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Overcoming Challenges of Sparse Telemetry Data to Estimate Caribou Movement
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Sparse data sets, such as VHF collar locations, can be used to fit movement models whose parameters could not be estimated directly from the data.
Peatland Ecology Research Group 24th Symposium Abstracts
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Schedule and abstracts from the 24th annual Symposium of the Peatland Ecology Research Group.
Post-fire Peatland Vegetation Recovery: A Case Study in Open Rich Fens of the Canadian Boreal Forest
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Fire plays a major role in structuring and the functioning of boreal ecosystems. As peatlands are important components of boreal forests, the impact of fire upon these wetter ecosystems is...
Predicting Patterns of Terrestrial Lichen Biomass Recovery Following Boreal Wildfires
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New allometric equations to estimate lichen biomass from field measurements of lichen cover and height; allometries were consistent among ecoprovinces, suggesting generalizability
Quantifying Forest Disturbance Regimes Within Caribou (Rangifer tarandus) Range in Bristish Columbia
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Habitat disturbance is a major driver of the decline of woodland caribou (Rangifer tarandus caribou) in Canada. Different disturbance agents and regimes negatively impact caribou populations to...
Range Fidelity: The Missing Link Between Caribou Decline and Habitat Alteration?
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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...
Re-establishment of Peatland Vegetation Following Surface Leveling of Decommissioned In Situ Oil Mining Infrastructures
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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...
Restoration of Boreal Peatland Impacted by an In-situ Oil Sands Well-pad 1: Vegetation Response
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The prompt introduction and establishment of peatland donor species through moss layer transfer technique was crucial to the overall re-establishment of peatland vegetation.
Restoring Drained Peatlands: A Necessary Step to Achieve Global Climate Goals
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Peatlands cover about 400 million hectares (ha), or 3% of the land surface of our planet. Yet they store more carbon, more effectively and for longer periods, than any other ecosystem on land. Intact...
Seed Storage Behaviour of Eight Peatland Pool Specialists: Implications for Restoration
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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...
Setting a Foundation for Indigenous Knowledge Systems-guided Boreal Caribou (tǫdzı) Conservation Planning in the Western Boreal Region of Canada: A Systematic Map Protocol
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Abstract In recent years, researchers have increasingly recognized the need to bridge Western and Indigenous knowledge systems to strengthen research in wildlife conservation. Historically, this arena...
Soil: The Environmental Integrator
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Soil is defined in terms of dynamic circulation patterns of water, air and minerals driven by solar energy. The soil is the reactor and exchanger of energy and matter and, as such, is the terrestrial...
Spontaneous Revegetation of a Peatland in Manitoba after Peat Extraction: Diversity of Plant Assemblages and Restoration Perspectives
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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...
Temperature, Moisture and Freeze–thaw Controls on CO2 Production in Soil Incubations From Northern Peatlands
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Peat accumulation in high latitude wetlands represents a natural long-term carbon sink, resulting from the cumulative excess of growing season net ecosystem production over non-growing season (NGS)...