James E. Hines

TL;DR: In this article, the authors present a model that enables direct estimation of these parameters when the probability of detecting the species is less than 1. The model does not require any assumptions of process stationarity, as do some previous methods, but does require detection/nondetection data to be collected in a manner similar to Pollock's robust design as used in mark-recapture studies.

TL;DR: A likelihood- based approach to dealing with temporary emigration is presented that permits estimation under different models of temporary em migration and yields tests for completely random and Markovian emigration.

TL;DR: In this paper, the authors consider capture-recapture studies where release and recapture data are available from each of a number of strata on every capture occasion, and suggest an analysis based on a conditional likelihood approach.

TL;DR: In this article, a class of capture-recapture (CR) models is proposed to describe the presence of transients in natural populations and the relative efficiency of an ad hoc approach to dealing with transients that leaves out the first observation of each animal is compared.