Wetlands Knowledge Search Results
Resource
Authors
Chris Powter
Neil Chymko
Gordon Dinwoodie
Darlene Howat
Arnold Janz
Ryan Puhlmann
Tanya Richens
Don Watson
Heather SInton
Kevin Ball
Andy Etmanski
Bruce Patterson
Larry Brocke
Ralph Dyer
Alberta’s industrial land conservation and reclamation program developed over 48 yr from an initial focus on surface debris removal and safety to increasing emphasis on returning ecological function
Resource
Authors
Tanya Richens
Brett Purdy
Requirements for conservation and reclamation activities at oil sands mines, including but not limited to soil salvage, storage, and placement, revegetation, wildlife and biodiversity, and wetlands
Resource
Authors
Terry Osko
Maggie Glasgow
Wellsite reclamation criteria in Alberta have historically been based on a paradigm of returning land to equivalent land capability. Unfortunately, this paradigm has treated all landscapes as...
Resource
Authors
Kimberley Murray
Melanie Bird
Maria Strack
Michael Cody
Bin Xu
Resource Date:
April
2021
This article outlines the results of monitoring two restored oil sands exploration sites, and discusses the effectiveness of treatments on tree recovery and greenhouse gas emissions.
Resource
Authors
Bin Xu
Line Rochefort
Melanie Bird
Bhupesh Khadka
Maria Strack
The prompt introduction and establishment of peatland donor species through moss layer transfer technique was crucial to the overall re-establishment of peatland vegetation.
Resource
State of knowledge related to technologies for reclaiming oil sands tailings substrates to upland boreal forests and wetlands
Resource
Authors
Thurber Consultants Ltd.
Land Resources Network Ltd.
Norwest Soil Research Ltd.
Topsoil storage does not appear to have any severe and long term effect on topsoil quality. Chemical changes can be rectified with the judicious use of chemical fertilizers or manure. Physical changes
Resource
Summary of a survey to determine the reclamation research needs of organizations/industries in Alberta that are involved with industrial disturbances and to prioritize research needs.
Resource
To assess climatic and soil conditions under which salts will move out of the root zone in a soil disturbed by a pipeline and to determine the rate at which salts will move in disturbed soils.
Resource
Authors
Karen Cannon
Sandra Landsburg
Concerns about soil compaction on pipeline rights-of-way have increased with the introduction of heavier, more powerful construction equipment
Resource
Authors
D. Lepilin
A. Lauren
J. Uusitalo
E.-S. Tuittila
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...
Resource
Soil microorganisms and their activities are the major vectors in the decomposition of plant litter and the subsequent transformation and flow of such essential plant nutrients as nitrogen and phospho
Resource
Effects of amendments on growth of trees and grasses and establishment of mycorrhizae in coal and oil sands reconstructed soils
Resource
Authors
Bonnie Drozdowski
R.L. Faught
Andrew Underwood
Results of the research indicate that current reclamation practices are appropriate for providing soil moisture to support vegetation covers.
Resource
Authors
Anne Naeth
Donna White
David Chanasyk
Terry Macyk
Chris Powter
Don Thacker
To provide coordinated direction for reclamation research in Alberta, the need to review the current understanding and the role of soil physical properties in soil disturbance related activities was...
Resource
The objective of the study was the definition of physical and chemical soil properties required to support the forest ecosystems which are the targets of oil sands tailings reclamation research
Resource
Physical properties of soils and mined materials in relation to reclamation; Chemical properties of soils and methods of improving mined material for plant growth; Sulphur deposition and acidification
Resource
Authors
Len Knapik
Katherine Bessie
E. Richardson
Soil patterns in the area are generally quite simple, with large homogeneous soil units. The major criteria for differentiating soils are parent material and drainage conditions.
Resource
Aspen sucker production from root fragments was 3X higher at salvage/placement depth of 40 cm compared to 15 cm. Successful suckering occurred in root fragments with little damage in upper 20 cm soil
Resource
Authors
Pedocan Land Evaluation Ltd.
Part 1 of this manual is a background and explanatory section that describes the terminology used in soil surveys and presents the assumptions and conventions upon which the interpretations are based