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Long Lake and Ogoki River Water Diversion Projects
14 Wawatay News NOVEMBER 20, 2020 ᐧᐊᐧᐊᑌ ᐊᒋᒧᐧᐃᓇᐣ Community Regional Assessment in the Ring of Fire Area Engagement Activities and Participant Funding Available November 12, 2020 — The Minister of Environment and Climate Change has determined that a regional assessment will be conducted in an area centred on the Ring of Fire mineral deposits in northern Ontario. The Impact Assessment Agency of Canada (the Agency) is inviting the public, Indigenous communities, and organizations to provide input to support the planning of the Regional Assessment in the Ring of Fire area. Participants may provide their input to the Agency in either official Rick Garrick/Wawatay language until January 21, 2021. Participants are encouraged to refer to The impacts of waterway diversions in the Matawa region were raised during Treaties Recognition Week the Ring of Fire regional assessment planning information sheet for on the Matawa First Nations Facebook page. additional details. Participants can visit the project home page on the Canadian Impact Assessment Registry (reference number 80468) for more options to submit Waterway diversion information. All input received will be published to the Registry as part of the regional assessment file. The Agency recognizes that it is more challenging to undertake meaningful public engagement and Indigenous consultation in light of the education important circumstances arising from COVID-19. The Agency continues to assess the situation with key stakeholders, make adjustments to engagement activities, and is providing flexibility as needed in order to prioritize the health and safety of all Canadians, while maintaining its duty to conduct meaningful for youth engagement with interested groups and individuals. -
An Assessment of the Groundwater Resources of Northern Ontario
Hydrogeology of Ontario Series (Report 2) AN ASSESSMENT OF THE GROUNDWATER RESOURCES OF NORTHERN ONTARIO AREAS DRAINING INTO HUDSON BAY, JAMES BAY AND UPPER OTTAWA RIVER BY S. N. SINGER AND C. K. CHENG ENVIRONMENTAL MONITORING AND REPORTING BRANCH MINISTRY OF THE ENVIRONMENT TORONTO ONTARIO 2002 KK PREFACE This report provides a regional assessment of the groundwater resources of areas draining into Hudson Bay, James Bay, and the Upper Ottawa River in northern Ontario in terms of the geologic conditions under which the groundwater flow systems operate. A hydrologic budget approach was used to assess precipitation, streamflow, baseflow, and potential and actual evapotranspiration in seven major basins in the study area on a monthly, annual and long-term basis. The report is intended to provide basic information that can be used for the wise management of the groundwater resources in the study area. Toronto, July 2002. DISCLAIMER The Ontario Ministry of the Environment does not make any warranty, expressed or implied, or assumes any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, apparatus, product, or process disclosed in this report. Reference therein to any specific commercial product, process, or service by trade name, trademark, manufacturer, or otherwise does not necessarily constitute or imply endorsement, recommendation, or favoring by the ministry. KKK TABLE OF CONTENTS Page 1. EXECUTIVE SUMMARY 1 2. INTRODUCTION 7 2.1 LOCATION OF THE STUDY AREA 7 2.2 IMPORTANCE OF SCALE IN HYDROGEOLOGIC STUDIES 7 2.3 PURPOSE AND SCOPE OF THE STUDY 8 2.4 THE SIGNIFICANCE OF THE GROUNDWATER RESOURCES 8 2.5 PREVIOUS INVESTIGATIONS 9 2.6 ACKNOWLEDGEMENTS 13 3. -
Archaeological Investigations at the Site of the Longlac Historic Trading
