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This article considers how nonhuman animals are enrolled in the construction of gendered identities. Specifically, I interrogate two gendered figures with which I was repeatedly confronted over the course of researching cougar–human relationships on Vancouver Island, home to what is estimated to be North America's densest population of cougars. The first figure, Cougar Annie, was a woman ‘settler’ on western Vancouver Island, reputed to have killed over 100 cougars in her lifetime and now celebrated as a strong, independent female. The second figure is a contemporary trope, an older woman who expresses interest in younger men, known in slang speech as a ‘cougar’. Both figures are intimately bound to a third figure, the animal cougar, Puma concolor, whose material–semiotic relationship to humans both performs and is performed by ‘cougars’ and Cougar Annie. Haraway's conception of figures as embodied and performative mappings of power is central to this article's discussion, which lies at the intersection of animal studies, more-than-human geographies, posthumanism, and feminist science studies. Methodologically, I draw on interviews and archival research to trace the historical and contemporary specificities of these two figures – Cougar Annie and ‘cougars’ – revealing how they are informed by, and simultaneously produce, uphold, and perform, gendered understandings of the relationship between humans and cougars, predator and prey, humans and animals, and culture and nature.  相似文献   
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Snow-tracking data were collected for cougars (  Felis concolor ), lynx (  Lynx canadensis ), martens ( Martes americana ) and wolves ( Canis lupus ) and combined with remotely sensed imagery in a geographic information system (GIS) to identify wildlife crossing sites on the Trans-Canada Highway in Banff National Park, Alberta. We used logistic regression to assess the dependent (species presence/absence) relative to measures of topography and vegetation. The exponent form of each logistic regression equation was used to predict crossing sites in a GIS, which were then contrasted with mitigation sites proposed by Parks Canada. We found that: (1) cougars were influenced positively by normalized difference vegetation index (NDVI); negatively by northness and distance to ruggedness, (2) lynx were influenced positively by wetness, greenness, rugged terrain, eastness and distance to rugged terrain; negatively by slope, (3) martens were related positively to wetness, elevation, eastness, and distance to rugged terrain; negatively to northness, (4) wolves were influenced positively by distance to ruggedness; negatively by brightness, elevation, eastness and terrain ruggedness. There were few sympatric crossing sites for all species, supporting the use of species-specific mitigation or wide structures that capture multiple species needs. Inconsistencies were observed between the crossing sites predicted in this study and the Parks Canada proposal. The usefulness of GIS and track data to enhance mitigation projects is illustrated.  相似文献   
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