Objectives Stable isotope analysis has been used to investigate consumption of marine
resources in a variety of terrestrial mammals, including humans, but not yet in extant …

Rapid urbanization coupled with decreasing areas of natural habitat are causing baboon
populations to become scattered and isolated, often resulting in increased levels of human …

Human–wildlife interfaces are often sites of friction and conflict in the form of crop and
livestock depredations that can lead to negative local attitudes toward the animals …

With its unparalleled growth and distribution, the human species is increasingly conflicting
with wildlife over crops, livestock and even human life as it infringes on natural habitat. In the …

Understanding the behavioral ecology of wildlife that experiences negative interactions with
humans and the outcome of any wildlife management intervention is essential. In the Cape …

Mechanistic models suggest that individuals' memories could shape home range patterns
and dynamics, and how neighbors share space. In social species, such dynamics of home …

Species with slow life history strategies that invest in few offspring with extended parental
care need to adapt their behavior to cope with anthropogenic changes that occur within their …

Soil microorganisms maintain soil functions, playing a key role in nutrient cycling. However,
human activities may alter ecological processes through, for instance, wildlife management …

Abstract Context In Australia, various species of macropods (family Macropodidae) are
known to occur within peri-urban areas, where they can be a source of human–wildlife …

In an ecological context,'flexibility'refers to an animal's ability to respond immediately to
environmental stimuli through physiological and behavioural adjustments. Specifically …