DAWSON: LONGLAC TRADING POST 3 KENNETHC.A.DAWSON (ACCEPTED DECEMBER 1967) ARCHAEOLOGICAL INVESTIGATIONS AT THESITEOF THE LONGLAC HISTORIC TRADING POST THUNDER BAY DISTRICT, ONTARIO INTRODUCTION The purpose of this report is to present the evidence from an archaeological excavation of the historic longlac trading post site, carried out in 1964. Longlac was evidently an early French trading post, built at the north end of Long Lake, and the predecessor of a North West Company post and of a later Hudson's Bay Company post at that place. It received but brief mention in contemporary literature. Although Long Lake was an important area in the westward expansion of the fur trade, no detailed critical history of it has been written. For this reason, the historical facts have been sketched here in order to provide some background to the fur trading activities in the area between Lake Superior and James Bay along the Albany River route, and hence to an understanding of the archaeological record. No claim is made, however, to a critical evaluation of these facts. The report describes the site and the artifacts, and summarizes the archaeological field work. Since the artifacts relate apparently to three traditions at the site, they are of inestimable importance, and since it was not easy to arrange those of European origin, a functional classification was made, following closely that used in the River Basin Surveys. (Woolworth and Wood, 1960). HISTORICAL BACKGROUND The historical records, (Thwaites, 1901; Crouse, 1930), suggest that the area was well known to the French from the middle of the seventeenth century. -
Task 3 Neil Fulton
REPORT ON POTENTIAL MEASURES TO ALLEVIATE PROBLEMS CREATED BY CtIFWNT HIGH LAKE LEVELS TASK 3 DIVERSIONS MANAGEMENT ,.l -. TO THE INTERNATIONAL JOINT CCXMISSICPJ FROM TASK GROUP MEMBERS GERALD MACMILLXY DON LEONARD RM; GOLDING BILL DALEY MAC ODELL BILL ERDLE PETER YEE . NEIL FULTON SEPTEMBER 1987 EXExmTIVE SUMMARY The Governments of Canada and the United States requested, in August 1986, that the International Joint 'Commission study methods of alleviating the adverse consequences of fluctuating Great Lakes water levels. Part of this study entailed an immediate short-term investigation of methods of alleviating the present high water level crisis. One of the elements of the short-term investigation was a study of diversions management and the results are contained herein. The theoretical maximum flow through the Welland Canal in an extreme crisis situation was estimated to be 12,000 cubic feet per second (cfs). The most significant physical impacts of this maximum flow would be the complete disruption of navigation between Lake Ontario and the upper lakes and the possibility of major damage to the canal itself. A reduction in Lake Erie levels of 1.3 inches would be achieved. The Ogoki and Long Lac Diversions can be closed completely but, because of significant social impacts associated with the closure of the Long Lac Diversion, a.scenario involving a combined annual diversion flow of 800 cfs was investigated to determine the benefits foregone by maintaining the log-driving operation from Long Lake. The most significant physical impacts were the direct loss of 2,500 jobs in the Terrace Bay - Longlac area resulting from the closure of the Kimberly-Clark pulp mill in Terrace Bay due to complete closure of Long Lac Diversion, and the reduction in livelihood and alteration in way of life for local populations associated with the closure of both diversions. -
The Streamlining of the Kabinakagami River Hydroelectric Project
The International Indigenous Policy Journal Volume 6 | Issue 3 Article 4 June 2015 The Streamlining of the Kabinakagami River Hydroelectric Project Environmental Assessment: What is the "Duty to Consult" with Other Impacted Aboriginal Communities When the Co- Proponent of the Project is an Aboriginal Community? Holly L. Gardner University of Waterloo, [email protected] Denis Kirchhoff University of Waterloo, [email protected] Leonard J. Tsuji University of Toronto, [email protected] Recommended Citation Gardner, H. L. , Kirchhoff, D. ,T suji, L. J. (2015). The Streamlining of the Kabinakagami River Hydroelectric Project Environmental Assessment: What is the "Duty to Consult" with Other Impacted Aboriginal Communities When the Co-Proponent of the Project is an Aboriginal Community?. The International Indigenous Policy