Heterogeneity in capture probabilities represents a serious problem when estimating population size in capture-recapture studies. A generalized estimating equation (GEE) approach is applied to data from a capture-recapture experiment to model capture probabilities through a logit-link function of the covariates. The model accounts for heterogeneity resulting from individual characteristics as well as correlation among trapping occasions. In this paper, we build-up a model to use GEE in capture-recapture methodology and argue that heterogeneity and correlation among capture occasions should be accounted for. Quasi-likelihood Information Criterion (QIC) is used for selecting best fitting model. The estimates of capture probabilities may then ...
[[abstract]]A point estimator and its associated confidence interval for the size of a closed popula...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
This paper investigates the applications of capture-recapture methods to human populations. Capture-...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
The estimation of population density animal population parameters, such as capture probability, popu...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
This book chapter describes ecological capture-recapture studies and associated models often fitted ...
ABSTRACT; Wildlife population parameters, such as capture or detection probabilities, and density or...
The estimation of the size of a population using capture-recapture data if the capture probabilities...
A unified approach is suggested to estimate the population size for a closed population in discrete ...
Estimation of animal population parameters is an important issue in ecological statistics. In this p...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
[[abstract]]A point estimator and its associated confidence interval for the size of a closed popula...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
This paper investigates the applications of capture-recapture methods to human populations. Capture-...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
The estimation of population density animal population parameters, such as capture probability, popu...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
Individual heterogeneity in capture probabilities and time dependence are fundamentally important fo...
This book chapter describes ecological capture-recapture studies and associated models often fitted ...
ABSTRACT; Wildlife population parameters, such as capture or detection probabilities, and density or...
The estimation of the size of a population using capture-recapture data if the capture probabilities...
A unified approach is suggested to estimate the population size for a closed population in discrete ...
Estimation of animal population parameters is an important issue in ecological statistics. In this p...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
[[abstract]]A point estimator and its associated confidence interval for the size of a closed popula...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
This paper investigates the applications of capture-recapture methods to human populations. Capture-...