Behavior as a rapid indicator of reintroduction and translocation success for a cryptic mammal, the New England Cottontail (Sylvilagus transitionalis).

This article focuses on using accelerometer-based behavioral analysis to assess the responses of New England cottontails (Sylvilagus transitionalis) to conservation efforts involving reintroduction and translocation. Researchers developed a behavioral library from captive rabbits using triaxial accelerometers and random forests classification to identify six key behaviors with high accuracy. Applying this model to wild populations, they found that captive-bred and translocated rabbits exhibited significantly more vigilance and movement than local wild rabbits, behaviors associated with unfamiliarity and increased predation risk. These findings suggest that behavioral monitoring via accelerometers can provide rapid, noninvasive indicators of animal responses to conservation actions and may help improve management strategies for this cryptic, imperiled species.