CHARACTERISTICS and DISTRIBUTION of LAKES 631 Lake Winnipegosis, Lying to the North of Lake Manitoba

Total Page:16

File Type:pdf, Size:1020Kb

CHARACTERISTICS and DISTRIBUTION of LAKES 631 Lake Winnipegosis, Lying to the North of Lake Manitoba CHARACTERISTICS AND DISTRIBUTION OF LAKES 631 Lake Winnipegosis, lying to the north of Lake Manitoba. at an elevation of 828 feet above sea-level, is about 130 miles long, by 20 miles in maximum breadth. It covers an area of 2080 square miles, and has a maximum depth of 38 feet. It is fed by many small streams from the west, and by the overflow of Lake Dauphin (840 feet above sea-level) through Mossy River. The outlet is by the very indirect way of Waterhen River, through Waterhen Lake, to Lake Manitoba. The total area of the lakes in the Winnipeg basin is 13,500 square miles. Lake Wollaston, 1300 feet above sea-level, is the ultimate source River of the Reindeer River, one of the chief tributaries of the Churchill Churchill. River. It is about 800 square miles in area, and discharges by two outlets—to the north by the Stone River into the extreme eastern arm of Lake Athabasca, and to the south-east by the Cochrane River into Reindeer Lake. Reindeer Lake, 1150 feet above sea-level, is 135 miles long, and has an area of 2490 square miles; the Reindeer River carries its overflow to the Churchill River. The rivers in Labrador are often like strings of lakes, and divide River Rupert. and unite again in their course, while the lakes frequently discharge in two directions. Lake Mistassini, 1350 feet above sea-level, the largest lake, is practically two parallel lakes divided by a range of islands in the centre. The western lake is 90 miles long by 13 to 17 miles wide, and the eastern lake is 60 miles long by 5 to 10 miles wide, the greatest depths being 300 to 400 feet. The lake drains by Rupert's River into James Bay. Lake Kaniapiskau, 70 miles long by 20 miles broad, 1850 feet River above sea-level, is the source of the Koksoak or South River, which Koksoak. flows into Ungava Bay in Hudson's Strait. The principal stream in the Arctic drainage area is the Mackenzie River River, the catchment basin of which is only separated by a low and Mackenzie. uncertain watershed from the Winnipeg basin. The Finlay and the Peace Rivers form the longest of the tributaries, though the Athabasca, rising farther south, is usually regarded as the main upper branch of the river. Lake Athabasca,1 Great Slave Lake, and Great Bear Lake, three of the largest of the many great bodies of water which lie along the edge of the Laurentian plateau, are tributary to the Mackenzie River. 1 The figures for the areas of these lakes are taken from the official Atlas of Canada, 1906..
Recommended publications
  • Waterhen Lake First Nation Treaty
    Waterhen Lake First Nation Treaty Villatic and mingy Tobiah still wainscotted his tinct necessarily. Inhumane Ingelbert piecing illatively. Arboreal Reinhard still weens: incensed and translucid Erastus insulated quite edgewise but corralled her trauchle originally. Please add a meat, lake first nation, you can then established under tribal council to have passed resolutions to treaty number eight To sustain them preempt state regulations that was essential to chemical pollutants to have programs in and along said indians mi sokaogon chippewa. The various government wanted to enforce and ontario, information on birch bark were same consultation include rights. Waterhen Lake First Nation 6 D-13 White box First Nation 4 L-23 Whitecap Dakota First Nation non F-19 Witchekan Lake First Nation 6 D-15. Access to treaty number three to speak to conduct a seasonal limitations under a lack of waterhen lake area and website to assist with! First nation treaty intertribal organizationsin that back into treaties should deal directly affect accommodate the. Deer lodge First Nation draft community based land grab plan. Accordingly the Waterhen Lake Walleye and Northern Pike Gillnet. Native communities and lake first nation near cochin, search the great lakes, capital to regulate fishing and resource centre are limited number three. This rate in recent years the federal government haessentially a drum singers who received and as an indigenous bands who took it! Aboriginal rights to sandy lake! Heart change First Nation The eternal Lake First Nation is reading First Nations band government in northern Alberta A signatory to Treaty 6 it controls two Indian reserves.