Journal, 6(3). DOI: 10.18584/iipj.2015.6.3.4 The Streamlining of the Kabinakagami River Hydroelectric Project Environmental Assessment: What is the "Duty to Consult" with Other Impacted Aboriginal Communities When the Co-Proponent of the Project is an Aboriginal Community? Abstract There is existing tension within many Aboriginal communities between economic development and preservation of traditional lands for the continued practice of traditional activities. The "duty to consult" doctrine has has become an important mechanism by which these concerns were identified and addressed (when possible) prior to development. This is a legal requirement that is rooted in the Constitution Act (1982) and subsequent legal case law that has further defined and outlined requirements under this obligation. This article describes the process that was carried out to advance the proposed Kabinakagami River Hydro Project Class Environmental Assessment in Northern Ontario, Canada with an emphasis on the approach to Aboriginal consultation. -
1 ONTARIO (NORTH) RAILWAYS – SL 146 06.08.18 Page 1 of 12
1 ONTARIO (NORTH) RAILWAYS – SL 146 06.08.18 page 1 of 12 PASSENGER STATIONS & STOPS Canadian National (1-7) & Canadian Pacific (9-11) Rlys north of Capreol and North Bay, Ontario Northland (12-19) & Algoma Central (20-21) Rlys and associated Short Lines (22-24). Based on 1858 Dinsmore Guide (x), USA Official Guide (G)1875 (y) ,Company Public (t) & Working (w) TTs as noted, 1976G (e) and 2000 VIA TT (f). a*b* c*: former names noted in 1913, 1923 & 1936 Canadian Guides. v: 1884IG G/AG/CG/DG/IG/MG/PG/WG:Official/Appletons/Canadian/Dinsmore/ International/Rand McNally/Pathfinders/Waghorns Gdes Former names: [ ] Distances in miles Gauge 4’ 8½” unless noted (date)>(date) start/end of passenger service op. opened; cl. closed; rn. renamed; rl. relocated; tm. terminus of service at date shown; pass. passenger service Certain non-passenger locations shown in italics thus: (name) # Histories, #? Passengers? Reference letters in brackets: (a), location shown in public timetable, but no trains stop. x-f = xyzabcdef etc. CANADIAN NATIONAL RLY (CN) 185.0 Forester's Falls bcd [Forrester's Falls q ] ex Grand Trunk (GT) and Canadian Northern (CNo) as noted 188.7 Richardson Crossing c z: 1893(GT)/1893G; a: 1912(GT)t; a+:1914(CNo)t; b: 1925t; 191.6 Beachburg qbcd c:1935t;d: 1956t;e: 1976t; j: Waghorns 1913; n: 1915(CNo); 198.8 Finchley qbcd p: 1917(GT)t; q: 1917(CNo)t; r: 1928t; s: 1942t; s2: 1945t 205.8 Pembroke (2nd)(CNo)? e t1:1949t; t2:1958t; t3:1959t; t6: 1971t; w:1919w; w2:1928w. -
Nipigon District Regulated Provincial Park Forestry, 2020 January 13, 2020 Projected Coordinate System: Federal Protected Area MNR Lambert Conformal Conic
Disclaimer: Vacant Trapline Area This map is illustrative only. Do not rely on this map for legal administrative purposes. Do not rely on it as being a precise MNRF District indicator of routes, locations of features, or as a guide to navigation. This map may contain cartographic errors or omissions. First Nation Reserve Data Sources: Vacant Trapline(s) Ministry of Natural Resources and Nipigon District Regulated Provincial Park Forestry, 2020 January 13, 2020 Projected Coordinate System: Federal Protected Area MNR Lambert Conformal Conic Conservation Reserve Geographic Coordinate System: ± GCS North American 1983 0 50 100km Produced by the Ministry of Natural Resources and Forestry. © 2020, Queen's Printer for Ontario 1:2,000,000 Published 2020-01-13 Dinw iddie Lak e POLAR Knife Lake ! Sev ern L ake KITCHENUHMAYKOOSIB Bearskin M is ik ey ask Lak e BEAR Lake BEARSKIN LAKE AAKI 84 r WAPEK!EKA e ! v FAWN i k Opinnagau Lake RESERVE 2 R ee g Cr Kitchenuhmaykoosib o si S RIVER r gi w g a Big Trout Lake F e n M R iv WAPEKEKA e RESERVE 1 r KASABONIKA LAKE Misquamaebin Lake Shibogama Lake Asheweig River Kasabon!ika Lake Martin Lake Matateto Rive Makoop Long Dog Lake Kasabonika r ATTAWAPISKAT 91 Lake WAWAKAPEWIN WINISK Kingfisher Lake RIVER Kingfisher Lake! ! WEBEQUIE Eyapamikama Lake KINGFISHER 3A Maria Reeb Lake ! Lake Seeseep Lake Wapi kopa Lake KINGFISHER 2A ! Wunnummin ! Webequie North C O C H R A N E Wunnummin Lake Lake Chipai Lake Caribou Lake Kanuchuan Lake Attawapiskat River L WUNNUMIN 1 af WUNNUMIN 2 fer Nibinamik Lake Winisk Lake ty -
