Wetlands Knowledge Search Results
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In regard to reclamation, the predisturbance inventories carried out as a function of the EIA or D&R Approval, dictate to a large extent the vegetation cover or land uses that will be established. As...
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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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Objective of the project was to better understand and describe the potential for CLPP to provide meaningful assessments of aquatic ecosystems in the oil sands region of Alberta to various stakeholders
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Authors
Leonard Leskiw
T.B. Zeleke
The primary target of land reclamation in the Athabasca Oil Sands (AOS) region of Canada is to re-create ecosystems which are similar to the pre-disturbance ecosystems. The main objective of this...
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Authors
Terry Macyk
Bonnie Drozdowski
This report identifies and summarizes reclamation practices that have been used in the mineable Oil Sands region and coal mining industry over the last 40+ years.
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Although ecological transitions are expected to be widespread, under even the least-change climate scenario, ecological change is not synonymous with the loss of biodiversity.
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Authors
Curtis Brinker
Marc Symbaluk
J.G. Boorman
Pit reclaimed such that the end pit and inlet/outlet streams would sustain in perpetuity the full range of habitat and watershed features needed to support native Athabasca Rainbow and Bull Trout
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Studies were continued in 1976 into the improvement of a five year old revegetated area on a tailings sand dike by the implementation of different fertilizer programs.
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Authors
Renewable Resources Consulting Ltd.
Control rodent damage by: (1) Planting trees and shrubs when rodent numbers are at the low or declining phase of their cycle, and (2) Manipulating rodent numbers by manipulating vegetative cover.
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Resource Date:
April
2015
This document combines as-of-2014 reports for projects relating to mine site reclamation of the Canada’s Oil Sands Innovation Alliance (COSIA) Land Environmental Priority Area (EPA). These include...
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Resource Date:
April
2017
This document combines as-of-2016 reports for projects relating to mine site reclamation of the Canada’s Oil Sands Innovation Alliance (COSIA) Land Environmental Priority Area (EPA). These research...
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Resource Date:
April
2021
This document combines reports, as of 2020, for projects relating to mine site reclamation of the Canada’s Oil Sands Innovation Alliance (COSIA) Land Environmental Priority Area (EPA). These research...
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Resource Date:
March
2022
This document combines as-of-2021 reports for projects relating to mine site reclamation of the Canada’s Oil Sands Innovation Alliance (COSIA) Land Environmental Priority Area (EPA). These research...
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Authors
Alberta Centre for Reclamation and Restoration Ecology
Oil Sands Research and Information Network
One of the core mandates for the Oil Sands Research and Information Network (OSRIN) was to enhance access to oil sands environmental management information. With OSRIN’s mandate ending December 31...
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This paper describes the co-operative participation of the Alberta Government Departments of Forestry, Lands and Wildlife; Recreation and Parks; Environment; the County of Parkland and TransAlta...
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Authors
Mike Poscente
Theo Charette
Outcome-based criteria encourage innovations in reclamation techniques, provide a higher level of credibility credibility for decision makers, and increase certainty for the operator
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Authors
Dean MacKenzie
Isaac Amponsah
David Bergstrom
Bruce Anderson
Task-group formed to define Best Management Practices (BMPs) for conservation of reclamation materials in the mineable oil sands region of Alberta; easier to define BMPs for salvage than replacement
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Resource Date:
December
2020
A mesocosm study was undertaken to support the development of end pit lake technology. The mesocosms were exposed to OSPW (Oil Sands Process affected Water) and dFFT (densified Fluid Fine Tails).
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Resource Date:
October
2018
This study utilized mesocosms to investigate the effects of oil sands process water (OSPW) and densified fluid fine tails (dFFT) on aquatic ecosystems to support development of end pit lake technology
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Authors
Marvin Nyborg
Ross Parker
Sam Takyi
Paul Yeung
Several field investigations were carried out to determine the amounts of sulphur deposited in rain, in rain washing off trees, and by direct absorption of SO2 by soil