TRAPLINE CH33 (VC1) Land Use Before the La Grande Complex

Total Page:16

File Type:pdf, Size:1020Kb

TRAPLINE CH33 (VC1) Land Use Before the La Grande Complex SUMMARY OF TRAPLINE LAND USE BEFORE THE LA GRANDE PROJECT TRAPLINE CH33 (VC1) Land Use Before the La Grande Complex Trapline Background Information The trapline VC1 is located on the south shore of the La Grande Rivière and bordered at its western part by the James Bay. The trapline encompasses the community of Chisasibi and is mostly located in Categories I Land except from the Chisasibi Road corridor and some islands on the coast shores that are on Category II Land. Trapline VC1 is located on the southern shore of La Grande River and stretches for about 55 km from the James Bay to the inland, and for about 15 to 20 km wide. It is transected by the Chisasibi road (40 km) as well as by the La Grande 1-Chisasibi, La Grande 1-Radisson Substation, and La Grande 1-Wemindji power lines. John E. Sam has been the tallyman since 1997. His uncle, Ernest Sam, and his father, Norman Sam, were the two previous tallymen. Impacts Related to the La Grande Complex • La Grande-1 generating station, dam and spillway • La Grande-1 reservoir (1,1% (8,9km2) of the total trapline land and natural water plans superficies was flooded) • Robert-Bourassa generating station (La Grande-2) • Road to La Grande-1 and Chisasibi • Flow increase in La Grande river • Transmission line from La Grande-1 generating station to Chisasibi • Transmission line from La Grande-1 to Radisson substation • Transmission line from La Grande-1 generating station to Wemindji Trapline Land Use Before the La Grande Complex The community of Fort George lied inside VC1 trapline boundaries, therefore, the access to the territory wasn’t an issue for the tallyman and the other trappers. La Grande River and the James Bay were the natural boundaries of the trapline and also constituted important navigation ways on a west-east and north-south directions respectively. The paddle canoe and the motor boat were the crafts used along these routes, the latter being more suitable for the route on the bay. After freeze-up, the common means of transportation used to move around were the dog team, walking on snowshoes and the snowmobile, introduced in the 1970’s. The main winter trails opened in the territory joined Fort George to the coastal area where most of the camps were settled and to the easternmost area of the trapline, principally exploited during the winter. The trappers were constantly on the move and after one year they covered the whole trapline. The tallyman never took the plane to get there, neither did the plane come to pick up the furs. It was the tallyman who had to go back to the community whenever he had enough furs 1 to sell to the Hudson Bay Co. In the 1970’s, before the inhabitants of Fort George moved from the island to the main land, in Chisasibi, the hunting strategies used by the tallyman in office, Norman Sam, didn’t differ from other Cree trappers. The trapline was basically divided into two main areas corresponding to the different resource exploitation seasons. During the summer, fishing was the main activity carried out on the trapline, not only by the tallyman and his family but also by other community members. The first rapid (upitchiwun) on La Grande river, about 30 km upstream from Fort George, was a place of intense and localised fishing activity. According to Eddie Sam, there was a small bay of about 20 feet long by 15 feet wide amid the rock of the riverbed where people took turns to put their nets. It didn’t take long before the nets where removed because fish, mainly whitefish and cisco, was plentiful. Some of the fishermen settled a temporary camp near the rapids where they dried the fish while most of them paddled down La Grande River back to Fort George in the same day. Also, during the summer and before the dams were built, the community members used to put their nets all along La Grande River. Another intense fishing location was the strait between Black Island and the main land, on the James Bay. In that specific area, the nets were settled really close one to another. Elsewhere, all along the James Bay coast, the tallyman himself and other Crees from Fort George, also used to put their nets and get trout, whitefish and cisco. From the end of August or early September, until October, the James Bay coast was an intense activity area for the tallyman and other hunters, mainly for goose hunting. Three campsites in the area consisting of teepees (mitchwap) were used during the fall (#2, 6, and 13). Tees Bay and Aquatuc