<p>Location of the extensive and intensive configurations to estimate black bear density in south-central Missouri, USA. State space boundary for extensive (solid line) and intensive (dotted line) configurations represents the area used to estimate population size. For the extensive design, snares (black circles) were allocated proportionate to density of historical bear sightings. For the intensive design, five arrays were distributed in areas of expected bear occurrence and one snare was placed in each cell; specific locations omitted for clarity. The five arrays were designated alphabetically (A–E) from west to east.</p
<p>Location of (A) hair traps distributed on a 7×7 km grid and (B) bear rubs sampled to detect grizz...
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...
Spatial capture-recapture (SCR) models have advanced our ability to estimate population density for ...
Spatial capture-recapture (SCR) models have advanced our ability to estimate population density for ...
Spatial capture-recapture (SCR) models have advanced our ability to estimate population density for ...
Spatial capture-recapture (SCR) models have advanced our ability to estimate population density for ...
Understanding species’ distribution, density, and sources of bias in population estimates is critica...
<p>Location of hair snares and estimated activity centers (i.e., home range center) of identified be...
<p>Locations of 46 sampling cells in south-central Florida, USA, in which a single, baited barbed-wi...
<p>Order of values are mean (standard deviation, total) over six sessions. Note the sum of new detec...
An increasing number of studies employ spatial capture-recapture models to estimate population size,...
<div><p>An increasing number of studies employ spatial capture-recapture models to estimate populati...
<p>Posterior summaries of SCR model parameters for black bears sampled with hair snares over four 14...
<p>Estimates of baseline trap encounter rates <i>λ<sub>k</sub></i> (SE) for black bears sampled with...
<p>Location of (A) hair traps distributed on a 7×7 km grid and (B) bear rubs sampled to detect grizz...
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...
Spatial capture-recapture (SCR) models have advanced our ability to estimate population density for ...
Spatial capture-recapture (SCR) models have advanced our ability to estimate population density for ...
Spatial capture-recapture (SCR) models have advanced our ability to estimate population density for ...
Spatial capture-recapture (SCR) models have advanced our ability to estimate population density for ...
Understanding species’ distribution, density, and sources of bias in population estimates is critica...
<p>Location of hair snares and estimated activity centers (i.e., home range center) of identified be...
<p>Locations of 46 sampling cells in south-central Florida, USA, in which a single, baited barbed-wi...
<p>Order of values are mean (standard deviation, total) over six sessions. Note the sum of new detec...
An increasing number of studies employ spatial capture-recapture models to estimate population size,...
<div><p>An increasing number of studies employ spatial capture-recapture models to estimate populati...
<p>Posterior summaries of SCR model parameters for black bears sampled with hair snares over four 14...
<p>Estimates of baseline trap encounter rates <i>λ<sub>k</sub></i> (SE) for black bears sampled with...
<p>Location of (A) hair traps distributed on a 7×7 km grid and (B) bear rubs sampled to detect grizz...
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...