Land Management Search Results
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Authors
Pedocan Land Evaluation Ltd.
Part 2 presents typical data and interpretations for each soil series in Alberta. The interpretations were made by applying the guidelines in Part 1, and checking the results against experience
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Soils were inspected and described at 413 sites. Soils of the Luvisolic, Brunisolic, Gleysolic, Cryosolic and Organic Orders were recognized and characterized. depth of peat is
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Authors
Larry Turchenek
J.D. Lindsay
Soil morphology, site descriptions, and physical and chemical data for 130 soil profiles from the AOSERP study area are presented.
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Provide information on the kinds, characteristics, and distribution of soils in 16 permanent sample plots, each of about 5 ha area, established during 1981
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Authors
C. Middleton
Francis Salifu
Wayne Tedder
David Chanasyk
John Hastie
Results indicated a negative relationship among pine performance with increasing soluble calcium and available sulphate-S
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This document consists of two tables providing chemical and physical properties of soil, peat, overburden, spent sand and lean tar sand from Syncrude and Suncor.
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A thickness of 75 cm will provide adequate water supply to vegetation during droughts while also allowing for the release of water to the downstream reclaimed landscape.
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Authors
Dave McCoy
Henry Regier
Dave Graveland
Physical and chemical analyses of spent sand indicate that this material is very infertile. The spent sand samples analysed had an average pH of 7.2 and low Na content
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Authors
InnoTech Alberta
University of Alberta
The InnoTech/UofA above ground mesocosm facility enables configurable, innovative approaches for assessing potential environmental and ecological impacts of industrial activities
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Authors
Matthew Pyper
Chris Powter
Tim Vinge
For reclaimed lands to be considered self-sustaining they should respond to natural and anthropogenic disturbances in a similar manner to how an analogous undisturbed landscape might respond
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Authors
Dean MacKenzie
Anne Naeth
Research has shown forest surface soil provides an economical, diverse and abundant source of native propagules and an important source of nutrients and soil fauna. Salvage depth affects soil quality
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Authors
Oil Sands Research and Information Network
Survey demonstrated need to better communicate availability of existing information and continue to make efforts to provide easy, timely and transparent access to monitoring and research information
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Includes sections outlining the requirements of: Environmental impact to tar sands development, Water Resources Act, Clean Air Act , Clean Water Act and land reclamation
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All reported archaeological finds in the Boreal Mixedwood Ecosystem of Alberta and pertinent ethnohistorical and ethnographic literature concerning Native Groups of the general region are reviewed
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Authors
Conservation and Utilization Committee
More emphasis is placed on field programs than on greenhouse studies, because of the nature of the problems involved. However, some topics can only be studied by laboratory methods for several years,
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Authors
Marie-Eve Gauthier
Line Rochefort
Leonie Nadeau
Sandrine Hugron
Bin Xu
Resource Date:
February
2017
This resource is available on an external database and may require a paid subscription to access it. It is included on the CCLM to support our goal of capturing and sharing the breadth of all...
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Archaeological reconnaissance on Syncrude Lease #17 noted that over 67% of the total stone assemblage recovered from 28 localities consists of quartzite derived from the Beaver Creek Quarry
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Authors
Sophie Wilkinson
Paul Moore
Dan Thompson
Mike Wotton
Stefan Hvenegaard
David Schroeder
James Waddington
Resource Date:
December
2018
This resource is available on an external database and may require a paid subscription to access it. It is included on the CCLM to support our goal of capturing and sharing the breadth of all...
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Study Focus: Six years of hydrochemical data (2013 – 2018) from the Sandhill Fen Watershed (SFW), a 52-ha upland-peatland catchment that was built upon highly saline soft tailings, were used to...
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Resource Date:
August
2020
This document is part of the 360 tours project Toolkit developed by Canada's Oil Sands Innovation Alliance (COSIA) led by Cenovus Energy Inc., in collaboration with Natural Resources Canada. The...