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Enhanced Revegetation and Reclamation of Oil Sands Disturbed Sites Using Actinorhizal and Mycorrhizal Biotechnology
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Preliminary results, after two growth seasons, show promise in the use of pre-inoculated seedlings in enhancing growth and establishment of alders and conifers on oil sands reclamation sites.
Field Assessment of Sulphide Oxidation Rates in Cold Environment: Case Study of Raglan Mine
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In this field study conducted on Raglan Mine's tailings storage facility (TSF), tailings oxidation rates were characterized with the oxygen consumption (OC) method. Surface tailings unfrozen...
Integrating Indigenous and Scientific Perspectives on Environmental Changes: Insights from Boreal Landscapes
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This study compares the perspectives of Indigenous and scientific communities on environmental changes in boreal landscapes of Quebec, Canada to determine where collaboration between Indigenous...
Thermal Behaviour and Performance of Two Field Experimental Insulation Covers to Control Sulfide Oxidation at Meadowbank Mine, Nunavut
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Insulation covers are an appealing reclamation approach to control sulfide oxidation in tailings storage facilities located in the Arctic. In this study, the thermal behaviour and effectiveness of...