Directory of Ontario Jurisdictions Cross-Referenced by Health Unit
Directory of Ontario Jurisdictions Cross- referenced by Health Unit © Produced and compiled by the Association of Local Public Health Agencies, 2008 Public Health Unit Names Updated 2020 City Health Unit Region ABBEY SUDBURY NORTH EAST ABBOTSFORD PORCUPINE NORTH EAST ABBOTT TP ALGOMA NORTH EAST ABERARDER LAMBTON SOUTH WEST ABERDEEN TP ALGOMA NORTH EAST ABERDEEN GREY-BRUCE SOUTH WEST ABERDEEN ADDITIONAL ALGOMA NORTH EAST ABERFELDY LAMBTON SOUTH WEST ABERFOYLE WELLINGTON-DUFFERIN CENTRAL WEST ABIGO TP ALGOMA NORTH EAST ABINGDON NIAGARA CENTRAL WEST ABINGER KINGSTON EASTERN ABITIBI CANYON PORCUPINE NORTH EAST ABIWIN NORTHWESTERN NORTH WEST ABNEY TP SUDBURY NORTH EAST ABOTOSSAWAY TP ALGOMA NORTH EAST ABRAHAM TP ALGOMA NORTH EAST ABREY TP THUNDER BAY NORTH WEST ACADIA TP SUDBURY NORTH EAST ACANTHUS NORTH BAY NORTH EAST ACHESON TP SUDBURY NORTH EAST ACHIGAN ALGOMA NORTH EAST ACHILL SIMCOE CENTRAL EAST ACHRAY NORTH BAY NORTH EAST ACOUCHICHING NORTH BAY NORTH EAST ACRES TP PORCUPINE NORTH EAST ACTINOLITE HASTINGS EASTERN ACTON TP ALGOMA NORTH EAST ACTON HALTON CENTRAL WEST ACTON CORNERS LEEDS EASTERN ADAIR TP PORCUPINE NORTH EAST ADAMS PORCUPINE NORTH EAST ADAMSON TP THUNDER BAY NORTH WEST AMSVILLE GREY-BRUCE SOUTH WEST ADANAC TP PORCUPINE NORTH EAST ADDINGTON HIGHLANDS TP KINGSTON EASTERN ADDISON TP SUDBURY NORTH EAST ADDISON LEEDS EASTERN ADELAIDE MIDDLESEX SOUTH WEST ADELAIDE METCALFE TP MIDDLESEX SOUTH WEST ADELARD RENFREW EASTERN ADIK ALGOMA NORTH EAST ADJALA SIMCOE CENTRAL EAST ADJALA-TOSORONTIO TP SIMCOE CENTRAL EAST ADMASTON RENFREW EASTERN -
Ontario / Terres Du Canada
98° 97° 96° 95° 94° 93° 92° 91° 90° 89° 88° 87° 86° 85° 84° 83° 82° 81° 80° 79° 78° 77° 76° 75° 74° 73° 72° 71° CANADA LANDS - ONTARIO TERRES DU CANADA - ONTARIO 56° er iv And Other Lands Managed Under the Et autres terres gérées sous le Système R k c Canada Lands Survey System d'arpentage des terres du Canada u D 56° ck la B Hudson Bay Scale / Échelle 1:2000000 0 25 50 100 150 200 Baie d'Hudson kilom e tre s kilom ètre s r ive i R ib 1 ce ntim e tre re pre se nts 20 kilom e tre s / 1 ce ntim ètre re prése nte 20 kilom ètre s sk Ni La m be rt Conform a l Conic Proje ction, sta nd a rd pa ra lle ls 49º N a nd 77º N. Proje ction La m be rt conique conform e , pa ra llèle s sta nd a rd s 49º N e t 77º N. Fort Severn 89 MA ! NITOBA Prod uce d by the Surve yor Ge ne ra l Bra nch (SGB), Prod uit pa r la Dire ction d e l’a rpe nte ur g énéra l (DAG), Na tura l R e source s Ca na d a . R e ssource s na ture lle s Ca na d a . 55° B e av er This m a p is not to be use d for d e fining bound a rie s. It is m a inly a n ind e x Ce tte ca rte ne d oit pa s ê tre utilisée pour d éte rm ine r le s lim ite s. -
The Archaeology of Land Based Fur Trade Posts in Western Canada
THE ARCHAEOLOGY OF LAND BASED FUR TRADE POSTS IN WESTERN CANADA: A History and Critical Analysis Olga Klimko B.A. (Hons.) McMaster University 1975 M. A. University of Saskatchewan 1982 THESIS SUBMITTED IN PARTIAL OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY in the Department of ARCHAEOLOGY O Olga Klimko 1994 SIMON FRASER UNIVERSITY All rights reserved. This work may not be reproduced in whole or in part, by photocopy or other means, without permission of the author. APPROVAL Name: Olga Klimko Degree: Doctor of Philosophy (Archaeology) Title of Thesis: THE ARCHAEOLOGY OF LAND BASED FUR TRADE POSTS IN WESTERN CANADA: A HISTORY AND CRITICAL ANALYSIS Examining Committee: Chairperson: Jonathan Driver David V. Burley Senior Supervisor Professor .