arrive at the Slate Islands, go to the boathouse and hike to the lighthouse 12:50pm - arrive at the lighthouse and take in amazing views from the top of the island 1:00pm - take a well deserved break and eat your lunch 1:30pm - hike back to the boathouse and jump aboard your boat again 2:00pm - boat around the islands, take in the sights, and look for some caribou 3:00pm - check out the shattercone (ask your captain to explain) and spot bald eagles 3:30pm - head back to the Terrace Bay boat launch 4:00pm - arrive at the Terrace Bay boat launch and go check in then relax for a break 5:00pm - taste some of the local cuisine -
Woodland Caribou Persistence and Extirpation in Relic Populations on Lake Superior
The Eleventh North American Caribou Workshop, Jasper, Alberta, Canada, 24-27 April, 2006. Woodland caribou persistence and extirpation in relic populations on Lake Superior Arthur T. Bergerud1, W. J. Dalton2, H. Butler1, L. Camps3, & R. Ferguson4 1 1233 Isabella Road, Salt Spring Island, British Columbia, Canada V8K 1T5 ([email protected]). 2 Ministry of Natural Resources, 70 Foster Drive, Suite 400 Sault Ste. Marie, Ontario, Canada P6A 6V5 ([email protected]). 3 220 Hillcrest Drive, Salt Spring Island, British Columbia, Canada V8K 1Y4 ([email protected]). 4 5275 Leeward Run Drive, Alpharetta, Georgia, U.S.A. 30005 ([email protected]). Extended abstract: The hypothesis was proposed that woodland caribou (Rangifer tarandus caribou) in North America had declined due to wolf predation and over-hunting rather than from a shortage of winter lichens (Bergerud, 1974). In 1974, two study areas were selected for testing: for the lichen hypothesis, we selected the Slate Islands in Lake Superior (36 km2), a closed canopy forest without terrestrial lichens, wolves, bears, or moose; for the predation hypothesis, we selected the nearby Pukaskwa National Park (PNP) where terrestrial lichens, wolves, bears, and moose were present. Both areas were monitored from 1974 to 2003 (30 years). The living and dead caribou on the Slates were estimated by the ‘King census’ strip transect (mean length 108±9.3 km, extremes 22-190, total 3026 km) and the Lincoln Index (mean tagged 45±3.6, extremes 15-78). The mean annual population on the Slate Islands based on the strip transects was 262±22 animals (extremes 104-606), or 7.3/km2 (29 years) and from the Lincoln Index 303±64 (extremes 181-482), or 8.4/km2 (23 years). -
Seeking Advice on the Future of Caribou in the Lake Superior Coast Range
Seeking Advice on the Future of Caribou in the Lake Superior Coast Range BLEED Ministry of Natural Resources and Forestry March 2018 Cover Photo: Hidehiro Otake Page 2 | Seeking Advice on the Future of Caribou in the Lake Superior Coast Range Contents Introduction 2 The Policy Context 4 Caribou in the Lake Superior Coast Range and Discontinuous Distribution 6 Historical Status 6 The Current State 9 The Mainland and Nearshore Islands 9 The Large Off-Shore Islands 9 The Discontinuous Distribution (DD) 10 Key Threats and Challenges to the LSCR Population 11 Climate Change 11 Island Biogeography 11 Possible Management Approaches 12 We Want to Know What You Think 13 Page 1 | Seeking Advice on the Future of Caribou in the Lake Superior Coast Range Figure 1. Boreal Caribou (Rangifer tarandus caribou) walking along the shoreline of Lake Superior. We Want to Hear From You Photo credit: Hidehiro Otake The purpose of this document is to get Introduction your input to inform development of a management approach for caribou in Boreal caribou, listed as threatened under Ontario’s Endangered Species the Lake Superior Coast Range and Act, 2007, are an important part of healthy boreal forest ecosystems. Discontinuous Distribution. Currently, boreal caribou are found across most of northern Ontario, where distribution of the species is generally continuous across broad landscapes. Thirteen caribou ranges have been delineated in this region (Figure 1). Farther south, along the northeast shore of Lake Superior, the Lake Superior Coast Range (LSCR) supports isolated populations of caribou. This represents the most southerly population of boreal caribou in Canada. -
L-Chondrite Asteroid Breakup Tied to Ordovician Meteorite Shower by Multiple Isochron 40Ar-39Ar Dating
