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In this study, we develop a method to analyse the relationships between seasonal caribou distribution and cli¬ mate, to estimate how climatic conditions affect interactions between humans and caribou, and ultimately to predict patterns of distribution relative to climate change. Satellite locations for the Porcupine (Rangifer tarandus granti) and Bathurst (R. t. groenlandicus) caribou herds were analysed for eight ecologically-defined seasons. For each season, two levels of a key environmental factor influencing caribou distribution were identified, as well as the best climate data available to indicate the factor's annual state. Satellite locations were grouped according to the relevant combination of season...
In this study, we develop a method to analyse the relationships between seasonal caribou distribution and cli¬ mate, to estimate how climatic conditions affect interactions between humans and caribou, and ultimately to predict patterns of distribution relative to climate change. Satellite locations for the Porcupine (Rangifer tarandus granti) and Bathurst (R. t. groenlandicus) caribou herds were analysed for eight ecologically-defined seasons. For each season, two levels of a key environmental factor influencing caribou distribution were identified, as well as the best climate data available to indicate the factor's annual state. Satellite locations were grouped according to the relevant combination of season...
In this study, we develop a method to analyse the relationships between seasonal caribou distribution and cli¬ mate, to estimate how climatic conditions affect interactions between humans and caribou, and ultimately to predict patterns of distribution relative to climate change. Satellite locations for the Porcupine (Rangifer tarandus granti) and Bathurst (R. t. groenlandicus) caribou herds were analysed for eight ecologically-defined seasons. For each season, two levels of a key environmental factor influencing caribou distribution were identified, as well as the best climate data available to indicate the factor's annual state. Satellite locations were grouped according to the relevant combination of season and...
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Boreal caribou Rangifer tarandus are nationally listed as Threatened. Land use jurisdictions, including communities and land claim organizations, will have to identify, steward and monitor boreal caribou habitat both for land use planning in the Deh Cho Region (southern Northwest Territories (NWT)) and for recovery planning in the NWT. Mapping current distribution (occupation) and potential habitat use (occurrence) for boreal caribou is a first step for both land use planning and recovery planning. We modeled occurrence at the landscape scale using generalized additive model analysis and Akaike Information Criterion with habitat information from spectral classification and habitat attributes such as cutlines, fire...
map background search result map search result map CircumArctic Collaboration to Monitor Caribou and Wild Reindeer Boreal caribou habitat and land use planning in the Deh Cho region, Northwest Territories Where the wild things are: Seasonal variation in caribou movements in relation to climate Boreal caribou habitat and land use planning in the Deh Cho region, Northwest Territories Where the wild things are: Seasonal variation in caribou movements in relation to climate CircumArctic Collaboration to Monitor Caribou and Wild Reindeer