Can camera traps be used to measure climate change induced alterations of the activity patterns of elusive terrestrial vertebrates?

Abstract

Climate change will accelerate the extinction rate of wildlife species in the Anthropocene. Identifying which species exhibit the capacity to be flexible in their activity patterns to avoid heat stress will help direct conservation effort to those species that lack resilience. We propose a framework for using photo capture data sets from camera trapping surveys to make conservation management decisions based on a combination of population trends and activity pattern shifts. After summarizing the basic design of typical camera trap surveys, we conduct a literature review of camera-trap-based activity pattern studies for select large tropical forest mammals. Based on our literature review we identified problems with data form and availability, data capture and image sampling, and sampling area and period, which may impede the application of camera trap technology to investigate behavioral resilience to climate warming. We conclude with eight important research questions that must be answered before our monitoring and management framework could be adopted to guide conservation efforts for large tropical mammals.

Keywords

• Conservation
• Behavior
• Tropical rainforest
• Tapir
• Jaguar
• Tiger