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Woodlands County AB
Canada

Report on Lake Athabasca walleye samples for use in the validation of the walleye evaluation criteria


Author(s): Franzin, W. G.

Year: 2011

Abstract:
This document is a summary report on the length, weight data and otoliths for aging of 200 Walleye taken in the June 2011 Fort Chipewyan commercial fishery.

Report on movement and habitat use of fishes in the lower Athabasca River from 2008 -2009


Year: 2009

Abstract:
The objectives of this study were to monitor movements and determine fall and winter habitat use for key target fish species including flathead chub, burbot, lake whitefish and longnose sucker, and collect supplemental information of the location of burbot and lake whitefish spawning and egg incubation areas in the Lower Athabasca River.

Response of confined aquatic biota to mine depressurization water in Beaver Creek Reservoir


Year: 1980

Abstract:
Beaver Creek Reservoir was formed as a result of diverting the natural flow of Beaver Creek away from mine and plant areas and southward to the Athabasca River via Poplar Creek. The diversion was initiated in the fall of 1975 with the closure of the Beaver Creek Dam; filling of the reservoir was completed in the spring of 1976. When it became necessary to remove mine depressurization water from the mining area, Syncrude was granted permission by the Government of Alberta to discharge this effluent into Beaver Creek Reservoir, on the condition that chloride levels in water entering Poplar Creek did not exceed 400 mg/L above ambient levels. The present study was designed to investigate the survival of selected organisms in Beaver Creek Reservoir during 1979. The primary objective was to determine the response of selected species of aquatic biota to saline mine depressurization water after average dilution in the Beaver Creek Reservoir. More specific requirements of the study were: a) the study was to be carried out entirely within the Beaver Creek Reservoir using test organisms held in situ; b) the study must include three sampling locations and three replicates of each test organism at each station; c) test organisms must include: periphyton (on artificial substrates), native species of fish (white sucker and fathead minnow), and native species of invertebrates (either Gammarus or Hyalella); and d) field studies were to be conducted between June and October, 1979 and were to examine both short and long term effects.

Review and compilation of surface water research and reports for selected waterbodies in the Municipal District of Wood Buffalo


Year: 2002

Abstract:
Dillon Consulting was retained by the Water Working Group (WWG), under the auspices of the Cumulative Environmental Management Association (CEMA) to complete a literature review, assessment, and synopsis of existing surface water research and reports for selected water bodies in the Municipal District of Wood Buffalo. The report was not intended to provide a detailed statistical analysis of existing data.

Snares, deadfalls, and other traps of the northern Algonquians and northern Athabaskans


Author(s): Cooper, J. M.

Year: 1938

Abstract:
The writer gathered the data presented in the present paper chiefly during the summers of 1931, 1932, 1933, 1934 and 1937. About one half of the information was collected in 1931 and 1937 among the Tete de Boule Cree of the upper St. Maurice River, Quebec, and in 1931 among the Chipewyan and other Athapaskan-speaking peoples of the Great Slave Lake region; the other half, in 1932-34 among the Cree and Montagnais of the James Bay region, and in 1936 among the Seneca of New York. The writer's stay among the Great Slave Lake tribes was relatively short, and no doubt, there is much more to be gathered on their snares and deadfalls. The data, however, on the Tete de Boule Cree on the James Bay Cree, and on the western Labrador and Waswanipi Montagnais approach more closely to completeness, although even among these groups there is very likely more to be learned than the writer succeeded in learning. The book deals only with traditional snares, deadfalls, and some other traps and trap-like devices, which are used for birds and for land animals. Fish traps and general hunting customs are not dealt with in this publication. The illustrations depicted throughout this book are all of full-size traps set in the woods and consist of half tones of photos and line cuts of sketches. Bibliography included.

