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- 220Oil Sands Research and Information Network (OSRIN)/AOSERP Reports
- 83Oil Sands Research and Information Network (OSRIN)/Government of Alberta Reports
- 73Oil Sands Research and Information Network (OSRIN)/OSRIN Technical Reports
- 61Oil Sands Research and Information Network (OSRIN)/Syncrude Canada Ltd. Reports
- 21Oil Sands Research and Information Network (OSRIN)/RRTAC Reports
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1980
Vegetation literature and maps pertinent to the AOSERP study area are reviewed and summarized. Studies from throughout northern Alberta and Saskatchewan are discussed although emphasis is given to the preliminary vegetation classification described by Stringer (1976) and the vegetation maps...
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A review of aquatic biomonitoring with particular reference to its possible use in the AOSERP study area
Download1980
The general principles, approaches, and methods of aquatic biomonitoring are outlined from a review of the literature, with emphasis on those aspects directly applicable to the Alberta Oil Sands Environmental Research Program (AOSERP) study area. It is argued that an aquatic biomonitoring program...
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1979
This paper reviews moose habitat selection and discusses the environmental factors which affect selection. Moose use open areas and lowlands extensively in spring and early summer in apparent response to snow melt and early green-up in such areas, and possibly to the greater protein content of...
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A review of the baseline data relevant to the documentation and evaluation of the impacts of oil sands developments on black bear in the AOSERP study area
Download1978-01-01
Penner, D. F., Smyth, K. E., McCourt, K. H.
Three of the tenets upon which the Canada-Alberta agreement for the Alberta Oil Sands Environmental Research Program (AOSERP) is founded are: 1. Canada and Alberta recognize the necessity of improving the scientific understanding of the effects of the oil sands development on the human and...
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A review of the technology available for the control of atmospheric emissions from oil sands plants
Download1983
Humphreys, R. G., McMullen, A. L., Patel, B. U., Hart, A. G.
Dynawest Projects Ltd. has been commissioned by Alberta Environment to provide an overview of the technology available for the control of sulphur and nitrogen oxide emissions from oil sands plants. The study scope is summarized below: 1. Review briefly bitumen extraction and upgrading...
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1978
Hourly data on net surface radiation (Q) on a horizontal surface are analyzed. An equation which computes the diurnal variation of Q from a knowledge of cloud cover and the sun's declination is presented for use in operational air quality models. The three constants in the model (characteristic...
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A socioeconomic evaluation of the recreational use of fish and wildlife resources in Alberta, with particular reference to the AOSERP study area. Volume I: Summary and conclusions
Download1978
DePape, D., Phillips, W., Ewanyk, L.
An estimated total of 1,390,980 Albertans over five years of age engaged in nonconsumptive recreational fish and wildlife activities in the Province during 1975-76, of whom 102,600 also engaged in hunting and of whom 308,500 also engaged in fishing activities during the same period. The annual...
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A statistically derived forecast scheme for winds and temperatures in the Athabasca tar sands area
Download1984
Syncrude Canada Ltd. operates an oil sands extraction plant in the Athabasca Tar Sands region of northeastern Alberta. Although this facility is designed to maintain resulting ground level air quality within the objectives of Alberta Environment, exceedances of these objectives may occur in...
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1985
A.A. Aquatic Research Ltd., R.L. & L. Environmental Services Ltd.
Syncrude Canada Ltd., which has operated an oil sands extraction plant at Mildred Lake since 1978, has undertaken various environmental studies associated with the development since 1971. The purpose of the 1984 investigation, which involved a multi-disciplinary study team, was to characterize...
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1978
Grant, W., Tsui, P., Tripp, D.
The West Interceptor Ditch was constructed to divert water from several small creeks into Bridge Creek, a tributary of Beaver Creek, which eventually flows into the Athabasca River. During the diversion process, a portion of lower Beaver Creek was restructured to accommodate discharge from the...