- , , V Knu t Radmark PrF - -. Philip M ler Internal €@-xternal Examiner Professor I //&yUI,Y ( I " y- Alison /Wylie External Exam.. _. Professor Department of Philosophy University of Western Ontario April 25, 1994 Date Approved PARTIAL COPYRIGHT LICENSE I hereby grant to Simon Eraser University the right to lend my thesis or dissertation (the title of which is shown below) to users of the Simon Fraser University Library, and to make partial or single copies only for such users or in response to a request from the library of any other university, or other educational institution, on its own behalf or for one of its users. I further agree that permission for multiple copying of this thesis for scholarly purposes may be granted by me or the Dean of Graduate Studies. It is understood that copying or publication of this thesis for financial gain shall not be allowed without my written permission. -
Dams Dams: Costs/Benefits Positive
Dams Dams: costs/benefits Positive • economic growth • food production • surface water enhancement • recreation enhancement Negative • loss of wildlife habitat • destruction of river corridors • displaced peoples • methyl mercury PRINCIPAL PARTS OF A DAM F07_03 CLASSIFICATION OF PRINCIPAL STORAGE ZONES IN A CROSS SECTION OF A MULTI-PURPOSE RESERVOUR F07_05 River dams (locks, levees) form a staircase of reservoirs that stretch the entire length of the Tennessee River F07_14 • Ratio of the present value of project benefits to the present value of the costs • Benefits and costs assigned a dollar value (yr accrued) • Develop a ratio (I.e. 2:1) • Ration better than 1:1 means positive ratio Determine the present value of the following costs of dam construction. Consider Year 1 as the present year. All values are in the thousands, and the interest is 8% simple interest compounded annually. Year 1 Year 2 Year 3 TOTAL $100 000 $150 000 $200 000 $450 000 The present value cost of Year 1 = $100 000 The present value cost of Year 2 = $150 000 divided by 1.08% = $138 889 ($138 889 invested 8% simple interest for one year = $150 000) The present cost of Year 3 = $200 000 divided twice by 1.08% = $ 171 468 (This means that $171 468 invested at 8% simple interest will be worth $200 000 after two years) Therefore, the present value cost of $450 000 in this example is $410 357 $100 000 + $138 889 +$171 468 = $410 357 Impacts of Dams Dams change behaviour of rivers- sediment load settles behind a dam. Downstream, water released through outlet pipes causes channel erosion Farther downstream, the opposite can occur with silt forming islands and sandbars. -
1 ONTARIO (NORTH) RAILWAYS – SL 146 Work in Progress 25.02.14
1 ONTARIO (NORTH) RAILWAYS – SL 146 work in progress 25.02.14 page 1 of 11 PASSENGER STATIONS & STOPS Canadian National (1-7) & Canadian Pacific (9-11) Rlys north of Capreol and North Bay, Ontario Northland (12-19) & Algoma Central (20-21) Rlys and associated Short Lines (22-24). Based on 1858 Dinsmore Guide (x), USA Official Guide (G)1875 (y), 1893G (z),Company Public (t) & Working (w) TTs as noted, 1976G (e) and current VIA TTs (f), AG/CG/DG/IG/MG/RG: Appletons/Central States/Dinsmore/ International/Rand McNally/Russells Guides. Former names: [ ] Distances in miles Gauge 4’ 8½” unless noted (date)>(date) start/end of passenger service op. opened; cl. closed; rn. renamed; rl. relocated; tm. terminus of service at date shown; pass. passenger service Certain non-passenger locations shown in italics thus: (name) # Histories, #? Passengers? Reference letters in brackets: (a), location shown in public timetable, but no trains stop. x-f = xyzabcdef etc. CANADIAN NATIONAL RLY (CN) 215.7 Alice ex Grand Trunk (GT) and Canadian Northern (CNo) as noted 224.5 Indian 230.2 Dahlia 1. TRANSCONTINENTAL LINE (GT) 234.9 Kathmore St-Justine-Ottawa ex Canada Atlantic 242.2 Achray w1* logging camps between Capreol & Gogama at which 248.9 Hydro passenger trains stopped on flag (1919 working TT) 252.3 Brawny 256.4 Stuarts 50.4 Ste. Justine ( ) 259.8 Lake Traverse [Agnone ] (Quebec - Ontario border) 270.3 Radiant 54.9 Glen Robertson 272.7 Odenback 62.3 Alexandria 278.9 Acanthus 69.0 Greenfield [Kenyon ] 282.9 Brent 73.7 Maxville 286.9 Government Park 79.6 Moose Creek 293.1 Daventry 84.