Social-ecological thresholds in a changing boreal landscape: Insights from Cree knowledge of the Lesser Slave Lake Region of Alberta, Canada


Year: 2012

Abstract:
Drawing on the traditional ecological knowledge (TEK) of the Lesser Slave Lake Cree, this paper shares understanding of how resource development has affected water, fish, forests, and wildlife as well as the well-being of Cree communities in the Lesser Slave Lake region of Alberta, Canada. In addition to descriptive observations of change, the narratives point to social-ecological thresholds or tipping points in the relationship of Cree harvesters to local lands and resources. Specifically, the study speaks to the echoing effects of ecological loss and degradation on traditional livelihood practices over the last 100 years highlighting the complexity of cumulative effects as well as the challenges of balancing resource development in the region with alternative land uses including those valued by Alberta’s Aboriginal peoples.

Status of the Brassy Minnow (Hybognathus hankinsoni) in Alberta


Author(s): Radford, D. S.

Year: 2014

Abstract:
The brassy minnow is known from three disjunct subpopulations in Alberta: The Milk River drainage in southeastern Alberta; Musreau Lake in the Peace River basin in northwestern Alberta; and in the Athabasca River near Ft. McMurray in northeastern Alberta. Since 2000, the General Status of Alberta Wild Species has ranked it as Undetermined. Recent work and estimates of abundance suggest that although the total Alberta habitat area of brassy minnows is very small, the total abundance of this fish likely numbers in the hundreds of thousands.

Sublethal effects of aged oil sands-affected water on white sucker (Catostomus commersonii)


Year: 2015

Abstract:
To investigate impacts of proposed oil sands aquatic reclamation techniques on benthic fish, white sucker (Catostomus commersonii Lacépède, 1803) were stocked in 2 experimental ponds—Demonstration Pond, containing aged fine tailings capped with fresh water, consistent with proposed end-pit lake designs, and South Bison Pond, containing aged unextracted oil sands material—to examine the effects of unmodified hydrocarbons. White sucker were stocked from a nearby reservoir at both sites in May 2010 and sampled 4 mo later to measure indicators of energy storage and utilization. Comparisons were then made with the source population and 2 reference lakes in the region. After exposure to aged tailings, white sucker had smaller testes and ovaries and reduced growth compared with the source population. Fish introduced to aged unextracted oil sands material showed an increase in growth over the same period. Limited available energy, endocrine disruption, and chronic stress likely contributed to the effects observed, corresponding to elevated concentrations of naphthenic acids, aromatic compounds in bile, and increased CYP1A activity. Because of the chemical and biological complexity of these systems, direct cause–effect relationships could not be identified; however, effects were associated with naphthenic acids, polycyclic aromatic hydrocarbons, ammonia, and high pH. Impacts on growth have not been previously observed in pelagic fishes examined in these systems, and may be related to differences in sediment interaction. Environ Toxicol Chem 2015;34:589–599. © 2014 SETAC

Suitability of small fish species for monitoring the effects of pulp mill effluent on fish populations, Athabasca River, 1994 and 1995


Year: 1996

Abstract:
The objectives of this project were addressed by first identifying common sentinel species immediately upstream and downstream of pulp mill effluents at Hinton and Whitecourt. Spoonhead sculpin and lake chub were identified as sentinel species because of their abundance in the Hinton and Whitecourt reaches of the river, respectively. These species are assumed to have limited mobility and a small home range. This project attempted to document the geographic extent of biochemical responses in fish subjected to prolonged exposures during low flow periods (i.e., fall and early spring). This was accomplished by conducting laboratory analyses on the fish tissues collected from the field to determine the potential for the pulp mill effluents to disrupt sex steroid levels and induce liver MFO activity.

Suncor Project Millennium: Fall fisheries investigation


Year: 1700

Abstract:
Suncor Energy Inc. Oil Sands is proposing an expansion of their approved Steepbank Mine and Fixed Plant facilities. The expansion is called Project Millennium. This report provides 1997 fall fisheries information for several small creeks located within and south of the Project Millennium local study area. This study is supplemental to other baseline studies of aquatic resources in the study area. The objective of the study was to document fish habitat quality and quantity in McLean Creek, Shipyard Lake Creek Two (an upland tributary to Shipyard Lake), two small unnamed Athabasca River tributaries and Donald Creek. Fish utilization and access to this habitat was also examined. No evidence of fall spawning activity was documented in any of the creeks. There was some good quality rearing habitats located within sections of the creeks examined. However, many of these habitats have only limited potential for use given that fish passage may be blocked, particularly in the upper sections on the escarpment.