Bay were the main geese feeding grounds and the place where they gathered before migrating to the south. In those bays, people from Fort George used to have goose ponds and put their decoys. The geese were also abundant on the James Bay islands where they ate berries. During the fall, the islands in the bay and the coastal area not only offered geese as a harvesting resource, but Norman Sam also trapped fox and hunted small game. As the fall season advanced, the harvesting activities were displaced inland, away from the James Bay coast. In October, Norman Sam and the other trappers left Fort George and paddled up La Grande River. On their way, they stopped at their camps (#18, 22, 25) along the river to fish and hunt small game. The tallyman could decide to stay in this area and wait at the mihtukuan (#24) for the freeze-up and start his trapping season, or paddle forward upstream beyond the first rapid until camps #27 and #28. The canoe route continued into Achazi River where there were four campsites made up with teepees and inhabited during the fall (#29, 31, 32, and 33). Before the snowmobile became a common mean of transportation, the tallyman used to bring on his canoe one of his dogs that will be used to pull the sled after freeze- up. The other dogs (5 or 6) were left behind at Fort George and brought along later on in the winter. After freeze-up, the tallyman mainly used the eastern sector of the trapline as a harvesting area but it could happen that he inverted this yearly pattern and trapped near the bay. In the eastern sector, the three mihtukuan near Atichikamis Lake (#35, 36 and 37) constituted the base camps where the women and children remained while the trappers went out to settle the traps, originally on snowshoes or dogsled and then on 2 snowmobile. During the winter, the tallyman could reach these camps from Fort George walking on snowshoes, in a single day if he was alone, or in four days if the rest of the nuclear family was coming along. The mihtukuan located at campsite #24 was the main winter camp in the central sector of the trapline. In the 1970s, John Sam, the current tallyman, still used a dog team to get to this camp where he left the dogs and continued on snowshoes to trap in the surrounding area. A very resourceful area for trapping beaver was on the southern shore of La Grande River in front of the islands and over a distance of about 10 km. Elsewhere, the river banks were too high to allow the beaver to build its lodge. For the last period of the winter, the tallyman returned to the western sector of the trapline where he trapped not directly on the James Bay but in the rivers, creeks and lakes running towards it. Five mihtukuan (#4, 5, 7, 8 and 12) and a teepee (#14) were the accommodations used while harvesting in this area. In general, the whole trapline was normally used during the winter but the tallyman would choose from what lodge to trap. In late March and early April, ice fishing, especially at the river junctions in the James Bay, was one of the main activities for the tallyman and as well as for other Crees form Fort George. Small trout and cisco were the ordinary fished species. At the end of the winter and during the spring, the tallyman moved his activities back to the coastal area. Numerous spring camps made up with teepees (camps #1, 3, 9, 10 and 11) were settled in this region, mostly erected at the river mouths or in the small bays, not far from the goose feeding grounds. The area along the James Bay coast and in between Tees Bay and Aquatuc Bay was much valued and used by the Sam family. In the 1970’s, six families were using the trapline including among others Norman Sam’s nuclear family, Ernest Sam’s family, and Willie Spencer’s family. According to the interviewees, the families weren’t very big and there were only 9 children in total. Some were brought to the trapline, particularly those under school age, while the others were staying at residential school. Fish was plentiful not only in the James Bay and La Grande River but also in the inland water bodies. Numerous lakes on the trapline were special fishing areas mostly for pike, sucker, speckled trout, and whitefish. Those were (from east to west): Namapi Lake, Atichikami Lake, Atichikamis Lake Nichikw Lake, Wastawawmakw Lake, and Kanisikamach Lake. La Grande River was also valued for its fishing resources and other than the first rapid, the Achazi River mouth was a good fishing spot for walleye and cisco. Most of the fishing sites as well as small game were also exploited by the community members, especially during the trapping off season.
