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1979

Arnold, J., Bagg, D., Brymer, D., Gallant, A., Melnichuk, S., Barrie, L., Moser, A., Gaudenzi, A., Fanaki, F., Froude, F., Hoff, R., Mickle, R., Markes, J., Kovalick, J., Lusis, M., Anlauf, K.

The third in a series of Atmospheric Environment Service Field Studies in the Alberta Oil Sands Study Area was carried out during June 16-27, 1977. The study was designed to cover the same objectives as those of the previous two studies but for summer conditions. As a consequence, the AES...

1979

Gaudenzi, A., Moser, A., Mickle, R., Bagg, D., Arnold, J., Markes, J., Lusis, M., Melnichuk, S., Brymer, D., Kovalick, J., Fanaki, F., Froude, F., Gallant, A.

The second in a series of Atmospheric Environment Service field studies in the Athabasca Oil Sands area was carried out during 3-13 February 1977. The objectives of the study were the same as those of the March 1976 study, namely to obtain information on the meteorology of the area and/or the...

1981

Davies, M. J. E., Leavitt, E. D., Rudolph, R. C., McKenna, R. R., Davison, D. S.

A climatological air quality dispersion was developed which provides more powerful analyses capabiIities than are avaiIable in traditional CDM-type models. The model incorporates a time series approach to satisfy identified user needs. The three components of the model are: the time series file...

1981

Davies, M. J. E., Davison, D. S., Rudolph, R. C., Hansen, M. C.

A climatological air quality dispersion was developed which provides more powerful analyses capabilities than are avaiIable in traditional COM-type models. The model incorporates a time series approach to satisfy identified user needs. The three components of the model are: the time series file...

1981

Davies, M. J. E., Davison, D. S., Hansen, M. C., Rudolph, R. C.

A climatological air quality dispersion was developed which provides more powerful analyses capabilities than are available in traditional COM-type models. The model incorporates a time series approach to satisfy identified user needs. The three components of the model are: the time series file...

1974

Conservation and Utilization Committee

One oil extraction plant (GCOS) has been in operation for several years, the go-ahead has just been given for a second plant (Syncrude), a third (Shell) has an application pending, and the current energy crises may well accelerate the rate at which additional plants go into production during the...

1997

Alberta Health, Health Surveillance

The Alberta Oil Sands Community Exposure and Health Effects Assessment Program was developed to ensure that a long-term, systematic approach to data gathering was implemented that would improve our knowledge about the link between the environment and human health. The purpose of the pilot study...

1981

Smith, S. B.

This report is not intended to be a definitive review of published literature concerning environmental changes which might occur in northern ecosystems as a result of massive industrial development. Rather, it is intended to summarize a large number of surveys and some research of a distinctly...

1979

Seidner, R. T., Smith, S. B., Mann, A. S., Kasinska-Banas, B., Hursey, R. A.

This Interim Report summarizes AOSERP research over the period April 1975 to November 1978. The investigations referred to herein involved over 100 researchers from government agencies, universities, and private consultants. In addition, the first draft of this report was sent to a number of...

1974

Conservation and Utilization Committee

Extraction of bitumen from the Alberta Oil Sands by surface mining will have a major impact on the hydrology of the areas immediately adjacent to each mine, and an impact on any drainage system receiving discharge from the mining or processing areas. Conversely, the hydrology will have a major...