Supplemental fisheries life history data for selected lakes and streams in the AOSERP study area


Author(s): Herbert, B. K.

Year: 1979

Abstract:
During 1977, various rivers and Jakes from the MacKay, Richardson, and Maybelle river drainages, the Ells River headwaters, and the east slope of the Birch Mountains were spot sampled for fish. Life history information and location data for the 672 fish, of 17 species, collected from these areas are presented in table format. The 17 species collected during this. survey are as follows: Arctic Grayling, Lake Whitefish, Lake Cisco, Lake Trout, Northern Pike, Longnose Dace, Lake Chub, Pearl Dace, Longnose Sucker, White Sucker, Burbot, Trout-Perch, Brook Stickleback, Ninespine Stickleback, Yellow Perch, Walleye, and Slimy Sculpin.

Technical support document for the Regional Sustainable Development Strategy for the Athabasca oil sands area


Year: 1999

Abstract:
Alberta's environmental and natural resource management systems are designed to make sure the environmental impact of development is minimised, and the air, land, surface water and drinkable groundwater all meet provincial guidelines. In addition, they are used to ensure disturbed areas are properly reclaimed, renewable resources regenerate successfully, wildlife populations are sustained and wilderness is conserved. Alberta's current system is very effective and highly regarded — the standards set in Alberta meet or exceed most national and North American standards. The unprecedented pace of development in the Athabasca Oil Sands area, however, presents new challenges for the environmental and resource management systems of governments and industry. These include overlapping needs for access to public land, competition for renewable public resources such as forests, wildlife and water, and increased potential for effects on environmental quality, species diversity and abundance, and human health. In September of 1998, in anticipation of further oil sands resource development in Northern Alberta, Alberta Environment (AENV) committed to leading the creation of the Regional Sustainable Development Strategy (RSDS) for the Athabasca Oil Sands area. The development was led by the Northeast Boreal Region of AENV with a strong partnership involving regional stakeholders and regulators. The partners include First Nations and Aboriginal Communities, industry, environmental interest groups and government agencies (provincial [Alberta and Saskatchewan], municipal and federal). The RSDS builds on Alberta's current environmental and resource management system by creating the framework for the following: • Providing support for continued economic development in the region that addresses environmental needs and resource sustainability. • Creating an enhanced management framework that will adapt to the changing needs of the area which will guide government’s environmental and resource managers. • Developing a strong foundation of environmental information and science to assist in making decisions on sustainable resource and environmental management in the region. • Creating a way to identify priority regional environmental issues, and to organize the science and monitoring work needed to understand these issues. An inventory of environmental and resource management systems, the identification and analysis of issues, and the drafting of the RSDS were completed on July 30, 1999. The 72 issues addressed by the RSDS were identified from project-specific environmental impact assessments in the region, the Athabasca Oil Sands Cumulative Effects Assessment Framework Report, and from issues raised during Alberta Energy and Utilities Board (EUB) hearings on oil sands mines and in situ bitumen production projects. The issues were grouped according to similarities in their information gaps, and a list of 14 themes was created. Blueprints for action were then developed to resolve the issues within these theme groups. The groups were separated into the following three categories: Category A (based on information gaps/urgency) — sustainable ecosystems; cumulative impacts on wildlife; soil and plant species diversity; effects of air emissions on human health, wildlife and vegetation; and bioaccumulation of heavy metals. Category B (based on information gaps and work underway) — access management; cumulative impacts on fish habitat and populations; effects of tailings pond emissions; effects of acid deposition on sensitive receptors; and impacts on surface water quality. Category C (based on information gaps, work underway, and lower level of urgency) — end pit lake water quality; impacts on surface water quantity; and impacts on groundwater quantity and quality. It is recognized and acknowledged that the issues of tomorrow may be different from those of today. RSDS provides a framework and a process to review and adapt environmental and resource management in a continuous learning format, and to improve and respond quickly to changing circumstances.