Recommended publications
  • Ungava Bay, (Fig. 1). Development Categories
    Adv. Odonatol. 4 : 73-88 December 1989 The odonate fauna of the northern regions of Quebec-Labrador: review and perspective J.-G. Lagacé L. Pilon S. Pilon Pilon, D. , and Département de Sciences biologiques, Faculté des Arts et des Sciences, Université de Montréal, C.P. 6128, Montréal, Québec, H3C 3J7. Canada The state of knowledge of the regional odonate fauna is reviewed. The to distribution of species is analysed in relation the bioclimatic zones. INTRODUCTION of the The ever increasing development northern areas of North America necessitates a knowledge not only of the composition ofthe animal fauna as a whole but also of the ecological roles of the different categories of organisms, as a prerequisite to any safe and logical manipulation ofnorthern ecosystems. Death of thousands of caribou in northern Quebec in the mid-80’s (related to human interference) is an illustration of deficiencies in our approach to the understanding of these northern ecosystems. As pointed out by Aagaard (1986), northern insect conservation strategy should develop along two lines : macroscopic (biogeographic) and microscopic (biotopic). The present paper is an attempt to review the data available on the composition of fauna of these northern the odonate reigons and to look into some of the factors that could help to better understand these ecosystems. TERRITORY AND STUDY 2 Quebec-Labradoris a vast territory of 1,825,780km in eastern Canada, situated between 45° and 62° 35’ lat. N„ and 55° 35’ to 79° long. W. It is bordered to the north by the Hudson strait and the Ungava Bay, to the north-east and east by the Atlantic Ocean, to the south-west by the Province of New Brunswick and the Gulf ofSt Lawrence, to the south by the United States ofAmerica and to the west by the Province of Ontario (Fig.
    [Show full text]
  • The Migrations of Anadromous Cisco (Coregonus Artedii) and Lake Whitefish (C. Clupeaformis) in Estuaries of Eastern James
    The migrations of anadromous cisco (Coregonus artedig and lake whitefish (C. clupeaformis) in estuaries of eastern James Bay RODERICKMORIN' Centre dlEtudes Nordiques, De'partement de Biologie, Universitt Laval (Que'.),Canada G1K 7P4 JULIANJ. DODSON~ GIROQ, Dipartement de Biologie, Universite' Laval, Que'bec, GlK 7P4 AND GEOFFREYPOWER' Centre &Etudes Nordiques, De'partement de Biologie, Universite' Laval (Que'.), Canada GlK 7P4 Received January 26, 198 1 MORIN, R., J. J. DODSON,and G. POWER. 1981. The migrations of anadromous cisco (Coregonus artedii) and lake whitefish (C.clupeaformis) in estuaries of eastern James Bay. Can. J. Zool. 59: 1600-1607. Experimental gill-netting and tagging programs were undertaken in the Eastmain and La Grande rivers of James Bay to determine the migratory patterns of anadromous cisco (Coregonus artedii) and lake whitefish (C. clupeaformis). Cisco and whitefish were found to differ in the distribution of juveniles during summer, in the upriver migration of mature fish, and in the selection of overwintering sites. Models are presented to illustrate the general life cycles of anadromous cisco and lake whitefish in James Bay. MORIN,R., J. 3. DODSONet G. POWER.1981. The migrations of anadromous cisco (Coregonus artedii) and lake whitefish (C.clupeaformis) in estuaries of eastern James Bay. Can. J. Zool. 59: 1600-1607. Des programmes de pgche exptrimentale aux filets et des programmes de marquage furent Ctablis dans les rivikres Eastmain et La Grande de la Baie de James afin de dkteminer les mouvements migratoires du cisco (Coregonus artedii] et du grand corkgone (C. clupeaformis).La distribution des poissons juvCniles durant I'CtC diffkre chez ces deux espkces, de meme que la migration en amont des individus ?imaturitC et la selection des sites d'hivernage.
