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	Provedor de dados Ecology and Society (4) Autor St. Clair, Colleen Cassady; University of Alberta; cstclair@ualberta.ca (2) Clevenger, Anthony P; Western Transportation Institute, Montana State University; apclevenger@gmail.com (1) Coleshill, Jenny; University of Calgary; (1) Hebblewhite, Mark; University of Montana; (1) Hurd, Thomas Eric; Banff National Park; tom.hurd@pc.gc.ca (1) Musiani, Marco; University of Calgary; (1) Rogala, James Kimo; Parks Canada; University of Calgary; jameskimor@yahoo.com (1) Sawaya, Michael A; Department of Ecology, Montana State University; mikesawaya@hotmail.com (1) White, Cliff A.; Parks Canada; (1) Whittington, Jesse; Parks Canada; (1) Mais... Palavra-chave Banff National Park (4) Aversive conditioning (1) Barriers (1) Behavior (1) Canada (1) Cervus elaphus (1) Chase sequence (1) Conditional logistic regression (1) Connectivity (1) Corridor (1) DNA (1) Dogs (1) Elk (1) Forest cover (1) Fragmentation (1) Genetics (1) Golden-crowned Kinglet (1) Habitat loss (1) Habituation (1) Human activity (1) Mais... Tipo do documento Peer-Reviewed Reports (4) Ano 2011 (1) 2010 (1) 2005 (1) 2001 (1) País Canada (4) Idioma Inglês (4)		Ordenar por:  Relevância Autor Título Ano Registros recuperados: 4 Primeira ... 1 ... Última Predator-Resembling Aversive Conditioning for Managing Habituated Wildlife Ecology and Society St. Clair, Colleen Cassady; University of Alberta; cstclair@ualberta.ca; Hurd, Thomas Eric; Banff National Park; tom.hurd@pc.gc.ca. Wildlife habituation near urban centers can disrupt natural ecological processes, destroy habitat, and threaten public safety. Consequently, management of habituated animals is typically invasive and often includes translocation of these animals to remote areas and sometimes even their destruction. Techniques to prevent or reverse habituation and other forms of in situ management are necessary to balance ecological and social requirements, but they have received very little experimental attention to date. This study compared the efficacy of two aversive conditioning treatments that used either humans or dogs to create sequences resembling chases by predators, which, along with a control category, were repeatedly and individually applied to 24 moderately... Tipo: Peer-Reviewed Reports Palavras-chave: Banff National Park; Canada; Cervus elaphus; Behavior; Aversive conditioning; Dogs; Predation; Chase sequence; Habituation; Urban wildlife. Ano: 2005 Cumulative Effects of Barriers on the Movements of Forest Birds Ecology and Society St. Clair, Colleen Cassady; University of Alberta; cstclair@ualberta.ca. Although there is a consensus of opinion that habitat fragmentation has deleterious effects on animal populations, primarily by inhibiting dispersal among remaining patches, there have been few explicit demonstrations of the ways by which degraded habitats actually constrain individual movement. Two impediments are primarily responsible for this paucity: it is difficult to separate the effects of habitat fragmentation (configuration) from habitat loss (composition), and conventional measures of fragmented habitats are assumed to be, but probably are not, isotropic. We addressed these limitations by standardizing differences in forest cover in a clearly anisotropic configuration of habitat fragmentation by conducting a homing experiment with three species... Tipo: Peer-Reviewed Reports Palavras-chave: Banff National Park; Golden-crowned Kinglet; Red-breasted Nuthatch; Yellow-rumped Warbler; Barriers; Connectivity; Corridor; Forest cover; Fragmentation; Habitat loss; Movement of forest birds; Roads. Ano: 2001 Piloting a Non-Invasive Genetic Sampling Method for Evaluating Population-Level Benefits of Wildlife Crossing Structures Ecology and Society Clevenger, Anthony P; Western Transportation Institute, Montana State University; apclevenger@gmail.com; Sawaya, Michael A; Department of Ecology, Montana State University; mikesawaya@hotmail.com. Intuitively, wildlife crossing structures should enhance the viability of wildlife populations. Previous research has demonstrated that a broad range of species will use crossing structures, however, questions remain as to whether these measures actually provide benefits to populations. To assess this, studies will need to determine the number of individuals using crossings, their sex, and their genetic relationships. Obtaining empirical data demonstrating population-level benefits for some species can be problematic and challenging at best. Molecular techniques now make it possible to identify species, individuals, their sex, and their genetic relatedness from hair samples collected through non-invasive genetic sampling (NGS). We describe efforts to pilot... Tipo: Peer-Reviewed Reports Palavras-chave: Banff National Park; DNA; Genetics; Non-invasive; Road ecology; Ursus americanus; Ursus arctos; Wildlife crossing structure. Ano: 2010 Human Activity Differentially Redistributes Large Mammals in the Canadian Rockies National Parks Ecology and Society Rogala, James Kimo; Parks Canada; University of Calgary; jameskimor@yahoo.com; Hebblewhite, Mark; University of Montana;; Whittington, Jesse; Parks Canada;; White, Cliff A.; Parks Canada;; Coleshill, Jenny; University of Calgary;; Musiani, Marco; University of Calgary;. Tipo: Peer-Reviewed Reports Palavras-chave: Banff National Park; Conditional logistic regression; Elk; Human activity; Resource selection; Trails; Wolves; Yellowstone National Park. Ano: 2011 Registros recuperados: 4 Primeira ... 1 ... Última

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