    [Show full text]
  • Lithium Concentrations in Brine Springs Near Lake Winnipegosis
    Lithium concentrations in brine springs near Lake Winnipego- GS2018-10 sis, west-central Manitoba (parts of NTS 63C, 62N16, 62O12, 13) 1 In Brief: by M.P.B. Nicolas and S.E. Grasby • Brine springs along Lake Winnipegosis contain low levels of lithium, averaging Summary 1263 ppb The most common and cost-effective source of lithium within the brine deposits • Goundwater mixing has diluted the lithium concen- are deep brines in continental sedimentary basins. Southern Manitoba has a complex tration coming out from the springs groundwater aquifer system, with salinities ranging from brines in the deeper aquifers • Deep subsurface Winnipeg and brine springs to freshwater in the shallower and eastern aquifers. The brine springs Formation brines have good potential as a lithium source occur along and near the shores of Lake Winnipegosis on large salt flats and have chemi- cal signatures indicative of mixed halite dissolution brine and freshwater. Lithium concen- trations in these brines range from 150 to 6300 ppb, with an average of 1263 ppb. Citation: Nicolas, M.P.B. and Grasby, S.E. 2018: Lithium concentra- Introduction tions in brine springs near Lake Saline groundwater in continental sedimentary basins are generated from evaporitic Winnipegosis, west-central Manitoba (parts of NTS 63C, concentration and/or halite dissolution, where the former is a primary process and the 62N16, 62O12, 13); in Report latter is a secondary (diagenetic) process (Clayton et al., 1966; Walter et al., 1990). Both of Activities 2018, Manitoba these mechanisms provide opportunities for trace elements to accumulate, potentially Growth, Enterprise and Trade, Manitoba Geological Survey, reaching economic concentrations.
    [Show full text]
  • Faculty of Graduate Studies
    3'A.C|IJL:IY 0F t'RA:)LlrÊ'TE Ë'TJIÏE'1 DEP/ìRTMfiÌT OF,- T],VJ ]. EI$GTIVEEBSNI] tilIÏVElRlrllty 03' j4AN:]"T0BA AN ÍN\TfißTTI.íTITTOJ\T O}' T}IE ÐTVERåJ.OIf C}:.rÎ NOR'IIìTB.N }4ANTTOEA I{ATE¡I.:3 J,NTO ].,AKE }IIAJü OÉA l- Jt t. .4. Fl:-¡40I{ n TI]Tfl:I:ì J:I{,PÅR]TÏAL FLI"LF],ffÆI\T 'sUBT\MTTEÐ CIF T'TIE REQLÍSAEME}Í?i3 iIÜR TTIE NEGBEE ÐF j/ÛslER Olr SÜ3,Ï:IùGE APRTT L?6"r acitro\'fT.m)Gm{msrs The ç'råter v¡Èshes to e:qpress hi s mrnest appreciatf on to Jan:ice, A.LLísou and. Davåd., Írz acknowledgenaent of thefr patÍenee anð u.nåerstaadågg ín vi.ll-iragly glvfrug 'ap thefr ri.ghts to 'the eompanS"orashåp anå at'Lentínn r¡f a husba.trð and' fether during the many hours sPent on this thesis. I&ny that:les ave alnc¡ åt¿Ë to Professor E" Ktliper for his årrspåratiou in the i,nitåatlon of, this stud-y and' his guldance ancl assåstanee tÏ.lz"oughout " The w.riter would also Like to eryrers his appreciation to the månage¡geni and ,sf"aff af Underwooð, Mçtellan and. AssocÍates, for their ånteres'L a.rio Ínvolvement ån thj"s thesis, especially to Meser"s" A. G. Spaffor"d" and R. c. La'tta, vå'bhout whose gtrÍdance and assÍstance this thesís j..n j"ts fånãt fow¡r wou[d. t ot be possfble' The r+¡"íter also wÍshes to acknovf-ed-ge grateful-Ly the assfs.tance of 3,fr.
