Wetlands Knowledge Search Results
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Authors
Oil Sands Research and Information Network
Survey demonstrated need to better communicate availability of existing information and continue to make efforts to provide easy, timely and transparent access to monitoring and research information
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Includes sections outlining the requirements of: Environmental impact to tar sands development, Water Resources Act, Clean Air Act , Clean Water Act and land reclamation
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Runoff from within the study area contributes less than 10% of the average flow in the Athabasca River at the northern boundary of the study area. Snowfall constitutes about 30% of precipitation
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Authors
C. Li
A. Singh
N. Klamerth
K. McPhendran
P. Chelme-Ayala
Milos Bilosevic
Mohamed Gamal El-Din
Review of the adverse effects of individual compounds, or mixtures of compounds, that are present in oil sands process-affected water and/or other oil-related sources.
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Authors
Conservation and Utilization Committee
More emphasis is placed on field programs than on greenhouse studies, because of the nature of the problems involved. However, some topics can only be studied by laboratory methods for several years,
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Authors
M.A. Giles
J.F. Klaverkamp
S.G. Lawrence
Purpose of this project was to provide detailed information regarding the acute toxicity this mine depressurization water to both fish and invertebrates.
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Protocols for sampling biotic and abiotic parameters in large lakes, large rivers, wetlands, and streams in Alberta is provided. Estimates of time costs are given.
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Authors
P. Wallis
Eric Peake
Melvin Strosher
B. Baker
S. Telang
Provide a problem analysis of the goal to determine the assimilative capacity of the Athabasca River with special regard to organics
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Authors
R.C.B. Hartland-Rowe
R.S. Davies
M. McElhone
Reid Crowther
Hartley Creek, a tributary of the Muskeg River, has rich and diverse benthic fauna and is dominated numerically by Chironomidae but by Trichoptera in terms of biomass.
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Authors
W.H. Griffiths
B.D. Walton
Detrimental effects of increased suspended and settled sediments on fish, bottom invertebrates, and primary productivity are documented.
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Organic constituents of wastewaters from the existing Athabasca oil sands extraction plant were characterized and quantified. Twenty-one chemical parameters were determined on a total of ten samples
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Reviews what is currently known of fish ecology and production of the Athabasca Basin, and includes discussions of fish production, sport and commercial use of fish populations
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Flood frequency prediction for Syncrude Lease 17 is necessary for both mining activities and environmental protection. Flood frequency curves can be derived from one year’s local data
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The impact of saline waters upon freshwater biota, having special reference to the AOSERP study area, is reviewed. Toxicity summaries for individual ions are presented.
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Ground water conditions are frequently overlooked when placing surface materials in a mine reclamation scheme. The purpose of this paper is to outline the interaction between the surface materials and...
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Authors
Peter Nix
D.W.S. Westlake
R.T. Coutts
F.M. Pasutto
Incubation of samples taken along a transect of the river just downstream from the oil sands plants showed higher rates of microbial degradation on the west bank where effluents and drainage would be
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Authors
P.D. Anderson
P. Spear
S. D'Apollinia
S. Perry
J. Deluca
J. Dick
Goal of the project was the establishment of criteria safeguarding fish from toxic effects of mixtures of vanadium, nickel, and phenol to fish; all are associated with oil sands developments
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Authors
Oil Sands Research and Information Network
Mandates: 1. Creating oil sands environmental management knowledge, 2. Sharing oil sands environmental management information, and 3. Networking to link researchers with funders and other researchers
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Resource Date:
August
2020
This document is part of the 360 tours project Toolkit developed by Canada's Oil Sands Innovation Alliance (COSIA) led by Cenovus Energy Inc., in collaboration with Natural Resources Canada. The...
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Authors
B. McMahon
Peter McCart
A. Peltzner
G. Walder
Study designed to determine whether groundwater from the mine area is toxic and, if so, the concentrations at which this toxicity is expressed. Species, including fish and aquatic insects was tested