    [Show full text]
  • An Overview of the Hudson Bay Marine Ecosystem
    15–1 15.0 ECONOMIC DEVELOPMENT Chapter Contents 15.1 HYDROELECTRICITY..........................................................................................................................................15–2 15.2 MINERALS AND HYDROCARBONS .................................................................................................................15–12 15.3 TRANSPORTATION...........................................................................................................................................15–17 15.4 TOURISM............................................................................................................................................................15–22 15.5 MUNICIPAL ACTIVITIES....................................................................................................................................15–22 15.6 GRAND CANAL SCHEME..................................................................................................................................15–23 15.7 SUMMARY ..........................................................................................................................................................15–23 Chapter Figures Figure 15-1. La Grande hydroelectric complex..........................................................................................................15–4 Figure 15-2. Proposed diversion of water from the Rupert River watershed into the Eastmain watershed, and location of the proposed Eastmain-1-A hydroelectric generating station ...............................................15–5
    [Show full text]
  • Broadback Watershed Conservation Plan Located 800 Km North of Montreal, the Broadback River Remains a Pristine Example of a Southern Boreal Watershed
    Broadback Watershed Conservation Plan Located 800 km north of Montreal, the Broadback River remains a pristine example of a southern boreal watershed. Flowing from its source at Lac Frotet, the Broadback surges 450 km west to empty into Rupert Bay at the south end of James Bay. Along its path and within its larger 20,800 km2 watershed, the river supports the traditional hunting territories of Mistissini, Oujé-Bou- goumou, Waswanipi, Nemaska and Waskaganish. Once destined to be- come part of Hydro-Québec’s mega Nottaway-Broadback-Rupert project, the river received a reprieve in 2002 when the Crees signed the Paix des Braves Agree- ment with Québec. Although this agreement has saved the Broadback River from hydro development, it has not en- sured the river, and its watershed, protection from other forms of natural resource development. Forestry roads and harvesting have permanently transformed large portions of the watershed, particularly in the south, and recently numerous mining claims have been filed within the more remote intact portions of the watershed. Nevertheless, the Broadback remains an important source of intact wilderness in the region, as evident by the diminishing number of endangered woodland caribou that reside there. A recent study on woodland caribou commissioned by Quebec’s Ministry of Natural Resources and the Cree Regional Authority, http://chaireafd.uqat.ca/communique/nouvellesE.asp?Date=2012-10-22%2009:42:10 found that the two herds found in this region, the Nottaway and Assinica, are no longer self-sustaining according to benchmarks set by the Federal Government under the terms of the Species at Risk Act.
    [Show full text]
  • La Grande River CHISASIBI
    638 000 5 964 000 638 500 5 963 500 5 963 000 639 000 5 962 500 639 500 5 962 000 5 961 500 640 000 5 961 000 640 500 5 960 500 5 960 000 641 000 5 959 500 La Grande River MA A H D A A A P RO I N C W o A IHCH n A VILLAGE OF s S W tr u H AD c D O ti IK OA R NAASIPAATIM R o U ICHU n M H IS U YAAU PICH ROA A I I WATER TA M A HCCH D TREATMENT PLANT I D A SA W A SKI O CHISASIBI I AD A R IN 637 500 O R IIAA W R RO 5 959 000 U O U UP A PIN IS D A CH A AAWA AD IS AAU D WICH RO K KAA KAAUS TI KA D C A A H KI AD D I A R M A IB O A O RO A A RO IN K S A U R AD A S HT A SA D S N I P I KA O H 641 000 A IS U I A R R A C A EET OAD O Y A R M H A C AAS I S S A A O I D P M H H H A H TR U I A R S I W D II K S UUT A C A AA N B S A KWAA I W U U I OKAB D U A U S A N O U AAP H DAAW ROA U W R