    [Show full text]
  • Manitoba Lake Wind Effect Forecast for May 6 AM, 2021 Ü
    Manitoba Lake Wind Effect Forecast for May 6 AM, 2021 Ü Winnipegosis !P Dauphin Lake Steep Rock !P !P Ochre Beach !P Victoria Lundar Beach Beach !P !P Gimli !P Sandy Bay !P Twin Lakes Beach !P Lynchs Point !P Oak Lake Beach !P 1:220,000 1:1,500,000 Ave.Dir.from Ave. Speed Ave.Dir.from Ave. Speed Wind Effect Alert Categories Location North (degree) (km/h) Location North (degree) (km/h) Crest level increase will be greater than 1.5 meters; Dauphin Lake NW (320) 21 Manipogo area NW (336) 15 Severe MB Lake west side - Sandy Bay W (292) 18 Crane River area NW (335) 12 Wave action will be very significant and forceful. MB Lake south side - Twin Beaches W (274) 17 Wpg Lake - Victoria Beach W (289) 12 Crest level increase will be in a range 0.9 ~ 1.5 meters; High MB Lake middle - Vogar/The Narrows NW (311) 12 Wpg Lake - Gimli Beach NW (318) 13 Wave action will be significant. MB Lake east side - Lundar Beach W (281) 12 Wpg Lake - Alberta Beach NW (293) 11 Crest level increase will be in a range 0.6 ~ 0.9 meters; Northend 1 N (351) 9 Wpg Lake - O'Hanly W (292) 11 Moderate-High Northend 2 N (344) 11 Wpg Lake south side NW (294) 11 Wave action will be considerable. Guynemer NW (337) 12 Lake Winnipegosis south side N (343) 19 Crest level increase will be in a range 0.3 ~ 0.6 meters; Moderate The Bluff NW (331) 14 Oak Lake east side community W (276) 18 Wave action will be moderate.
    [Show full text]
  • Akisq'nuk First Nation Registered 2018-04
    ?Akisq'nuk First Nation Registered 2018-04-06 Windermere British Columbia ?Esdilagh First Nation Registered 2017-11-17 Quesnel British Columbia Aamjiwnaang First Nation Registered 2012-01-01 Sarnia Ontario Abegweit First Nation Registered 2012-01-01 Scotchfort Prince Edward Island Acadia Registered 2012-12-18 Yarmouth Nova Scotia Acho Dene Koe First Nation Registered 2012-01-01 Fort Liard Northwest Territories Ahousaht Registered 2016-03-10 Ahousaht British Columbia Albany Registered 2017-01-31 Fort Albany Ontario Alderville First Nation Registered 2012-01-01 Roseneath Ontario Alexis Creek Registered 2016-06-03 Chilanko Forks British Columbia Algoma District School Board Registered 2015-09-11 Sault Ste. Marie Ontario Animakee Wa Zhing #37 Registered 2016-04-22 Kenora Ontario Animbiigoo Zaagi'igan Anishinaabek Registered 2017-03-02 Beardmore Ontario Anishinabe of Wauzhushk Onigum Registered 2016-01-22 Kenora Ontario Annapolis Valley Registered 2016-07-06 Cambridge Station 32 Nova Scotia Antelope Lake Regional Park Authority Registered 2012-01-01 Gull Lake Saskatchewan Aroland Registered 2017-03-02 Thunder Bay Ontario Athabasca Chipewyan First Nation Registered 2017-08-17 Fort Chipewyan Alberta Attawapiskat First Nation Registered 2019-05-09 Attawapiskat Ontario Atton's Lake Regional Park Authority Registered 2013-09-30 Saskatoon Saskatchewan Ausable Bayfield Conservation Authority Registered 2012-01-01 Exeter Ontario Barren Lands Registered 2012-01-01 Brochet Manitoba Barrows Community Council Registered 2015-11-03 Barrows Manitoba Bear
    [Show full text]
  • RIVERS and LAKES 11 the Great Lakes.—Table 4 Shows the Length
