Boreal Caribou Search Results
Boreal Caribou Search Results
To narrow down your search results use the filters at left to find Contacts, active Projects, specific resource Formats, News & Events or, for example view only resources from a specific Organization, or about specific Disturbance Types.
The Government of Canada supports Dene Nation initiative to help conserve boreal caribou
News
The Habitat Restoration Working Group (HRWG) of the NBCKC
Page
The Impact of Mountain Pine Beetle Outbreaks and their Treatment Methods on the Abundance of Plant-foods Important to Caribou and Grizzly Bears
Resource
The Impacts of Forest Management Strategies for Woodland Caribou Vary Across Biogeographic Gradients
Resource
The Importance of Ranges and Habitat for the Porcupine Caribou Herd
Resource
The influence of habitat alteration is widespread, but the impact of climate cannot continue to be discounted
Resource
The Influence of Habitat Alteration on Density of Invading White-tailed Deer Should not be Discounted
Resource
The Influence of Operational Sex Ratio on the Intensity of Competition in Reindeer (Rangifer tarandus) during Rut: An Experimental Approach
Resource
The Influence of Postfire Recovery and Environmental Conditions on Boreal Vegetation
Resource
The last 33 caribou: fighting for the survival of a Wet’suwet’en herd
News
The Lonely Lake Superior Caribou and a Lesson in Limits
Resource
The Long Road to Protecting Critical Habitat for Species at Risk: The Case of Southern Mountain Woodland Caribou
Resource
The Monitoring Working Group (MWG) of the NBCKC
Page
The Monitoring Working Group of the NBCKC - Project page
Project
The Multisource Vegetation Inventory (MVI): A Satellite-Based Forest Inventory for the Northwest Territories Taiga Plains
Resource
Wall-to-wall 30 m raster maps of broad forest type, stand height, crown closure, stand volume, total volume, aboveground biomass, and stand age were created for a ~400,000 km2 area, validated with independent data, and generalized into a polygon GIS layer resembling a traditional FI map. The MVI project showed that a reasonably accurate FI map for large, remote, predominantly non-inventoried boreal regions can be obtained at a low cost by combining limited field data with remote sensing data from multiple sources.