ABSTRACT. We propose a criterion for selecting a capture–recapture model for closed populations, which follows the basic idea of the focused information criterion (FIC) of Claeskens and Hjort. The proposed criterion aims at selecting the model which, among the available models, leads to the smallest mean-squared error (MSE) of the resulting estimator of the population size and is based on an index which, up to a constant term, is equal to the asymptotic MSE of the estimator. Two alternative approaches to estimate this FIC index are proposed. We also deal with multimodel inference; in this case, the population size is estimated by using a weighted average of the estimates coming from different models, with weights chosen so as to minimize th...
Should one rely on a parametric or nonparametric model when analysing a given data set? This classic...
Abstract: Model selection usually provides models without specific concern about for which purpose t...
[[abstract]]This paper explores a unified approach to inference on the size of a closed population u...
We propose a criterion for selecting a capture-recapture model for closed populations which follows ...
We propose a criterion for selecting a capture-recapture model for closed populations, which follows...
In this thesis we develop Focus Information Criteria (FIC) for a number of situations concerning mod...
Datasets encountered when examining deeper issues in ecology and evolution are often complex. This c...
A variety of model selection criteria have been developed, of general and specific types. Most of th...
We develop a multi-state model to estimate the size of a closed population from capture–recapture st...
We develop a multi-state model to estimate the size of a closed population from capture–recapture st...
Most model selection mechanisms work in an ‘overall ’ modus, providing models without specific conce...
Myriads of model selection criteria (Bayesian and frequentist) have been proposed in the literature ...
Most model selection mechanisms work in an 'overall' modus, providing models without speciffic conce...
Capture-recapture methods are used to estimate population size from overlapping, incomplete sources ...
Capture-Recapture models estimate unknown population sizes. Eight standard closed population models ...
Should one rely on a parametric or nonparametric model when analysing a given data set? This classic...
Abstract: Model selection usually provides models without specific concern about for which purpose t...
[[abstract]]This paper explores a unified approach to inference on the size of a closed population u...
We propose a criterion for selecting a capture-recapture model for closed populations which follows ...
We propose a criterion for selecting a capture-recapture model for closed populations, which follows...
In this thesis we develop Focus Information Criteria (FIC) for a number of situations concerning mod...
Datasets encountered when examining deeper issues in ecology and evolution are often complex. This c...
A variety of model selection criteria have been developed, of general and specific types. Most of th...
We develop a multi-state model to estimate the size of a closed population from capture–recapture st...
We develop a multi-state model to estimate the size of a closed population from capture–recapture st...
Most model selection mechanisms work in an ‘overall ’ modus, providing models without specific conce...
Myriads of model selection criteria (Bayesian and frequentist) have been proposed in the literature ...
Most model selection mechanisms work in an 'overall' modus, providing models without speciffic conce...
Capture-recapture methods are used to estimate population size from overlapping, incomplete sources ...
Capture-Recapture models estimate unknown population sizes. Eight standard closed population models ...
Should one rely on a parametric or nonparametric model when analysing a given data set? This classic...
Abstract: Model selection usually provides models without specific concern about for which purpose t...
[[abstract]]This paper explores a unified approach to inference on the size of a closed population u...