We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part is based on equality constraints for the conditional capture probabilities, leading to an extremely rich model class. Observed and unobserved heterogeneity are dealt with by means of a logistic parameterization. In order to explore the model class, we introduce a penalized version of the likelihood. The conditional likelihood and penalized conditional likelihood are maximized by means of efficient EM algorithms. Simulations and two real data examples illustrate the approach
In the context of capture-recapture modeling for estimating the un- known size of a finite populatio...
We derive estimates of the minimum capture proportion required to obtain a reliable estimate of the ...
Abstract: Estimation methods are suggested to estimate the population size in pro-portional trapping...
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...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
We propose a class of models for population size estimation in capture-recapture studies, allowing f...
We propose a class of models for population size estimation in capture-recapture studies, allowing f...
We introduce a general class of capture-recapture models in which capture probabilities depend on ca...
In epidemiology, capture-recapture models are commonly used to estimate the size of an unknown popul...
We introduce a general class of capture-recapture models in which capture probabilities depend on ca...
A unified approach is suggested to estimate the population size for a closed population in discrete ...
Estimation methods are suggested to estimate the population size in proportional trapping removal an...
The estimation of the size of a population using capture-recapture data if the capture probabilities...
In the context of capture-recapture modeling for estimating the un- known size of a finite populatio...
We derive estimates of the minimum capture proportion required to obtain a reliable estimate of the ...
Abstract: Estimation methods are suggested to estimate the population size in pro-portional trapping...
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...
We propose an Mhotb model for population size estimation in capture-recapture studies. The tb part i...
We propose a class of models for population size estimation in capture-recapture studies, allowing f...
We propose a class of models for population size estimation in capture-recapture studies, allowing f...
We introduce a general class of capture-recapture models in which capture probabilities depend on ca...
In epidemiology, capture-recapture models are commonly used to estimate the size of an unknown popul...
We introduce a general class of capture-recapture models in which capture probabilities depend on ca...
A unified approach is suggested to estimate the population size for a closed population in discrete ...
Estimation methods are suggested to estimate the population size in proportional trapping removal an...
The estimation of the size of a population using capture-recapture data if the capture probabilities...
In the context of capture-recapture modeling for estimating the un- known size of a finite populatio...
We derive estimates of the minimum capture proportion required to obtain a reliable estimate of the ...
Abstract: Estimation methods are suggested to estimate the population size in pro-portional trapping...