Land Management Search Results
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The Committee has brought together a group of biological scientists from all across Canada to give us their views on our direction and the questions we should be asking over next three to five years.
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Authors
Paul Ziemkiewicz
Con Dermott
Percy Sims
The workshop recorded in these proceedings was organized as the first step in developing a Native Shrub Research Program for reclamation.
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Authors
Paul Ziemkiewicz
Sam Takyi
Henry Regier
The workshop format was chosen as a means of focussing the attentions of individuals with a wide range of expertise on the specific problem of reconstructing forest soils in reclamation
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Given the extensive experience of workshop participants, it was surprising to see how little confidence they had in using only their knowledge and experience to make reclamation certification decision
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During the Fall of 2006, the Ontario Ministry of Northern Development and Mines tendered a construction project to provide a soil cover over the North Impounded Tailings (NIT) area at the abandoned...
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Purpose was: to obtain information on propagation of certain native and exotic woody plants; synthesize the information at the species level by method of propagation; and recommend further studies
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Authors
Clive Welham
Nicole Robinson
Report describes a comprehensive, meaningful and cost-effective list of indicators of forest ecosystem function, including a description of how they might be used to assess reclamation success
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Authors
Tim Jantzie
B. Croft
R.T. Coutts
D.F. Biggs
A.A. Loman
A Toxicological Index is proposed to outline the toxicological significance of specific inorganic elements to mammals and aquatic organisms. Index provides a list of elements of environmental concern
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This study tested the ability of rat root to grow in a high pH/high salinity environment, similar to that of a constructed oil sands tailings pond wetland.
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This report summarizes up to 39 years of plant community development trends on Syncrude’s reclaimed mine sites near Fort McMurray, Alberta.
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Authors
Earle Anderson
K. Cantrell
Gerry Genovese
B. Novlesky
A. Stemberger
Syncrude Canada Ltd. (Mildred Lake Project) is an oil sand surface mining and processing venture situated in the Athabasca Oil Sands of northeastern Alberta . This project, approximately 420 km north...
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Authors
Sam Takyi
Michael Rowell
Bill McGill
Marvin Nyborg
Field trial on an already vegetated area on the GCOS tailings pond dike, to determine responses of the already established vegetative cover to different fertility levels, and fate of added fertilizer
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In 1976 methods and materials were used in the search for afforestation practices that will assist in the establishment of a self sustaining vegetation cover compatible with land use objectives
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Authors
Virgil Hawkes
Gillian Donald
A long-term plot network would allow the monitoring data to describe the ecological condition of the reclaimed lands and define appropriate management strategies for achieving revegetation goals
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Authors
Chris Powter
Glen Singleton
Benefits of research cooperation include reduced costs, shared expertise, ease of site access and a commitment by both parties to implementation of the results.
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Authors
Terry Macyk
Martin Fung
Ron Pauls
Syncrude Canada Ltd. produces 200,000 barrels of synthetic crude oil per day from its oil sands surface mining operations located 50 km north of Fort McMurray, Alberta. The three major types of...
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Authors
Russell Ecological Consultants
Species performances were generally poor in the species adaptability trials at Cadomin. Contrastingly, most species performed reasonably well in the species adaptability trial at Mildred Lake
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Seventy-eight reclamation practitioners from government, industry, consulting, academia, and the services sector gathered in Edmonton on March 6, 2024, to highlight and discuss specific issues facing...
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Authors
Marie-Claude Roy
J. Kariyeva
Jim Herbers
Jim Schieck
Final recommendations to the development of a wetland monitoring program for the Oil Sands region of Alberta.
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Tailings sand sites: fine root biomass decreased with depth and proximity to the textural interface. Overburden sites: fine root biomass decreased abruptly at the textural interface and EC increased