    RIVERS AND LAKES 11 The Great Lakes.—Table 4 shows the length, breadth, area, elevation above sea-level and maximum depth of each of the Great Lakes. i.—Area, Elevation and Depth of the Great Lakes. Maximum Elevation Lakes. Length. Breadth. depth. Area. above sea-level. square miles. miles. feet. miles. feet. Superior... 383 160 1,180 31,810 602-29 Michigan.. 320 118 870 22,400 581-13 Huron 247 101 750 23,010 581-13 St. Clair.., 26 24 23 460 575-62 Erie 241 57 210 9,940 572-52 Ontario 180 53 738 7,540 246-17 Lake Superior, with its area of 31,810 square miles, is the largest body of fresh water in the world. As the international boundary between Canada and the United States passes through the centre of lakes Superior, Huron, Erie, St. Clair and Ontario, only half of the areas of these lakes given in the above statement is Canadian. The whole of lake Michigan is within United States territory. From the western end of lake Superior to the mouth of the St. Lawrence there is, with the aid of the canal system, a continuous navigable waterway. The total length of the St. Law­ rence river from the head of the St. Louis river to Pointe-des-Monts, at the entrance of the gulf of St. Lawrence, is 1,900 miles. The tributaries of the St. Lawrence, several of which have themselves important tributaries, include the Ottawa river, 685 miles long, the St. Maurice river, 325 miles long, and the Sague- nay (to head of Peribonka), 405 miles long.
    [Show full text]
  • Understanding Food Sovereignty Within the Context of Skownan
    Presence, Practice, Resistance, Resurgence: Understanding Food Sovereignty Within the Context of Skownan Anishinaabek First Nation by Maximilian Aulinger A Thesis submitted to the Faculty of Graduate Studies of The University of Manitoba in partial fulfillment of the requirements of the degree of MASTER OF ARTS Department of Native Studies University of Manitoba Winnipeg Copyright © 2015 by Maximilian Aulinger Abstract One of the defining characteristics of early European colonial endeavours within the Americas is the discursive practice through which Indigenous peoples were transformed into ideological subjects whose proprietary rights and powers to be self- determining were subordinated to those of settler peoples. In this thesis, it is argued that a similar process of misrepresentation and disenfranchisement occurs when it is suggested that the material and financial poverty plaguing many rural First Nations can be eradicated through their direct and extensive involvement in natural resource extraction industries based on capital driven market economies. As is shown by the author’s participatory research conducted with members of Skownan Anishinaabek First Nation involved in local food production practices, the key to overcoming cycles of dependency is not simply the monetary benefit engendered by economic development projects. Rather it is the degree to which community members recognize their own nationhood oriented value systems and governance principles within the formation and management of these initiatives. The thesis concludes with an examination of one such community led enterprise in Skownan, which ultimately coincides with the political aims of the Indigenous food sovereignty movement. i Acknowledgements The completion of this thesis would not have been possible without the unwavering support of numerous individuals.
