Using temporary emigration to inform movement behaviour of cave‐dwelling invertebrates: a case study of a cave harvestman species

1. Understanding of animal movement behaviour is critical for developing appropriate conservation strategies because of its profound implications for predicting species' responses to perturbations. To date there is a substantial knowledge gap of the movement behaviour of subterranean invertebrates. 2. In this study temporary emigration (TE), the probability that an individual is absent from the cave on a given sampling occasion, was used as a...