Capture-recapture models were developed to estimate survival using data arising from marking and monitoring wild animals over time. Variation in the survival process may be explained by incorporating relevant covariates. We develop nonparametric and semiparametric regression models for estimating survival in capture-recapture models. A fully Bayesian approach using MCMC simulations was employed to estimate the model parameters. The work is illustrated by a study of Snow petrels, in which survival probabilities are expressed as nonlinear functions of a climate covariate, using data from a 40-year study on marked individuals, nesting at Petrels Island, Terre Adelie
An important first step in studying the demography of wild animals is to identify the animals unique...
Summary: Time-varying, individual covariates are problematic in experiments with marked ani-mals bec...
Survival estimates generated from live capture-mark-recapture studies may be negatively biased due t...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
Capture-recapture models were developed to estimate survival using data arising from marking and mon...
Advances in capture–recapture methodology have allowed the inclusion of continuous, time-dependent i...
Capture-recapture experiments are important for monitoring many endangered animal populations, such ...
ii Capture-recapture methods are common in ecological studies when it is impossible to completely en...
Capture–recapture software packages have proven to be very powerful tools for analysing factors affe...
We examine the Bayesian approach to estimating parameters associated with animal survival on the bas...
ii Capture-recapture experiments are important for monitoring many endangered animal pop-ulations, s...
An important first step in studying the demography of wild animals is to identify the animals unique...
Summary: Time-varying, individual covariates are problematic in experiments with marked ani-mals bec...
Survival estimates generated from live capture-mark-recapture studies may be negatively biased due t...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
International audienceCapture-recapture models were developed to estimate survival using data arisin...
Capture-recapture models were developed to estimate survival using data arising from marking and mon...
Advances in capture–recapture methodology have allowed the inclusion of continuous, time-dependent i...
Capture-recapture experiments are important for monitoring many endangered animal populations, such ...
ii Capture-recapture methods are common in ecological studies when it is impossible to completely en...
Capture–recapture software packages have proven to be very powerful tools for analysing factors affe...
We examine the Bayesian approach to estimating parameters associated with animal survival on the bas...
ii Capture-recapture experiments are important for monitoring many endangered animal pop-ulations, s...
An important first step in studying the demography of wild animals is to identify the animals unique...
Summary: Time-varying, individual covariates are problematic in experiments with marked ani-mals bec...
Survival estimates generated from live capture-mark-recapture studies may be negatively biased due t...