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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...
Lichens: A Limit to Peat Growth?
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The fruticose lichens Cladina stellaris and Cladina rangiferina, form thick mats that can cover large areas of northern peatlands (above c. 50° latitude), including the extensive peatlands of the...
Literature Review - Caribou, Fire, and Forestry
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With of goal of understanding how silviculture and harvesting practices might mirror those of natural disturbances, here we summarize research describing differences in responses of caribou and...
Lost in Translation? Insights into Caribou Habitat Selection from Forest Inventory Data
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Abstract The gap between research and its implementation is an impediment to conservation of the environment. Translating science into actionable management and policy requires effective communication...
Mapping Resource Selection Functions for Caribou and Wolves in the Chinchaga Caribou Range
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We used GPS telemetry location data from 63 adult caribou and 6 adult wolves to build spatially explicit resource selection function (RSF) rasters. These RSF rasters describe the within-home-range...
Mapping Smouldering Fire Potential in Boreal Peatlands and Assessing Interactions with the Wildland-Human Interface in Alberta, Canada
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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...
Moose Habitat and Populations in Alberta Boreal and Foothills Regions: Literature Review
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Moose occur across the northern Boreal and Foothills of Alberta (Alces alces). Their core range is in mid- and west-central Alberta and supports the highest densities of moose in the province. The...
Moose Response to Disturbance in West-central Alberta
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This Caribou Program project examines how moose respond to different re-vegetation trajectories after disturbance. This will give re-vegetation prescriptions that favour moose less, and therefore are...
Motorized Activity on Legacy Seismic Lines: A Predictive Modeling Approach to Prioritize Restoration Efforts
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Natural regeneration of seismic lines, cleared for hydrocarbon exploration, is slow and often hindered by vegetation damage, soil compaction, and motorized human activity. There is an extensive...
Motorized Human Use of Legacy Seismic Lines
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Project DescriptionOff-Highway vehicles are widely used on these seismic lines and can hamper vegetative re-growth because of ongoing physical damage and compaction. Understanding where motorized...
Movement of Predators Influenced by Seismic Lines
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The paper by the Caribou Program (and GIS and Grizzly Bear Programs) breaks down how seismic lines are influencing predator movement by season and species. This infographic was illustrated by Jennifer...
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.
Natural Regeneration on Seismic Lines Influences Movement Behaviour of Wolves and Grizzly Bears
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Across the boreal forest of Canada, habitat disturbance is the ultimate cause of caribou ( Rangifer tarandus caribou) declines. Habitat restoration is a focus of caribou recovery efforts, with a goal...
Paul A. Moore
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School of Earth, Environment & Society, McMaster University
Peat Depth as a Control on Sphagnum Moisture Stress During Seasonal Drought
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A critical ‘threshold’ peat depth specific for different hydrogeological and hydroclimatic regions can be used to assess what peatlands are especially vulnerable to climate change mediated drought.