The relationship between the underlying median number of spatial recaptures reflecting three levels of effort (uncorrelated), and the resulting density estimates for three models that incorporated increasing amounts of information. The inset graphs show the same data with a y-axis that is rescaled to better represent estimates. Results from a model that included telemetry information from 8 collared individuals were omitted for clarity. The true density was 2 individuals per 100 km2.</p
Abundance is commonly sought after as a state variable for the study of populations. However, densit...
1. Spatial capture-recapture models (SCR) are used to estimate animal density and to investigate a r...
1. Estimating animal density using capture-recapture data from arrays of detection devices such as c...
Estimates of animal density resulting from the encounter process alone for each level of search effo...
Spatial capture-recapture (SCR) models have improved the ability to estimate densities of rare and e...
Density estimation is integral to the effective conservation and management of wildlife. Camera trap...
Spatial capture-recapture (SCR) models have improved the ability to estimate densities of rare and e...
Recently developed spatial capture-recapture (SCR) models represent a major advance over traditional...
Spatial capture-recapture (SCR) models have improved the ability to estimate densities of rare and e...
Advancements in statistical ecology offer the opportunity to gain further inferences from existing d...
Unbiased estimation of population density is a major and unsolved problem in animal trapping studies...
Since larger scales consider areas with no or only sporadical occupation, density reduces considerab...
<p>Estimates are based on averages over 100 replicates for each scenario of density (1.0, 2.5 bears ...
When estimating population density from data collected on non-invasive detector arrays, recently dev...
When estimating population density from data collected on non-invasive detector arrays, recently dev...
Abundance is commonly sought after as a state variable for the study of populations. However, densit...
1. Spatial capture-recapture models (SCR) are used to estimate animal density and to investigate a r...
1. Estimating animal density using capture-recapture data from arrays of detection devices such as c...
Estimates of animal density resulting from the encounter process alone for each level of search effo...
Spatial capture-recapture (SCR) models have improved the ability to estimate densities of rare and e...
Density estimation is integral to the effective conservation and management of wildlife. Camera trap...
Spatial capture-recapture (SCR) models have improved the ability to estimate densities of rare and e...
Recently developed spatial capture-recapture (SCR) models represent a major advance over traditional...
Spatial capture-recapture (SCR) models have improved the ability to estimate densities of rare and e...
Advancements in statistical ecology offer the opportunity to gain further inferences from existing d...
Unbiased estimation of population density is a major and unsolved problem in animal trapping studies...
Since larger scales consider areas with no or only sporadical occupation, density reduces considerab...
<p>Estimates are based on averages over 100 replicates for each scenario of density (1.0, 2.5 bears ...
When estimating population density from data collected on non-invasive detector arrays, recently dev...
When estimating population density from data collected on non-invasive detector arrays, recently dev...
Abundance is commonly sought after as a state variable for the study of populations. However, densit...
1. Spatial capture-recapture models (SCR) are used to estimate animal density and to investigate a r...
1. Estimating animal density using capture-recapture data from arrays of detection devices such as c...