Land Management Search Results
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Authors
Chris Powter
Bin Xu
Kevin Renkema
Natalie Shelby-James
Bonnie Drozdowski
This 2022 Update is a revision of the original Decision Framework and Support Tools report based on stakeholder feedback and a field verification trial.
Resource
Authors
Chris Powter
Natalie Shelby-James
Bin Xu
Kevin Renkema
Results of a stakeholder review of the draft Certification of Mineral Soil Pads in the Boreal Region – Decision Framework and Support Tools report and a field verification trial by practitioners.
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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
Paul Pickell
David Andison
Nicholas Coops
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
Authors
Jean Birks
Yi Yi
Sunny Cho
Emily Taylor
John Gibson
This study was conducted to characterize the composition of polar dissolved organic compounds present in snow and surface waters in the Athabasca Oil Sands Region (AOSR) with the goal of identifying...
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A pilot scale constructed wetland was built at the Strachan Gas Plant to evaluate its ability to treat dissolved phase hydrocarbons in groundwater. The overall objective was to assess the feasibility...
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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...
Resource
Authors
NAIT Centre for Boreal Research
The Decision Support Systems (DSS) uses a scenario approach to guiding reclamation and restoration activities. This resource follows the Landscape Treatment Process for Forest Land (Upland). DSS are...
Resource
Authors
NAIT Centre for Boreal Research
The Decision Support Systems (DSS) uses a scenario approach to guiding reclamation and restoration activities. This resource follows the Soil Treatment Process for Forest Land (Upland). DSS are...
Resource
Authors
NAIT Centre for Boreal Research
The Decision Support Systems (DSS) uses a scenario approach to guiding reclamation and restoration activities. This resource follows the Vegetation Treatment Process for Forest Land (Upland). DSS are...
Resource
Authors
James Saracco
Peter Pyle
Danielle Kaschube
Monica Kohler
Christine Godwin
Kenneth Foster
Habitat loss and disturbance from industrial resource development may be contributing to declines in boreal bird populations. We applied hierarchical multi-species models to data from 31 bird species...
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Long-term monitoring of some sites would ultimately be needed to show that recovering wellsites are on a trajectory that consistently leads to full recovery.
Resource
Authors
Sandra Landsburg
Elizabeth Dwyer
Dissipation of bromacil in Humic Luvic Gleysols amended with cow manure was evaluated at two sites in northwestern Alberta from 1984 to 1987
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Authors
Andrew Crosby
Lionel Leston
Erin Bayne
Péter Sólymos
Lisa Mahon
Judith Toms
Teegan Docherty
Samantha Song
We estimated cumulative effects of energy sector development on distributions of sixteen migratory songbird species at multiple spatial scales within the boreal region of Alberta, Canada, and...
Resource
Authors
Roger DeAbreu
Shane Patterson
Todd Shipman
Chris Powter
NRCan pilot science projects have proven that Earth Observation can provide relevant and valuable information to inform and enhance monitoring and support regulatory frameworks
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Authors
ERMP Project Advisory Group
Monitoring protocols for forested land wellsites to determine if a reclaimed site has returned to similar structure and function as found in a representative undisturbed reference area.
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Authors
Alberta Biodiversity Monitoring Institute
Select appropriate vegetation, soil, and habitat indicators for a long-term reclamation monitoring program and provide sampling protocols for the selected indicators.
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Our statistical design and the hands on learning experience we gained in the field can be applied when implementing the long-term monitoring program for certified wellsites.
Resource
Authors
Alberta Biodiversity Monitoring Institute
Three workshops were held to examine a suite of vegetation, soil, and habitat indicators that could potentially be used to monitor recovery in a long-term reclamation monitoring program
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Data show that for many vegetation and soil indicators, wellsite development impacts are long lasting and may remain for 30 years or more after reclamation.