    [Show full text]
  • 05260 Sask Watershed Report.Qxd:State of The
    Saskatchewan Watershed Authority STATE OF THE WATERSHED REPORTING FRAMEWORK Monitoring and Assessment Branch Stewardship Division January 2006 Suite 420-2365 Albert Street Regina, Saskatchewan S4P 4K1 www.swa.ca Cover photos courtesy of (top-bottom): Saskatoon Tourism; Nature Saskatchewan; Saskatchewan Watershed Authority; Saskatchewan Watershed Authority; Wawryk Associates Ltd.; Ducks Unlimited Canada; Saskatchewan Watershed Authority; Nature Saskatchewan; and Saskatchewan Industry and Resources. Minister’s Message From the grasslands in the southwest to the Taiga Shield lakes of the north, we in Saskatchewan are blessed with richly diverse ecosystems. Over the past few decades, we have come to understand more about the nature of these ecosystems, and how we rely on them to support our economy and our overall quality of life. We have also increased our understanding of the responsibility we bear to assess, protect and improve our province’s environmental health, in balance with our social and economic priorities, for the good of present and future generations. We face a number of challenges regarding our water’s quality and availability. It is up to Saskatchewan people to determine how we will meet these challenges. The Saskatchewan government has taken a leadership role in assessing, protecting and managing our source waters by addressing them at the watershed level. The State of the Watershed Reporting Framework represents a critical step in understanding our relationship with Saskatchewan’s watersheds, as well as our role as stewards of our environment. For the first time in Saskatchewan, this framework will integrate the information collected by numerous provincial and federal agencies and present it in an easily understandable, technically sound report- card format.
    [Show full text]
  • MANITOBA's ECOCLIMATIC REGIONS Geoffrey A.J. Scott
    MANITOBA'S ECOCLIMATIC REGIONS Geoffrey A.J. Scott 4 Although humans have an enor- matic provinces, and portions of 4 of etation zones and soil types. mous potential to modify natural the 10 Canadian ecoclimatic prov- It is the overall role of climate, ecosystems, many human activities inces — the Grassland, Boreal, however, that accounts for the are both stimulated and/or limited Subarctic, and Arctic — are found northwest-to-southeast orientation by constraints imposed by the eco- in Manitoba (Figure 4.1).3 Because of Manitoba's major ecoclimatic re- system or climate. Whereas much of of their large size and internal vari- gions and zonal vegetation and southern and west-central Mani- ation, these provinces are subdi- soils. Types of vegetation cover and toba has already been drastically vided into ecoclimatic regions, and the distribution of freely drained modified during the last century by 8 such regions are represented in soils correlate strongly with in- agriculture, grazing, forestry, and Manitoba. creasing moisture availability as urban development to the point As the definition implies, each precipitation increases from west to that its original natural-vegetation ecoclimatic region has its own char- east (Figure 4.4), and also with in- covers are hardly recognizable, acteristic combination of soil types, creasing effective precipitation as many other regions in the north and vegetation cover, and wildlife that one moves from south to north. northeast appear quite pristine. An makes it distinct from any other re- Wetlands, however,
    [Show full text]
  • Fisheries Management Plan – Waterhen Lake
    Wildlife & Fisheries Branch Report 2017 – 01 Waterhen Lake Fisheries Management Plan Geoff Klein & William Galbraith Conservation & Water Stewardship 2017 1 FOREWORD The purpose of the Waterhen Lake Fisheries Management Plan is to identify the main objectives and requirements for the commercial fishery, as well as the management measures that will be used to achieve these objectives. This document also serves to communicate the basic information on the fishery and its management to Manitoba Sustainable Development staff, members of the Lake Waterhen Fishermen’s Association, Skownan First Nation and other stakeholders/ resource users. This management plan provides a common understanding of the basic “concepts” for the sustainable management of the fisheries resource. 2 TABLE OF CONTENTS 1. Introduction ………..…………………………………………………… Page 4 2. Fishery Objectives ………………………………………………............ Page 4 3. Priority of Allocation …..……………………………………………….. Page 5 4. Governance …………..…………………………………………………. Page 6 4.1 Legislative/Regulations/Policies …………………………………….… Page 6 4.2 Enforcement/Compliance ……………………………………………… Page 7 4.3 Precautionary Approach …………………………………………….... Page 7 5. Overview …………….…………………………………………………. Page 8 5.1 Location ……………………………………………………………….. Page 8 5.2 Participants …………..…………………………………………………. Page 8 5.2.1 Communities …………………………………………………….. Page 8 5.2.2 Sustenance ……………………………………………………… Page 9 5.2.3 Commercial Fishers ……..……………………………………... Page 9 5.2.4 Commercial Tourism ……………………………………………. Page 9 5.2.5 Recreational Anglers …………………………………………….
