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Auteur D. P. Armstrong |
Documents disponibles écrits par cet auteur (5)
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Article
A. L. M. Chauvenet, Auteur ; J. G. Ewen, Auteur ; D. P. Armstrong, Auteur ; T. Coulson, Auteur ; T. M. Blackburn, Auteur ; L. Adams, Auteur ; L. K. Walker, Auteur ; N. Pettorelli, AuteurTranslocations are commonly used conservation actions that aim at establishing new, self-sustaining populations of threatened species. However, many translocated populations are not self-sustaining but managed through supplemental feeding from t[...]![]()
Article
D. P. Armstrong, Auteur ; P. Cassey, AuteurConservation biologists need to be able to estimate reliably the effects of inbreeding on survival, and need to be able to do so with a range of different data types. Kalinowski and Hedrick described a non-linear maximum likelihood estimation pr[...]![]()
Article
A. L. M. Chauvenet, Auteur ; J. G. Ewen, Auteur ; D. P. Armstrong, Auteur ; T. M. Blackburn, Auteur ; N. Pettorelli, AuteurClimate change is causing spatio-temporal shifts in environmental conditions, and species that are not able to track suitable environments may face increased risks of extinction. Assisted colonization, a form of translocation, has been proposed [...]![]()
Article
I. G. Jamieson, Auteur ; L. N. Tracy, Auteur ; D. Fletcher, Auteur ; D. P. Armstrong, AuteurReintroductions of threatened species are increasingly common in conservation. The translocation of a small subset of individuals from a genetically diverse source population could potentially lead to substantial inbreeding depression due to the[...]![]()
Article
S. S. Taylor, Auteur ; I. G. Jamieson, Auteur ; D. P. Armstrong, AuteurPopulations established with a small number of founders are thought to have a high risk of extinction due to Allee effects, demographic stoebasticity, inbreeding and reduced genetic variation. We tested whether the initial number of birds releas[...]



