The principal objective of the research project Wolverines in a Changing World was to gain better insights into the role wolverines have in ecosystem dynamics, their adaptation to ecosystem change, and its implications for sustainable management of the natural environment. The aim of this thesis, within these settings, was to investigate wolverine foraging strategies in a multiple-use landscape, especially in higher alpine habitat where livestock are grazed without human supervision or protection and in the boreal forest where wolverines co-exist with other intra-guild species. This aim was addressed by focusing on the following research questions. 1. Which analytical method is most appropriate to analyze wolverine diet? [Paper I] 2. Do w...
Successful conservation of rare species requires an understanding of the niche, knowledge of the sca...
We investigated Wolverine (Gulo gulo) denning ecology in the boreal forest of northern Alberta. Duri...
Food-caching animals can gain nutritional advantages by buffering seasonality in food availability, ...
In 2003 the Norwegian Wolverine Project “Wolverines in a Changing World” was initiated with the prin...
Over the past decades, wolverines in Sweden have made a recovery from near extinction to recolonizat...
We evaluated alternative hypotheses that anthropogenic disturbance can attract versus displace wolve...
The interaction between predators and their prey is a key factor driving population dynamics and sha...
Successful conservation of rare species requires an understanding of the niche, knowledge of the sca...
What determines whether a predator scavenges or kills its own prey? Using data on wolverines ( Gulo ...
From 2003-2007 we captured and instrumented 28 wolverines (Gulo gulo) in Glacier National Park to in...
Globally, climate is changing rapidly, which causes shifts in many species' distributions, stressing...
To better understand the mechanisms driving the distribution of a threatened carnivore, wolverine Gu...
Wolverines are vulnerable to multiple, widespread, increasing forms of human activity so have become...
Thesis (Master's)--University of Washington, 2018Animals must balance the need to acquire sufficient...
Wildlife populations are often influenced by multiple political jurisdictions. This is particularly ...
Successful conservation of rare species requires an understanding of the niche, knowledge of the sca...
We investigated Wolverine (Gulo gulo) denning ecology in the boreal forest of northern Alberta. Duri...
Food-caching animals can gain nutritional advantages by buffering seasonality in food availability, ...
In 2003 the Norwegian Wolverine Project “Wolverines in a Changing World” was initiated with the prin...
Over the past decades, wolverines in Sweden have made a recovery from near extinction to recolonizat...
We evaluated alternative hypotheses that anthropogenic disturbance can attract versus displace wolve...
The interaction between predators and their prey is a key factor driving population dynamics and sha...
Successful conservation of rare species requires an understanding of the niche, knowledge of the sca...
What determines whether a predator scavenges or kills its own prey? Using data on wolverines ( Gulo ...
From 2003-2007 we captured and instrumented 28 wolverines (Gulo gulo) in Glacier National Park to in...
Globally, climate is changing rapidly, which causes shifts in many species' distributions, stressing...
To better understand the mechanisms driving the distribution of a threatened carnivore, wolverine Gu...
Wolverines are vulnerable to multiple, widespread, increasing forms of human activity so have become...
Thesis (Master's)--University of Washington, 2018Animals must balance the need to acquire sufficient...
Wildlife populations are often influenced by multiple political jurisdictions. This is particularly ...
Successful conservation of rare species requires an understanding of the niche, knowledge of the sca...
We investigated Wolverine (Gulo gulo) denning ecology in the boreal forest of northern Alberta. Duri...
Food-caching animals can gain nutritional advantages by buffering seasonality in food availability, ...