The common property resource problem and the creation of limited property rights


Author(s): Berkes, F.

Year: 1985

Abstract:
Fish resources are generally considered common property and open to any user. This, the assumption goes, makes them susceptible to the tragedy of the commons in which selfish users are both the villains and the victims. While it is true that wild fish populations cannot readily be privatized, it hardly follows that they are completely open-access. In addition to social controls found in many traditional fishing communities, amply documented by anthropologists, many administrative controls in contemporary fisheries management also create limited property rights over fishery resources. This study focuses on Great Lakes fisheries of Ontario in Lakes Erie and St. Clair, and the kinds and diversity of limited property rights instituted in these areas: the formal and informal allocation of fishing areas, and the allocation of quantitative fishing rights (quotas), all of which serve as mechanisms to solve the common property resource problem. The Great Lakes fisheries suggest certain generalizations about the management of common property resources. The paper offers a life-cycle model of living resources use.

The distribution foraging behaviour and allied activities of the white pelican in the Athabasca oil sands area


Author(s): Ealey, D. M.

Year: 1979

Abstract:
From mid to late summer 1977 an investigation was made of the distribution and foraging of White Pelicans in the Birch Mountains. This study was linked with a breeding investigation undertaken at the pelican rookery as part of the Alberta Oil Sands Environmental Research Program. Aerial surveys, ground observations, prey analysis and prey sampling were conducted. Pelicans were observed to regularly use foraging/loafing areas up to 69 km from the rookery. Timing of diurnal arrivals and departures from all locations showed that the birds belonged to the same population. A shift in concentrations of the pelicans was detected over the summer. Reasons for this shift were advanced. Trends in diurnal and seasonal activities were determined for the pelicans away from the rookery. Basic behavior seemed comparable to that observed at the rookery. The behavioural observations indicated the importance of foraging areas and loafing bars. Habitat features varied considerably for these locations but basic criteria were established for each. The locations of the foraging/loafing areas were determined for lakes in an intensive study area. The diet of juvenile pelicans included brook stickleback, northern pike and lake whitefish. The total fish consumption of the Birch Mountains population of White Pelicans was estimated at between 19.7 and 24.8 tonnes during the 1977 season. It is recommended that this investigation of distribution and foraging of White Pelicans be continued.

The effect of elevation and fish predation on the distribution of Chaoborus in Rocky Mountain Lakes: Paleolimnological applications


Author(s): Lamontagne, S.

Year: 1993

Abstract:
Cabin, Celestine and Caledonia lakes, Jasper National Park, contain naturally reproducing populations of rainbow trout (Oncorhynchus mykiss) and lake chub (Couesius plumbeus), but whether these populations are native was not known. I used subfossil Chaoborus) mandibles retrieved from sediment cores to determine if planktivorous fish were present in these lakes prior to this century. I determined that C. (subgenus Chaoborus) americanus is the only species found in fishless lakes, while C. (C.) flavicans is only found in lakes containing fishes. The genus Chaoborus also had a restricted distribution along the elevation-temperature gradient of mountain lakes. Cabin and Celestine lakes were fishless prior to this century. In these lakes, C. americanus was present prior to this century but was eliminated when fish were first stocked. C. flavicans has replaced C. americanus in Celestine Lake but Chaoborus are presently rare in Cabin Lake. The occurrence of C. flavicans throughout the Caledonia Lake core suggests that this lake had native fish(es) prior to this century. Paleolimnological analysis supports the hypothesis of the past occurrence of the Athabasca rainbow trout (O. mykiss athabascae) in Caledonia Lake. (Abstract shortened by UMI.)

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