Wetlands Knowledge Search Results
Resource
Authors
Jonathan Price
Owen Sutton
Colin McCarter
William Quinton
James Waddington
Pete Whittington
Maria Strack
Rich Petrone
Resource Date:
November
2023
Wetlands are an integral part of the Canadian landscape, providing crucial ecohydrological services with globally significant benefits. Over the past 75 years, Canadian scientists have emerged as...
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The cold climate and short growing season characteristic of the major oil and gas producing regions of western Canada make it particularly important to conduct phytoremediation research on plants...
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This is a compilation of on-line accessible papers from the 1982, 1985 and 1986 conferences of the Alberta Chapter, Canadian Land Reclamation Association. This list will be updated periodically.
Resource
Authors
Harald Thimm
G.J. Clark
G. Baker
The construction of a wastewater evaporation lagoon at the Quirk Creek Gas Plant a number of years ago resulted in the creation of a six acre area of overburden consisting of heavy clay, gravel and...
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A cooperative trial to test the use of vegetation to enhance treatment of soils contaminated with weathered petroleum hydrocarbons (PHCs) was initiated in 2002. Experimental protocols were adapted...
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Objective - develop a collective understanding of the scope of sites impacted by soil sterilants (bromacil and tebuthiuron) and the specific challenges associated with their remediation and management
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Authors
Bonnie Drozdowski
Chris Powter
Simone Levy
Several major challenges were identified associated with management of sterilant-impacted sites in Alberta through this literature review, industry consultation and personal communication
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Authors
Craig Mahoney
Joshua Montgomery
Stephanie Connor
Danielle Cobbaert
Abstract Boreal wetlands within the oil sands region of Alberta, Canada, are subject to natural and anthropogenic pressures, resulting in the need for monitoring these sensitive ecosystems to ensure...
Resource
Resource Date:
September
2023
Although peatlands cover only 3% of the world's land, they store about twice as much carbon as in the biomass of all the world's forests combined. Thus, they are incredibly important especially for...
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In this paper, we review the development of Phase II Assessments and Phase III Remediation science over the last thirty years: what aspects have improved, and what aspects have not improved.
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Authors
Sarah Wilkinson
Anne Naeth
Amalesh Dhar
Nature-based, low technology wastewater treatment systems can benefit small and remote communities. Adding a constructed floating wetland (CFW) to waste stabilization ponds can enhance treatment...
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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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Authors
Chris Powter
Lawrence Kryviak
Greg Balko
Al Watson
Chemical characteristics of sludge, and precautions required to protect workers, were considered major obstacles to success. However, the physical soil characteristics created by the sludge were worse
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Authors
Sandra Landsburg
Al Fedkenheuer
Recommendations for rehabilitation and reclamation of soils contaminated by bromacil include use of activated carbon, manure, wet- dry soil cycles, and plant seedlings to enhance adsorption, and plant
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Authors
Bonnie Drozdowski
Simone Levy
Chris Powter
Discussions in 2018 developed a collective understanding of the number of sites impacted by soil sterilants and the specific challenges associated with their remediation and management
Resource
Authors
Evgeniya Smirnova
Isabelle Demers
Medard Bouda
Mostafa Benzaazoua
Mamert Mbonimpa
Guylaine Bois
The use of the lime neutralization process is a common technique to treat acid mine drainage (AMD) generated by sulphidic mine wastes. The AMD-contaminated water collected on the mine site is...
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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
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
Jim Davies
Ryan Melnichuk
Craig Aumann
Zhongzhi Chen
Brian Eaton
An aquatic mesocosm facility consisting of thirty 15,000 L tanks was constructed in Vegreville, Alberta to support environmental research. In 2017, an experiment was conducted as an inaugural run for...
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An aquatic mesocosm facility consisting of thirty 15,000 L tanks was constructed in Vegreville, Alberta to support environmental research.