<p>Higher values correspond to higher probability of presence. The curves show how the logistic prediction changes as each environmental variable is varied, keeping all other environmental variables at their average sample value. The figure shows only a representative response curve for all time intervals, both for workdays and for weekends.</p
<p>Response curves for important environmental predictors in the species distribution model for <i>P...
<p>The response curve is shown in different colours. Each colour represents a different species. The...
<p>Number of birds (NB); selected number of birds to calibrate (sNBc); selected number of days (sND)...
<p>Higher values correspond to higher probability of occurrence. These curves show how the logistic ...
<p>Response curves for the three most important environmental variables in the rendezvous site model...
<p>The values shown on the y-axis is the predicted probability of suitable conditions, as given by t...
<p>Response curves and 95% confidence intervals (in grey) of the probability of pine marten occurren...
<p>Maxent response curves representing the probability of habitat suitability for each environmental...
<p>Response curves for Canada lynx (blue, solid line) and bobcat (red, dotted line) are given with t...
<p>These graphs show the probability of a species’ presence at a location for a range of parameters....
<p>A red line shows how the logistic prediction changes as each environmental variable is varied kee...
<p>Response curves for the three environmental variables that had the greatest influence on the pred...
<p>Marginal response curves showing how the logistic prediction changed as each of the three environ...
<p>Response curves for the historical predictions are depicted in grey while those for the current p...
<p>These graphs show probability of a species’ roost <i>(p)</i> at a location based on these distanc...
<p>Response curves for important environmental predictors in the species distribution model for <i>P...
<p>The response curve is shown in different colours. Each colour represents a different species. The...
<p>Number of birds (NB); selected number of birds to calibrate (sNBc); selected number of days (sND)...
<p>Higher values correspond to higher probability of occurrence. These curves show how the logistic ...
<p>Response curves for the three most important environmental variables in the rendezvous site model...
<p>The values shown on the y-axis is the predicted probability of suitable conditions, as given by t...
<p>Response curves and 95% confidence intervals (in grey) of the probability of pine marten occurren...
<p>Maxent response curves representing the probability of habitat suitability for each environmental...
<p>Response curves for Canada lynx (blue, solid line) and bobcat (red, dotted line) are given with t...
<p>These graphs show the probability of a species’ presence at a location for a range of parameters....
<p>A red line shows how the logistic prediction changes as each environmental variable is varied kee...
<p>Response curves for the three environmental variables that had the greatest influence on the pred...
<p>Marginal response curves showing how the logistic prediction changed as each of the three environ...
<p>Response curves for the historical predictions are depicted in grey while those for the current p...
<p>These graphs show probability of a species’ roost <i>(p)</i> at a location based on these distanc...
<p>Response curves for important environmental predictors in the species distribution model for <i>P...
<p>The response curve is shown in different colours. Each colour represents a different species. The...
<p>Number of birds (NB); selected number of birds to calibrate (sNBc); selected number of days (sND)...