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Documents disponibles écrits par cet auteur (10)
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Article
Ben Reddiex, Auteur ; David M. Forsyth, Auteur ; Eve McDonald-Madden, Auteur ; Luke D. Einoder, Auteur ; Peter A. Griffioen, Auteur ; Ryan R. Chick, Auteur ; Alan J. Robley, AuteurFoxes, wild dogs, feral cats, rabbits, feral pigs and feral goats are believed to have deleterious impacts on native biodiversity in Australia. However, although considerable resources have been expended controlling these six species, little is [...]
Article
Ben Reddiex, Auteur ; David M. Forsyth, AuteurFoxes, wild dogs, feral cats, rabbits, feral pigs, and feral goats are believed to have deleterious impacts on native biodiversity in Australia. However, although considerable resources have been expended controlling these six pest species, ther[...]
Article
Naomi E. Davis, Auteur ; Graeme Coulson, Auteur ; David M. Forsyth, AuteurEffective management of sympatric mammalian herbivore populations requires an understanding of interspecific interactions. At Wilsons Promontory National Park, Victoria, sympatric native and introduced mammalian herbivores are thought to be cont[...]
Article
David M. Forsyth, Auteur ; Andrew M. Gormley, Auteur ; Luke Woodford, Auteur ; Tony Fitzgerald, AuteurContext. Despite large mammals being an important component of many ecosystems, there is little information on the impacts of fire on large mammal populations. Aims. We evaluated the effects of the large-scale high-severity 'Black Saturday' fire[...]
Article
David M. Forsyth, Auteur ; John P. Parkes, Auteur ; Andrew P. Woolnough, Auteur ; Greg Pickles, Auteur ; Marnie Collins, Auteur ; Ian Gordon, AuteurMany species of wildlife are harvested for sale but there are few time-series analyses of the factors determining the number of animals harvested. Economic theory predicts that price paid per animal is likely to be an important determinant of th[...]
Article
Alan Robley, Auteur ; Andrew M. Gormley, Auteur ; David M. Forsyth, Auteur ; Barbara Triggs, AuteurManagement agencies commonly control non-native mammalian predators to protect native prey populations, but there are few robust examples of such control enhancing native prey populations. We conducted a 9-year landscape-scale management experim[...]
Article
David M. Forsyth, Auteur ; Steve R. McLeod, Auteur ; Michael P. Scroggie, Auteur ; Matthew D. White, AuteurCombining abundance data collected in designed field surveys with biophysical data derived from geographic information systems is a powerful way to investigate predictors of spatial variation in the abundance of wildlife. We used such an approac[...]
Article
Ruth Glass, Auteur ; David M. Forsyth, Auteur ; Graeme Coulson, Auteur ; Marco Festa-Bianchet, AuteurContext. Distance sampling is widely used to estimate the size of wildlife populations, including kangaroos. However, the performance of distance-sampling abundance estimates has seldom been evaluated for wild mammal populations of known size. A[...]
Article
Andrew M. Gormley, Auteur ; David M. Forsyth, Auteur ; Peter Griffioen, Auteur ; Michael Lindeman, Auteur ; David S. L. Ramsey, Auteur ; Michael P. Scroggie, Auteur ; Luke Woodford, AuteurP>1. Predicting the current and potential distributions of established invasive species is critical for evaluating management options, but methods for differentiating these distributions have received little attention. In particular, there is un[...]
Article
David M. Forsyth, Auteur ; David S. L. Ramsey, Auteur ; Clare J. Veltman, Auteur ; Robert B. Allen, Auteur ; Will J. Allen, Auteur ; Richard J. Barker, Auteur ; Chris L. Jacobson, Auteur ; Simon J. Nicol, Auteur ; Sarah J. Richardson, Auteur ; Charles R. Todd, AuteurContext When environmental, economic and/or social effects of wildlife are considered undesirable and need to be reduced, managers require knowledge of the effectiveness of candidate control techniques, particularly the relationship between cont[...]