NI SALT M A AT AAP OA I MSDC P K RO IWA II BUILDING IRREL UW K HK A AAH D D SQU A I AS N A R A IMI RO A N P AD OA A RO D D AA H COOK AKIN IINDU AM D IPITA M A CCDC KW MAAPINWA K IS AASHKU A R D O C OFFICE S STRE MIS ROAD H O EW ROA ET AA K T R BAND A N U A H I U I E M OFFICE SEWER LIFT KU M D ET W M E AS D I E E I K D H SH I STATION ASA R N R A R A A ATT C I O CBCC T W D U T T T O S A R A H OA U M D T TRAILER R R S N S D S ROA H E I W W I Y A T KUYA V AA N T L A S U A O H A AL ISK SH A T P S K O I U M R P IH U A K H S IN A S A K S W A I I P I U N A N W P R ROAD A AU NI Scale : WA 1:5 000 M U ROA A S A ISAACH ROAD AA K A D S W I H IN A NA AP WA S E S AHA S H H A HK R K D N D C A W ID K ROA KA A U D AD A U A U A O W U U SH R AN S U II T RO A A M CH HOSPITAL U O M AD A O H
    [Show full text]
  • The James Bay Hydroelectric Project - Issue of the Century
    Guest Editorial: The James Bay Hydroelectric Project - Issue of the Century When Robert Bourassa unveiled the first phase of the James Bay hydroelectric project in the early 1970s, he called it “the project of the century.” This seemed an appropriate term for a scheme that would alter 19 waterways, create 27 reservoirsand cost tens of billions ofdollars. Apart from the Cree inhabitants and a handful of environmental activists, the project had few opponents. As described in a Hydro-Quebec brochure, “the territory, now being molded to man’s needs” seemed too remote and too vast to warrant much concern. Twenty years later, circumstances have changed dramatically. The “project of the century” is becoming the issue of the century as a broad base of opposition forms against it. Biologists, economists, energy experts, anthropologists, plus a growing number of well-informed individuals and groups in Canada and the United States have joined with the Cree and certain Inuit to oppose further hydroelectric development in the region. No longer remote, the James Bay territory, its environment and its people have become subjects of national and international importance. The reason for this shift is not that the second phase of the James Bay project is to be any larger or have a greater environmental impact than thefirst. In fact, theproject already completed in the basin of La Grande River islarger than thatwhich Hydro-Quebec is now preparing to develop on the Great Whale River. The Great Whale project will generate 3168 megawatts of electricity, compared with almost 15 000 for La Grande, and will flood 4400 km2 of land, compared with 9675.
    [Show full text]
  • Shocking Revelations at Hydro-Quebec: the Environmental and Legal Consequences of the Quebec-New York Power Line Ian Mark Paregol
    Penn State International Law Review Volume 7 Article 6 Number 1 Dickinson Journal of International Law 1998 Shocking Revelations at Hydro-Quebec: The Environmental and Legal Consequences of the Quebec-New York Power Line Ian Mark Paregol Follow this and additional works at: http://elibrary.law.psu.edu/psilr Part of the Environmental Law Commons, and the International Law Commons Recommended Citation Paregol, Ian Mark (1998) "Shocking Revelations at Hydro-Quebec: The nE vironmental and Legal Consequences of the Quebec-New York Power Line," Penn State International Law Review: Vol. 7: No. 1, Article 6. Available at: http://elibrary.law.psu.edu/psilr/vol7/iss1/6 This Case in Controversy is brought to you for free and open access by Penn State Law eLibrary. It has been accepted for inclusion in Penn State International Law Review by an authorized administrator of Penn State Law eLibrary. For more information, please contact [email protected]. Shocking Revelations at Hydro-Quebec: The Environmental and Legal Consequences of the Quebec-New York Power Line I. Introduction In 1973, the average American realized the implications of ris- ing tensions in the Middle East.' The citizens of the United States were reduced to purchasing gasoline for their automobiles on either odd- or even-numbered days; waiting in block-long lines to obtain gasoline for their vehicles; and paying significantly higher prices for petroleum products.2 Thus, with the advent of the 1972 oil crisis, the eyes of the world focused upon the Middle East, and the common citizen began to comprehend the magnitude of the importance of the globe's oil lifeline-the Persian Gulf.
