Volunteer-run cameras as distributed sensors for macrosystem mammal research
William J. McShea, Tavis Forrester, Robert Costello, Zhihai He, Roland Kays · Landscape Ecology · 2016
McShea and colleagues described the eMammal model, in which trained volunteers operate camera traps across broad regions and contribute expertly verified images to a centralized, standardized data repository suitable for large-scale, long-term mammal research. By coordinating distributed citizen scientists under common protocols and quality control, eMammal generates continental-scale datasets that no single research team could collect, enabling studies of mammal distribution, abundance, and responses to land use across macrosystems. The paper articulated how citizen science, standardization, and data archiving combine to scale camera trapping up to the regional and continental level. It is a foundational reference for the eMammal program and for the broader vision of volunteer-powered, networked camera-trap monitoring that feeds rigorous, comparable ecological analyses.
Category:camera-trap-methods
Related articles
- Wildlife Insights: a platform to maximize the potential of camera trap and passive sensor datacamera-trap-methods
- Spatially explicit maximum likelihood methods for capture-recapture studiescamera-trap-methods
- Wildlife camera trapping: a review and recommendations for linking surveys to ecological processescamera-trap-methods
- A review of camera trapping for conservation behaviour researchcamera-trap-methods
- Spatially explicit models for inference about density in unmarked or partially marked populationscamera-trap-methods
- Random versus game trail-based camera trap placement for monitoring terrestrial mammal communitiescamera-trap-methods
AI-curated summaries for the pride’s library — verify citations independently before citing.