Jesse D. DeVoe
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View article: Evaluating patterns of plant phenological progression and pronghorn movement behaviors across diverse landscapes
Evaluating patterns of plant phenological progression and pronghorn movement behaviors across diverse landscapes Open
A variety of metrics based on the remotely sensed normalized difference vegetation index (NDVI) are commonly used as proxies for nutritional conditions of landscapes for ungulates, and these proxies are used to explain variation in animals…
View article: Fence types influence pronghorn movement responses
Fence types influence pronghorn movement responses Open
Impediments that constrain animal movements across spatiotemporally heterogeneous landscapes can result in reduced or complete loss of access to critical resources. Across their range in North America, pronghorn ( Antilocapra americana ) a…
View article: Behavior‐specific habitat models as a tool to inform ungulate restoration
Behavior‐specific habitat models as a tool to inform ungulate restoration Open
Across North America, many ungulate species that experienced historic population declines and range contractions are now broadly distributed across their native ranges after the implementation of successful restoration programs. The use of…
View article: Restoration Potential of Bighorn Sheep in a Prairie Region
Restoration Potential of Bighorn Sheep in a Prairie Region Open
Efforts to recover Rocky Mountain bighorn sheep ( Ovis canadensis canadensis ) throughout western North America have had limited success with the majority of current populations remaining in small and isolated areas on a fraction of their …
View article: Hiding Without Cover? Defining Elk Security in a Beetle‐Killed Forest
Hiding Without Cover? Defining Elk Security in a Beetle‐Killed Forest Open
Recent mountain pine beetle ( Dendroctonus ponderosae ; pine beetle) outbreaks in the western United States have affected nearly 18 million ha of pine ( Pinus spp.) forest and are unprecedented in spatial extent, severity, and duration, ye…
View article: A century of changing fire management alters ungulate forage in a wildfire-dominated landscape
A century of changing fire management alters ungulate forage in a wildfire-dominated landscape Open
Forestry practices such as prescribed fire and wildfire management can modify the nutritional resources of ungulates across broad landscapes. To evaluate the influences of fire and forest management on ungulate nutrition, we measured and c…
View article: Nutritional and Demographic Consequences of Varying Elk Migratory Behaviors
Nutritional and Demographic Consequences of Varying Elk Migratory Behaviors Open
Elk (Cervus elaphus) populations in the American West exhibit wide variation in migratory behavior. The traditional view of elk migration holds that migratory elk move from winter range in order to track growth of highly nutritious fresh v…
View article: Fire and Forage: Variability in Elk Forage on a Landscape of Wildfire and Changing Fire Management
Fire and Forage: Variability in Elk Forage on a Landscape of Wildfire and Changing Fire Management Open
Forest management practices can modify ungulate nutritional resources through landscape-scale processes such as prescribed fire and wildfire. The resulting availability and distribution of nutritional resources can affect ungulate survival…
View article: Occupancy modeling of non-native mountain goats in the greater Yellowstone area
Occupancy modeling of non-native mountain goats in the greater Yellowstone area Open
Non-native species can have adverse impacts on native species; however, coexistence may be possible if their ecological niches minimally overlap. Fine spatial scale information is needed to understand these niches but can be challenging to…
View article: Appendix C. Model selection results.
Appendix C. Model selection results. Open
Model selection results.
View article: Appendix B. Figures showing survey areas used to calculate density and estimate potential abundance of mountain goats that may be supportable by the greater Yellowstone area, USA, given colonization of all predicted suitable habitat classified as low, medium, and high, and predicted summer habitat suitabilities for mountain goats overlaid by summer locations of bighorn sheep collected by management agency personnel for an example area in the South Absaroka Range of the greater Yellowstone area.
Appendix B. Figures showing survey areas used to calculate density and estimate potential abundance of mountain goats that may be supportable by the greater Yellowstone area, USA, given colonization of all predicted suitable habitat classified as low, medium, and high, and predicted summer habitat suitabilities for mountain goats overlaid by summer locations of bighorn sheep collected by management agency personnel for an example area in the South Absaroka Range of the greater Yellowstone area. Open
Figures showing survey areas used to calculate density and estimate potential abundance of mountain goats that may be supportable by the greater Yellowstone area, USA, given colonization of all predicted suitable habitat classified as low,…
View article: Appendix A. Model validation figures.
Appendix A. Model validation figures. Open
Model validation figures.