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A Two-Roads Approach to Co-Reclamation: Centring Indigenous Voices and Leadership in Canada’s Energy Transition
Resource
This is a chapter in a story that is still unfolding. It is a story about a First Nation and academic co-researchers who learned from one another and, in doing so, co-created intercultural planning...
Fort McKay First Nation’s Involvement in Reclamation of Alberta’s Oil Sands Development
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In the future, Fort McKay will continue to strive for faster reclamation that will restore the land to pre-mining conditions and seek the complete elimination of fluid fine tailings stored in an EPL
Investigation of Microbial Community Response During Oil Sands Reclamation via Lipid and Carbon Isotope Analyses
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In this study, phospholipid fatty acids (PLFA) and carbon isotopes were used to characterize the response of in situ microbial communities to a pilot-scale wetland reclamation project in the Alberta...
Large Scale Mapping of Soil Organic Carbon Concentration with 3D Machine Learning and Satellite Observations
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Canada has extensive forests and peatlands that play key roles in global carbon cycle. Canadian soils and peatlands are assumed to store approximately 20% of the world’s soil carbon stock. However...
Multi-year Assessment of Water and Energy Exchange From an Oil Sands Reclamation Cover, Fort McMurray, Canada
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In most years, evaporation exceeds summer rainfall. Using natural aspen stands as a comparison, it is expected that water use from the soil cover will continue to increase as the ecosystem ages.
Paul A. Moore
Contact
Organization
Position Title
School of Earth, Environment & Society, McMaster University
The Hydrochemical Evolution of a Constructed Peatland in a Post-mining Landscape Six Years After Construction
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Study Focus: Six years of hydrochemical data (2013 – 2018) from the Sandhill Fen Watershed (SFW), a 52-ha upland-peatland catchment that was built upon highly saline soft tailings, were used to...
The Influence of Postfire Recovery and Environmental Conditions on Boreal Vegetation
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Climate change is increasing the frequency and extent of fires in the boreal biome of North America. These changes can alter the recovery of both canopy and understory vegetation. There is uncertainty...
Theses - McMaster University
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Organization:
MacSphere is McMaster University’s Institutional Repository (IR). The purpose of an IR is to bring together all of a University's research under one umbrella, with an aim to preserve and provide...
Webinar - Alberta’s Moose Lake Access Management Plan: Potential to Support Indigenous Rights and Caribou Critical Habitat Requirements
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This joint presentation by representatives of Fort McKay First Nation and Alberta Wilderness Association will describe the vision and significance of Alberta’s landmark 2021 Moose Lake Access...
Webinar - Hot Hot Peat! Managing Boreal Peatland Wildfires in an Era of Climate Change
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This presentation provides an overview of current boreal peatland wildfire research and of management approaches in the face of climate change.