Camera traps have been used increasingly as a research tool to monitor wildlife globally,
and have become more advanced, thereby improving their performance and lowering costs …

Robust monitoring, providing information on population status, is fundamental for successful
conservation planning. However, this can be hard to achieve for species that are elusive and …

The global decline of large carnivores demands effective and efficient methods to monitor
population status, particularly using non‐invasive methods. Density is among the most …

Large carnivores face numerous threats, including habitat loss and fragmentation, direct
killing, and prey depletion, leading to significant global range and population declines …

The rapidly declining tropical forests of Asia support a diversity of felid species, many of
which are rare and little known. We used camera traps in Dampa Tiger Reserve (TR) …

Time and space are essential niche dimensions along which species tend to coexist. We
assessed spatiotemporal resource partitioning between leopards and lions and …

Understanding large carnivore occurrence patterns in anthropogenic landscapes adjacent
to protected areas is central to developing actions for species conservation in an …

Effective conservation requires understanding the processes that determine population
outcomes. Too often, we assume that protected areas conserve wild populations despite …

Effective conservation management requires an understanding of the spatiotemporal
dynamics driving large carnivore density and resource partitioning. In African ecosystems …

Large carnivore populations are declining worldwide due to anthropogenic causes such as
habitat loss and human expansion into wild areas. Competition between large carnivores …