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Movement Responses of Caribou to Human-Induced Habitat Edges Lead to Their Aggregation near Anthropogenic Features
Resource
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...
Multi-Level Functional Responses for Wildlife Conservation: The Case of Threatened Caribou in Managed Boreal Forests
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1. The selection for particular habitat patches can vary as a function of local and regional levels of anthropogenic disturbance. Although such functional responses can better reveal habitat loss for...
Natal Habitat Preference Induction in Large Mammals—Like Mother, Like Child?
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Organization:
Project Description:We used complementary approaches to assess natal habitat preference induction in a marked population of woodland caribou. All approaches compared the behavior of calves in their...
Natal Habitat Preference Induction in Large Mammals—Like Mother, Like Child?
Resource
...three complementary approaches to assess NHPI in a marked population: (a) population‐based resource selection functions (RSFs), (b) individual‐based RSFs, and (c) behavioral repeatability analyses.
New research shows Indigenous-led conservation forging a new recovery model for caribou in British Columbia
News
Organization
Results show the collaborative recovery effort led by West Moberly First Nations and Saulteau First Nations has brought the Klinse-Za mountain caribou back from the brink of local extinction, or...
Occupancy and Abundance of Pond-Breeding Anurans in Boreal Landscapes
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As resource extraction moves north across the globe, wetland ecosystems in Canada are increasingly degraded because of disturbances associated with anthropic activities, including timber harvesting...
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
Project
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Organization:
The Peatland Ecology Research Group (PERG) was formed through the partnership of the university scientific community, the Canadian peat moss industry and federal and provincial agencies. Our common...
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.
Plow-in Pipeline Construction Improves Recovery of Rough Fescue Grassland
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Plow-in pipeline approach resulted in a fescue-bluegrass vegetation community that had the best rough fescue recovery and greatest similarity to undisturbed natural grassland
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...
Potential for Competition Between Muskox and Migratory Caribou in Nunavik
Project
Project Description:This project will assess the potential for competition between caribou and muskox in northern Quebec, particularly in regards to space use, habitat selection and diet overlap...
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
Prioritization can Improve Cost Effectiveness of Seismic Line Restoration
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Upland mesic sites showed a relatively strong ability to regenerate on their own (passive restoration), while lowland (bogs and fens) and upland dry sites were slow to recover.
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...
Rat Root Plants May Not be Suitable for Reclaiming Oil Sands Tailing Ponds
Resource
This study tested the ability of rat root to grow in a high pH/high salinity environment, similar to that of a constructed oil sands tailings pond wetland.
Reconstructed Soils in Alberta Oil Sands Limit Fine Root Growth of Trees
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Tailings sand sites: fine root biomass decreased with depth and proximity to the textural interface. Overburden sites: fine root biomass decreased abruptly at the textural interface and EC increased
Re-establishment of Peatland Vegetation Following Surface Leveling of Decommissioned In Situ Oil Mining Infrastructures
Resource
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...