<p>Graphs show (a) the non-breeding season (March–August) and (b) the breeding season for cats (September–February). t = time.</p
<p>a) and c) show the relationship between population extinction risk and breeding season length and...
<p>All other variables in model assumed to be constant (see <a href="http://www.plosone.org/article/...
<p>The time series of captured mice has been interpolated by a quadratic polynomial curve. By normal...
<p>Estimates of cat (a) and rabbit (b) abundance were higher during the non-breeding seasons. The th...
<p>The parameter <i>a</i> was fixed at 365 to ensure that at low latitudes that the breeding season ...
<p>Mouse abundance (C/100TN) in early spring (August) and change in mouse abundance from late summer...
<p>Explanatory variables were indices of red fox (tracks per km transect lines/days since last snowf...
<p>The top four Figures show the mean length (months) and coefficient of variation (CV, in %) for th...
<p><sup>−<b>1</b></sup><b> season</b><sup>−<b>1</b></sup><b>).</b> Means and medians are represented...
<p>Relationship between rat population size and cat population size during year 1 (A) and year 2 (B)...
<p>When the graph is positive, it indicates the times of the day that Maremmas are more likely to le...
<p>Detection probability for cats (a) increased significantly with increasing transect length up to ...
<p>Model-predicted population abundance of unowned cats (sum of free-roaming and feral cats) plotted...
<p>Weighted prediction of the number of animals infected by direct transmission, when viraemic cows ...
<p>Plots show abundance of (a) Tasmanian devils (TD) and feral cats (CAT); and (b) feral cats and ea...
<p>a) and c) show the relationship between population extinction risk and breeding season length and...
<p>All other variables in model assumed to be constant (see <a href="http://www.plosone.org/article/...
<p>The time series of captured mice has been interpolated by a quadratic polynomial curve. By normal...
<p>Estimates of cat (a) and rabbit (b) abundance were higher during the non-breeding seasons. The th...
<p>The parameter <i>a</i> was fixed at 365 to ensure that at low latitudes that the breeding season ...
<p>Mouse abundance (C/100TN) in early spring (August) and change in mouse abundance from late summer...
<p>Explanatory variables were indices of red fox (tracks per km transect lines/days since last snowf...
<p>The top four Figures show the mean length (months) and coefficient of variation (CV, in %) for th...
<p><sup>−<b>1</b></sup><b> season</b><sup>−<b>1</b></sup><b>).</b> Means and medians are represented...
<p>Relationship between rat population size and cat population size during year 1 (A) and year 2 (B)...
<p>When the graph is positive, it indicates the times of the day that Maremmas are more likely to le...
<p>Detection probability for cats (a) increased significantly with increasing transect length up to ...
<p>Model-predicted population abundance of unowned cats (sum of free-roaming and feral cats) plotted...
<p>Weighted prediction of the number of animals infected by direct transmission, when viraemic cows ...
<p>Plots show abundance of (a) Tasmanian devils (TD) and feral cats (CAT); and (b) feral cats and ea...
<p>a) and c) show the relationship between population extinction risk and breeding season length and...
<p>All other variables in model assumed to be constant (see <a href="http://www.plosone.org/article/...
<p>The time series of captured mice has been interpolated by a quadratic polynomial curve. By normal...
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