    [Show full text]
  • LAKES 15 the Great Lakes.—Table 4 Shows the Length, Breadth, Area
    LAKES 15 The Great Lakes.—Table 4 shows the length, breadth, area, elevation above sea-level and maximum depth of each of the Great Lakes. Particularly notable is the depth of lake Superior and the shallowness of lake St. Clair and lake Erie. i.—Area, Elevation and Depth of the Great Lakes. Elevation Lake. Length. Breadth. Maximum Area. above Depth. Sea-level. miles. miles. feet. square feet. miles. 383 160 1,180 31,810 602-29 320 118 870 22,400 581-13 Huron 247 101 750 23,010 581-13 St. Clair 26 24 23 460 575-62 Erie 241 57 210 9,940 572-52 180 53 738 7,540 246-17 Lake Superior, with its area of 31,810 square miles, is the largest body of fresh water in the world. As the International Boundary between Canada and the United States passes through the centre of lakes Superior, Huron, Erie, St. Clair and Ontario; only a part of the areas of these lakes given in the above statement is Canadian. The whole of lake Michigan is within United States territory. From the western end of lake Superior to the mouth of the St. Lawrence there is, with the aid of the canal system, a continuous navigable waterway. The total length of the St. Lawrence waterway from the head of the St. Louis river in Minnesota to Pointe-des-Monts, at the entrance of the gulf of St. Lawrence, is 1,900 miles. The tributaries of the St. Lawrence, several of which have themselves important tributaries, include the Ottawa river, 685 miles long, the St.
    [Show full text]
  • University of Manitoba Winnlpeg, Maní.Toba, L982 ABSTRACT
    The Recreat.ional Feasibility of a Nature Touring Route Between Lake Manitoba and Lake Llinnipegosis by Elaine M. Logan A Practícum submitted in partial fulfillment of Èhe requirements for the degree of Master of Natural Resources Management Natural Resources Instítute University of Manitoba Winnlpeg, ManÍ.toba, L982 ABSTRACT Lake Manltoba and Lake l{lnnfpegosls constltute tqro of Manitoba's three "Great Lake6'r. The sfgnlffcance of these lakes âs a potentfal recrea- tfonal/tourist area ltas largely fgnored untll recently. A recreatfonal developrnent plan designed to pronote the use of the lakes as a Ì^'aten¡ays route and recreational resource was lnstlgated 1n 1980 by the Lake lfanl- toba and Lake llinnlpegosis Recreatlonal I.Iaterways Board. From the plan, a Land based nature study route between Lake lllnnipe- gosis and Lake Manitoba and along the north shore of Lake llanltoba was proposed. The existfng road network fron the vlllage of Winnipegosls to Provfncfal Trunk Highway 116 at Gypsurnville would serve as the nature tour route. Thls practlcun has exanfned the recreaÈfonal feasibiltty of the proposed route. A nunber of lssues were addressed in the study, lncluding an exarnLna- tfon of the recreational attrlbutes of the exfstfng road network that would be suftable for a nature tourlng route, assessfng the present rec- reatfon level in the study area, estinatlng the potentlal recreation market to the route, deflnlng the developnent opportunities afforded, and realizfng practlcal funplenentatlon possibflitfes and Lfnitatlon . Recreatlonal attributes of the are were deflned in terms of unique- ness, representatl.veness, scenlc value, degree of naturalness, and/or hlstorlc and cultural value.
    [Show full text]