    [Show full text]
  • Chisasibi Hospital
    Chisasibi Hospital Trainee Orientation Guide Revised April 2016 Table of Contents General Information .......................................................................................................................................... 3 History of Chisasibi ......................................................................................................................................... 3 Cree People .................................................................................................................................................... 3 Cree Language ................................................................................................................................................ 3 Temperature .................................................................................................................................................. 3 Upon Arrival In Chisasibi ................................................................................................................................ 4 General Information ...................................................................................................................................... 5 Orientation To The Hospital .............................................................................................................................. 6 Schedule ......................................................................................................................................................... 6 Scheduled Clinics ...........................................................................................................................................
    [Show full text]
  • Route De La Baie-James Circuit (5 Days Or More)
    Route de la Baie-James Circuit (5 days or more) DAY 1 Matagami – Radisson (617 km) .................................................................................................................... 2 DAY 2 Radisson ....................................................................................................................................................... 3 DAY 3 Radisson – Chisasibi Cree Communauty (107 km) ...................................................................................... 5 DAY 4 Chisasibi Cree Communauty – Waskaganish Cree Commumauty (550 km) ................................................ 6 DAY 5 Waskaganish Cree Commumauty - Matagami (341 km) .............................................................................. 7 Page 1 DAY 1 Matagami – Radisson (617 km) Make several stops along the Route de la Baie-James © Mathieu Dupuis KM 257: Rupert River The powerful Rupert River, one of Québec’s, largest flows from east to west, from Mistassini lake to Rupert Bay in James Bay. It flows over a distance of nearly 600 kilometres. Rustic site, boat-launching ramp, fishing picnic tables, restrooms. KM 381: Rest Stop - Stop for lunch and fuel-up Gas station: open 24 hours a day, 7 days a week (gas and diesel) Restaurant: open from 6 a.m. to 9 p.m. General mechanics: service offered from 6 a.m. to 6 p.m. Other services: lodging, satellite TV, vending machines, convenience store and showers. © Go Van KM 395:Eastmain (3 km) You will find that because of the diversion of the Eastmain and Opinaca rivers to the
    [Show full text]
  • The James Bay Northern Quebec Agreement Mackenzie Kirkey Bishop’S University
    Mackenzie Kirkey 85 THE JAMES BAY NORTHERN QUEBEC AGREEMENT Mackenzie Kirkey Bishop’s University Abstract This paper seeks to examine the 1975 James Bay Northern Quebec Agreement (JBNQA). The Agreement is notable for officially sanctioning the largest hy- droelectric development project in Quebec’s history and has often been cited as Canada’s most progressive and comprehensive land-claims settlement. This research paper argues that the JBNQA remains an incomplete and unfulfilled accord. While the agreement has clearly provided benefits for the province of Quebec, as well as the Cree of the eastern James Bay region and the Inuit of northern Quebec, a range of concerns surrounding the implementation can be identified. Résumé Cet article porte sur la Convention de la Baie James et du Nord québécois de 1975 qui a officiellement sanctionné le plus grand projet hydroélectrique de l’histoire du Québec et qui est souvent présentée comme le règlement le plus progressiste et le plus complet des revendications territoriales au Canada. Cet essai soutient que la Convention demeure un traité incomplet et non rempli. En effet, bien que la Convention ait résolument procuré des bénéfices au Québec ainsi qu’aux Cris de l’est de la baie James et aux Inuits du nord du Québec, il est possible d’identifier de nombreuses préoccupations quant à son exécution. Introduction he James Bay Northern Quebec Agreement (JBNQA) of 1975 is Toften regarded “as Canada’s first modern land-claim settlement” – a settlement, decidedly progressive in its scope and breadth, reached between the province of Quebec and the Cree of the eastern James Bay region and Inuit of northern Quebec.1 This essay will argue, however, that the JBNQA – officially sanctioning the largest hydroelectric 86 JOURNAL OF EASTERN TOWNSHIPS STUDIES (indeed, economic) development project in Quebec’s history – can most fully be understood as an initial, incomplete, and unfulfilled accord.
