This comprehensive introductory text integrates evolutionary, ecological, and demographic
perspectives with new results from field studies and contemporary noninvasive molecular …

Stable isotope analysis of teeth and bones is regularly applied by archeologists and
paleoanthropologists seeking to reconstruct diets, ecologies, and environments of past …

Stable isotope analysis of primate tissues in tropical forest contexts is an increasingly
popular means of obtaining information about niche distinctions among sympatric species …

Stable isotope analysis of carbon and nitrogen in hair provides a versatile tool for
reconstructing feeding behavior in elusive primate species. Particularly in great apes …

Dietary ecology of extant great apes is known to respond to environmental conditions such
as climate and food availability, but also to vary depending on social status and life history …

As the human–primate interface expands, many nonhuman primate (NHP) populations
exploit anthropogenic foods to survive, while some populations opportunistically target them …

Estimating stable isotopic offset values is crucial for dietary reconstructions. Although
research into stable isotope ecology of wild nonhuman primates is increasing overall, only a …

Objectives The shorter‐term overview from feces provides scope to investigate dietary
fluctuations. We assess the correlation of stable isotopic fecal values with recorded seasonal …

Mandrills are large‐bodied terrestrial forest primates living in particularly large social groups
of several hundred individuals. Following these groups in the wild to assess differences in …

Anthropization processes affect wildlife feeding behaviours due to changes in resource
availability related to land use and land cover change. To better understand the ecological …