Meteoritics & Planetary Science 42, Nr 1, 113–130 (2007) Abstract available online at http://meteoritics.org L-chondrite asteroid breakup tied to Ordovician meteorite shower by multiple isochron 40Ar-39Ar dating Ekaterina V. KOROCHANTSEVA1, 2, Mario TRIELOFF1*, Cyrill A. LORENZ2, Alexey I. BUYKIN1, 2, Marina A. IVANOVA2, Winfried H. SCHWARZ1, Jens HOPP1, and Elmar K. JESSBERGER3 1Mineralogisches Institut, Ruprecht-Karls-Universität Heidelberg, Im Neuenheimer Feld 236, D-69120 Heidelberg, Germany 2Vernadsky Institute of Geochemistry, Kosygin Street 19, 119991 Moscow, Russia 3Institut für Planetologie, Westfälische Wilhelms-Universität, Wilhelm-Klemm-Str. 10, D 48149 Münster, Germany *Corresponding author. E-mail: [email protected] (Received 22 June 2006; revision accepted 05 November 2006) Abstract–Radiochronometry of L chondritic meteorites yields a rough age estimate for a major collision in the asteroid belt about 500 Myr ago. Fossil meteorites from Sweden indicate a highly increased influx of extraterrestrial matter in the Middle Ordovician ~480 Myr ago. An association with the L-chondrite parent body event was suggested, but a definite link is precluded by the lack of more precise radiometric ages. Suggested ages range between 450 ± 30 Myr and 520 ± 60 Myr, and can neither convincingly prove a single breakup event, nor constrain the delivery times of meteorites from the asteroid belt to Earth. Here we report the discovery of multiple 40Ar-39Ar isochrons in shocked L chondrites, particularly the regolith breccia Ghubara, that allow the separation of radiogenic argon from multiple excess argon components. This approach, applied to several L chondrites, yields an improved age value that indicates a single asteroid breakup event at 470 ± 6 Myr, fully consistent with a refined age estimate of the Middle Ordovician meteorite shower at 467.3 ± 1.6 Myr (according to A Geologic Time Scale 2004). -
Meteorite Impacts, Earth, and the Solar System
Traces of Catastrophe A Handbook of Shock-Metamorphic Effects in Terrestrial Meteorite Impact Structures Bevan M. French Research Collaborator Department of Mineral Sciences, MRC-119 Smithsonian Institution Washington DC 20560 LPI Contribution No. 954 i Copyright © 1998 by LUNAR AND PLANETARY INSTITUTE The Institute is operated by the Universities Space Research Association under Contract No. NASW-4574 with the National Aeronautics and Space Administration. Material in this volume may be copied without restraint for library, abstract service, education, or personal research purposes; however, republication of any portion thereof requires the written permission of the Insti- tute as well as the appropriate acknowledgment of this publication. Figures 3.1, 3.2, and 3.5 used by permission of the publisher, Oxford University Press, Inc. Figures 3.13, 4.16, 4.28, 4.32, and 4.33 used by permission of the publisher, Springer-Verlag. Figure 4.25 used by permission of the publisher, Yale University. Figure 5.1 used by permission of the publisher, Geological Society of America. See individual captions for reference citations. This volume may be cited as French B. M. (1998) Traces of Catastrophe:A Handbook of Shock-Metamorphic Effects in Terrestrial Meteorite Impact Structures. LPI Contribution No. 954, Lunar and Planetary Institute, Houston. 120 pp. This volume is distributed by ORDER DEPARTMENT Lunar and Planetary Institute 3600 Bay Area Boulevard Houston TX 77058-1113, USA Phone:281-486-2172 Fax:281-486-2186 E-mail:[email protected] Mail order requestors will be invoiced for the cost of shipping and handling. Cover Art.“One Minute After the End of the Cretaceous.” This artist’s view shows the ancestral Gulf of Mexico near the present Yucatán peninsula as it was 65 m.y. -
The Need for the Management of Wolves — an Open Letter
The Eleventh North American Caribou Workshop, Jasper, Alberta, Canada, 24-27 April, 2006. Special communication The need for the management of wolves — an open letter Arthur T. Bergerud 1233 Isabella Road, Salt Spring Island, British Columbia, Canada. Abstract: The Southern Mountain and Boreal Woodland Caribou are facing extinction from increased predation, pre- dominantly wolves (Canis lupus) and coyotes (Canis latrans). These predators are increasing as moose (Alces alces) and deer (Odocoileus spp). expand their range north with climate change. Mitigation endeavors will not be sufficient; there are too many predators. The critical habitat for caribou is the low predation risk habitat they select at calving: It is not old growth forests and climax lichens. The southern boundary of caribou in North America is not based on the presence of lichens but on reduced mammalian diversity. Caribou are just as adaptable as other cervids in their use of broadleaf seed plant as forage. Without predator management these woodland caribou will go extinct in our life time. Key words: adaptive management, balance of nature, critical habitat, caribou extinction, density dependent, population regulation, wolf predation. Rangifer, Special Issue No. 17: 39-50 Introduction A major ecological question that has been debated for stone prior to introduction were basically limited by a 50 years is: are ecosystems structured from top-down density-dependent shortage of food (Singer et al., 1997) (predator driven) or bottom-up (food limited) pro- but now is declining from wolf predation (Crête, cesses (Hairston et al., 1960; Hunter & Price, 1992)? 1999; White & Garrott, 2005). All three states, Top-down systems can vary widely from sea mammals Wyoming, Idaho, and Montana, are litigating the such as sea otters (Enhydra lutris) to ground nesting federal government to get the wolf delisted so they birds.