    [Show full text]
  • Salinity and Temperature Variations at James Bay Eelgrass Beds in Relation to an Under-Ice River Plume Christopher J
    Salinity and temperature variations at James Bay eelgrass beds in relation to an under-ice river plume Christopher J. Peck1, Zou Zou A. Kuzyk1, Joel P. Heath2, John Lameboy3, Fredrick T. Short4, Misha L. Warbanski2, David Barber1 , Jens K. Ehn1 1. University of Manitoba, 2. Arctic Eider Society, 3. Cree Nation of Chisasibi, 4. University of New Hampshire Eelgrass (Zostera marina) in James Bay declined in the 1990s and today remains far depleted from its historic extent. Eelgrass is the dominant seagrass in the Northern Hemisphere and is globally recognized as an important habitat for juvenile fish and birds. Eelgrass beds provide a number of ecosystem services such as nutrient recycling, sediment trapping and carbon sequestration (1). There are several possible factors that may contribute to the recent decline but prominent among them is a freshening of coastal waters due to climate change and/or hydroelectric development and regulation. Eelgrass thrives in saline conditions and is intolerant of very low salinities. In the Chisasibi region of northeast James Bay (Figure 1), a possible contributor to reduced salinity at eelgrass beds is the enlarged under-ice freshwater plume of the La Grande River (2). Hydroelectric developments have reportedly more than doubled the average annual discharge of the La Grande River and shifted the peak discharge from spring (June) to the winter months (3). The under-ice freshwater plume of the La Grande deflects northwards as it enters James Bay (4) and then flows towards southeast Hudson Bay (5), consistent with the coastal circulation of Hudson Bay. In association with the Arctic Eider Society and the Cree Nation of Chisasibi, a field campaign was launched to investigate the effect of the modified discharge of the La Grande River in relation to salinity variations at nearby eelgrass beds.
    [Show full text]
  • An Investigation of Cree Indian Domestic Fisheries in Northern Quebec
    ARCTIC VOL. 32,NO. 1 (MARCH 1979), P. 46-70 An Investigation of Cree Indian Domestic Fisheries in Northern Quebec FIKRET BERKES’ ABSTRACT. Domestic or subsistence fisheries of the eastern James Bay Cree. were studied, mainlyin Fort George, by direct observation. These fisheries were characterized by large numbers of participants, low catches per day and per fisherman, but high catches per length of net used, as compared to commercial fisheries. Most stocks appear lightly utilized, but in the vicinity of larger settlements there is evidence that some stocks are overfished. The total catch may be increased by distributing the fishing effort more evenly over a larger area. Fish resource base of the region appears suitable for supporting local economic development with respect to recreational fisheries and native-run commercial fisheries for the local market, as well as maintaining the domestic fishery. R&UMe. On a ktudie, par observation directe, principalement a Fort Georges, les types de pbche, familiales ou de subsistance. Les pbcheries sont caractensees par le grand nombre de participants, la faiblesse des prises, par jour et par pbcheur, mais aussi par l’importance des prise par longueur de filet utili&, en comparison avec la pbche commerciale. La plus grande partie des reserves parait peu utilisee,mais dans les regions de colonies plus importantes, il est evident qu’on a trop pbch6 de poissons. On peut kgalement accroitre la prise totale, en repartissant I’effort de pbche sur une plus grande &endue. Les ressources de la pbche, base de la region, apparaissent suffisantes pour supporter un developpement tconomique local, en respectant le pbche de distraction et la pbche commerciale des indigknes pour le march6 local, tout en maintenant la pbche familiale.
    [Show full text]