Land Management Resources
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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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Report proposes a criteria and indicator (C&I) framework and recommendations for development of reclamation certification criteria for oil sands mines
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Document presents the scientific and engineering expertise to guide all reclamation activities associated with end pit lake design and construction
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Objectives of the Twelve Mile Coulee Soil Research Project are to evaluate the impact of pipeline construction on Solonetzic soil quality and salt movement in the Brown soil zone
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Authors
Al Fedkenheuer
Robert Faye
Nancy Finlayson
Sheila Luther
T.J. Patterson
Objective was to evaluate several pipeline topsoil stripping depths to determine whether they result in land capability equivalent to that of adjacent forested lands broken for cultivation
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Study concentrated on the well-documented 1981 right-of-way, and compared it to the oldest trench, installed in 1957, and to the undisturbed adjacent mixed prairie
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Authors
Anne Naeth
Albert Lees
Jeanie Bietz
B.D. Irving
Al Fedkenheuer
Compare vegetative productivity, plant species composition and animal utilization on pipeline right-of-way to that of the adjacent native grassland. Field assessments were conducted over 4 years
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Authors
Sandra Landsburg
Karen Cannon
Available information indicates that overstripping and subsequent replacement of topsoil can produce horizon characteristics similar to plow depth characteristics resulting from cultivation
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Authors
Karen Cannon
Sandra Landsburg
Topsoil stripping of forested soils and its subsequent replacement would result in horizon characteristics similar to those of the plough depth resulting from farming practices
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Authors
Sandra Landsburg
Karen Cannon
Nancy Finlayson
No clear relationships emerged between soil Orders, zones, or soil parent materials and the effect of pipeline construction on soil compaction. Soil moisture conditions appear to be more important.