Land Management Search Results
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Mounding is a highly versatile technique for addressing site conditions that may limit forest recovery on a wide range of reclamation sites. The technique is particularly useful on wet and cool sites...
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A common goal of reclamation in the boreal forest is to establish diverse, native plant communities that are suited to the site's conditions and are on track to become a forest. Regeneration planning...
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Regeneration planning is key to ensuring the establishment of target vegetation rather than undesired competitors. Careful planning can accelerate regeneration by 5-10 years or more.
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The footprint left by infrastructure and equipment can create different challenges for establishing vegetation. The best site preparation method depends on the limiting factors present.
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Reclaiming industrial sites in Alberta's boreal forest is not always a straightforward process. The footprints left by infrastructure and equipment are often characterized by compacted mineral soils...
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Authors
Daphne Cheel
Stephen Moran
Mark Trudell
Don Thacker
Terry Macyk
Report synthesizes and summarizes 36 RRTAC reports to provide the user with a unified source of information on land and groundwater reclamation research in the plains of Alberta
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Authors
Erin Bayne
Diana Stralberg
Amy Nixon
Use of ABMI samples to understand genetic variation and changes in genetic structure is identified as an area where ABMI data can be used to understand how biodiversity is adapting to climate change
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Authors
Barbara Darroch
Surya Acharya
AEC Hillcrest awned slender wheatgrass l Elymus tichycaulus subsp. subsecandus (Link) Gould] is a-reclamation variety developed for use in reclaiming and revegJtating oisturtea sites in the mountains...
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Authors
Barbara Darroch
Surya Acharya
Jay Woosaree
AEC Mountaineer broadglumed wheatgrass, Elymus trachycaulus subsp. violaceus (Horneman) A. & D. Love, is a cultivar developed for reclaiming and revegetating disturbed sites at high elevations. It is...
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Authors
Natalie Shelby-James
Sarah Thacker
Chris Powter
Paul Fuellbrandt
Tomislav Hengl
Leandro Parente
Objective is to work collaboratively with soil data users to develop the Alberta Background Soil Quality System (ABSQS) as a tool to assist industry and government in environmental management
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The Natural Regions and Subregions classification represents the state-of-the-art in ecological land classification in Alberta. This classification provides a valuable baseline for resource management...
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This report identifies historical, annual and open water, low flow sequences for 13 stations in the Athabasca River Basin which can be used to determine management guidelines for the River basin
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This report is intended to provide some adaptation strategies that are focused on management of Burrowing Owls in the face of a changing climate.
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Reconstructed soils representing different materials handling and replacement techniques were characterized and variability in chemical and physical properties was assessed
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Authors
Alberta Biodiversity Monitoring Institute
Vulnerability to climate change of more than 170 of Alberta’s native species is assessed on the basis of exposure and sensitivity to change
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Authors
Christopher Shank
Amy Nixon
This report provides a broad overview of how Alberta species are likely to be affected by climate change by the 2050s. Amphibians were consistently found to be the most vulnerable to climate change
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Authors
Alex Schumacher
Reinhard Hermesh
Antoine Bedwany
The study involved an examination of the vegetation and spoils on five mine locations in the central Parkland of Alberta. These five locations represented different spoil types, and methods of mining...
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Authors
Chris Powter
Brent Scorfield
Brent Lakeman
Shane Patterson
The development of integrated geomatics and remote sensing technologies for environmental management holds promise to meet economic diversification and effective environmental management.
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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.
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Authors
Karen Cannon
Nancy Finlayson
Sandra Landsburg
At each of the fifteen 1989 study areas and at each of the eight 1988 study areas soil strength was monitored using a cone penetrometer in 15 cm depth increments to a depth of 52.5 cm.