The direct estimation and modeling of population growth rate from capture– recapture data has now seen a number of applications. However, the original model cannot accommodate heterogeneous capture probabilities. While studying a population of small mammals Peromyscus maniculatus, we became concerned that the peak of population size may be estimated too late in the year because of heterogeneous catch-ability. Hence, we developed a variation of the original model with a finite number of catchability classes. The results obtained with the new model are more in agreement with the known biology of this population. A bibliographic appendix and computer code are available online
Population dynamics models combine density-dependence and environmental effects. Ignoring sampling u...
[[abstract]]A point estimator and its associated confidence interval for the size of a closed popula...
[[abstract]]This paper explores a unified approach to inference on the size of a closed population u...
The direct estimation and modeling of population growth rate from capture– recapture data has now se...
International audienceThe direct estimation and modeling of population growth rate from capture-reca...
International audienceThe heterogeneity of catchability (HC) among the individuals encountered durin...
The heterogeneity of catchability (HC) among the individuals encountered during a capture-recapture ...
Graduation date: 1990I used program CAPTURE to analyze 1,535 data sets for 33 North American species...
This book chapter describes ecological capture-recapture studies and associated models often fitted ...
The estimation of population density animal population parameters, such as capture probability, popu...
[[abstract]]I describe a new method for estimating the number of animals in a closed population with...
We develop a multi-state model to estimate the size of a closed population from capture–recapture st...
[[abstract]]Using the concept of sample coverage, we derive an approximation of the bias in the Joll...
International audienceManaging large carnivores is one of the most controversial issues in wildlife ...
We develop a multi-state model to estimate the size of a closed population from capture–recapture st...
Population dynamics models combine density-dependence and environmental effects. Ignoring sampling u...
[[abstract]]A point estimator and its associated confidence interval for the size of a closed popula...
[[abstract]]This paper explores a unified approach to inference on the size of a closed population u...
The direct estimation and modeling of population growth rate from capture– recapture data has now se...
International audienceThe direct estimation and modeling of population growth rate from capture-reca...
International audienceThe heterogeneity of catchability (HC) among the individuals encountered durin...
The heterogeneity of catchability (HC) among the individuals encountered during a capture-recapture ...
Graduation date: 1990I used program CAPTURE to analyze 1,535 data sets for 33 North American species...
This book chapter describes ecological capture-recapture studies and associated models often fitted ...
The estimation of population density animal population parameters, such as capture probability, popu...
[[abstract]]I describe a new method for estimating the number of animals in a closed population with...
We develop a multi-state model to estimate the size of a closed population from capture–recapture st...
[[abstract]]Using the concept of sample coverage, we derive an approximation of the bias in the Joll...
International audienceManaging large carnivores is one of the most controversial issues in wildlife ...
We develop a multi-state model to estimate the size of a closed population from capture–recapture st...
Population dynamics models combine density-dependence and environmental effects. Ignoring sampling u...
[[abstract]]A point estimator and its associated confidence interval for the size of a closed popula...
[[abstract]]This paper explores a unified approach to inference on the size of a closed population u...