When choosing their sleeping sites, primates make adaptive trade‐offs between various
biotic and abiotic constraints. In human‐modified environments, anthropic factors may play a …

Rapid reaction times to undesirable events are becoming increasingly important for the
protection and conservation of habitats and species. This study demonstrates how …

Knowledge of fundamental aspects of ecology such as species richness and distribution,
and the factors affecting them, is increasingly used to identify priority areas for conservation …

The spatiotemporal aspects of sleeping behavior are indicative of the ecological pressures
that primate species face. We investigated the potential influence of predation and …

Primates spend at least half their lives sleeping; hence, sleeping site selection can have
important effects on behavior and fitness. As proboscis monkeys (Nasalis larvatus) often …

Coastal areas prone to flooding are relatively neglected in primate studies. Eight out of 29
known populations of Critically Endangered Sapajus flavius occur in areas very close to, or …

Recently, several diurnal nonhuman anthropoids have been identified displaying varying
degrees of nocturnal activity, which can be influenced by activity “masking effects”—external …

This study aimed to analyze the habitat suitability of the endangered Proboscis monkey
(Nasalis larvatus) on Borneo using a multi-machine-learning approach. This study …

Wild primates can spend up to half of their lives sleeping, during which time they are
subjected to many of the same selective pressures that they face when awake. Choosing an …

For non‐human primates to optimize their survival chances, sleeping site selection is crucial
as they spend much of their time sleeping. We studied sleeping site and tree selection by a …