The estimation of the size of a population using capture-recapture data if the capture probabilities are heterogeneous is essentially an unsolved problem in that no nonparametric estimator has been shown to be uniformly applicable. Moreover, often the conditions under which the various nonparametric estimators give reasonable estimates are either unknown or uncheckable. Here a feasible nonparametric extension of a parametric empirical Bayes method used by Huggins (2001) is examined. It is concluded that assumptions concerning the distribution of the capture probabilities are required to successfully estimate the population size. A byproduct of the procedure is a conditional likelihood based test for time dependent capture probabilities in t...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
A two-step procedure based on a partial likelihood is proposed to estimate the size of a closed popu...
Abstract: Estimation methods are suggested to estimate the population size in pro-portional trapping...
[[abstract]]There have been no estimators of population size associated with the capture-recapture m...
Heterogeneity in capture probabilities represents a serious problem when estimating population size ...
In the context of capture-recapture experiments heterogeneous capture probabilities are often percei...
A unified approach is suggested to estimate the population size for a closed population in discrete ...
An unsolved problem in the analysis of capture-recapture experiments is the estimation of the size o...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
This book chapter describes ecological capture-recapture studies and associated models often fitted ...
We use martingale theory and a method of moments technique to derive a class of estimators for the s...
A semiparametric estimation procedure is proposed to model capture-recapture data with the aim of es...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
A two-step procedure based on a partial likelihood is proposed to estimate the size of a closed popu...
Abstract: Estimation methods are suggested to estimate the population size in pro-portional trapping...
[[abstract]]There have been no estimators of population size associated with the capture-recapture m...
Heterogeneity in capture probabilities represents a serious problem when estimating population size ...
In the context of capture-recapture experiments heterogeneous capture probabilities are often percei...
A unified approach is suggested to estimate the population size for a closed population in discrete ...
An unsolved problem in the analysis of capture-recapture experiments is the estimation of the size o...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
This book chapter describes ecological capture-recapture studies and associated models often fitted ...
We use martingale theory and a method of moments technique to derive a class of estimators for the s...
A semiparametric estimation procedure is proposed to model capture-recapture data with the aim of es...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
A two-step procedure based on a partial likelihood is proposed to estimate the size of a closed popu...
Abstract: Estimation methods are suggested to estimate the population size in pro-portional trapping...