Intensive ungulate browsing significantly impacts forests worldwide. However, it is usually
not single browsing events that lead to sapling mortality, but the little-researched interactions …

Mammals are imperiled worldwide, primarily from habitat loss or modification, and exhibit
downward trends in their populations and distributions. Likewise, large-bodied herbivores …

Recruitment is one of the fundamental drivers of ungulate population dynamics. Recruitment
of neonates into an ungulate population can be influenced by a wide range of abiotic, biotic …

Wildlife conservation necessitates understanding spatiotemporal drivers that facilitate
disease outbreaks. Wildlife diseases are influenced by population and landscape level …

Selection of forage and habitats is driven by nutritional needs of individuals. Some species
may sacrifice nutritional quality of forage for the mother in favor of safety of offspring (risk …

The dynamics of ungulate populations across variable ecosystems and management
strategies demonstrate disparate trajectories such that some populations are overabundant …

We analyzed harvest data to test hypotheses that nearly 4 decades of effort to reduce
abundance of brown bears (Ursus arctos), black bears (U. americanus) and gray wolves …

Aerial surveys for large ungulates produce count data that often underrepresent the number
of animals. Errors in count data can lead to erroneous estimates of abundance if they are not …

Wildlife population dynamics are modulated by abiotic and biotic factors, typically climate,
resource availability, density‐dependent effects, and predator–prey interactions …

Few concurrent studies exist of sympatric gray wolf (Canis lupus) and coyote (C. latrans)
harvest at far northern latitudes. Moreover, no studies explicitly examine effects of concurrent …