Boreal Caribou Search Results
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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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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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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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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
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Authors
Spencer Chad
Lee Barbour
Jeffrey McDonnell
John Gibson
Water samples were collected and analyzed regularly over an eight-year period to establish inventories of site-wide water isotope signatures including seasonal and interannual changes in the recycle...
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Uranium mining in the Athabasca Basin region in Northern Saskatchewan was developed in the early 1950s. The mines developed during this period were abandoned, leaving deep holes and mining debris...
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Authors
Dianne Allen
Mark Calette
In 1960, the Lorado Mill was abandoned in northern Saskatchewan, leaving an estimated 227,000 cubic meters of radioactive uranium tailings that covered the mill site and flowed into nearby Nero Lake...
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Jonathan Matthews is Director of Tailings EPA for Canada's Oil Sands Innovation Alliance (COSIA). In his role of chairing presentations at the Oil Sands Tailings 2014 Conference, he provides a concise...
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Authors
Felix Faichney
Jean Birks
Margie Wood
Brandon Paquette
Stephen Slongo
The Fort McKay Métis Nation is using its Indigenous Knowledge to inform a community-led water monitoring program on the Red River, also called the McKay River, an important water source for their...
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Authors
J. Kristensen
B.S. Ott
A.D. Sekerak
Baseline information on walleye and goldeye populations with respect to the “before conditions” faced by the Athabasca Delta fisheries in view of the present and increased oil sands development
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Ten sites in the system were sampled regularly for physical-chemical parameters, phytoplankton, zooplankton and benthic macroinvertebrates. Additional surveys were done for fish, aquatic macrophytes,
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Summarize water quality constituents in the AOSERP study area and to examine relationships between these constituents and changes in land formation, hydrology, and development
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This report contains watershed boundary delineations and associated drainage areas, and channel profiles on watersheds larger than 50 km2 (20 mi2) in the AOSERP study area.
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Resource Date:
April
2018
This presentation provides an introduction to the Boreal Water Futures program.