<p>Each bar in the chart represents an average across 30 simulation runs for a given parameter setting, with standard error range. When all agents hide, the epidemic is shorter and has substantially lower incidence that with no adaptive behavior. When a small percentage of agents flees (with the majority hiding), however, incidence goes up substantially even as the duration falls farther.</p
<p>The values shown are the predicted endemic prevalence when all replacement breeding cattle moveme...
a) The number of currently infected individuals is plotted versus time for different values of the i...
<p>Simulated differences in the magnitudes of epidemics (maximum proportion of I individuals in the ...
<p>As before, each bar in the chart represents an average across 30 simulation runs for a given para...
<p>(A) 1280 patches of size 25, longest simulation run, note only three patches infected, (B) 128 pa...
<p>The lower figure represents the case in which the mitigation strategies, as described in the text...
<p>Given population density, 60 simulation replicates were run for each vaccination diffusion rate <...
<p>We plot here the equilibrium proportion of infected individuals in the host population (Y-axis) a...
<p>(A) Viral escapes over time given as an expected number of escapes per month (average of 1000 sim...
a) The simulation is executed without any control measure, and the number of infected individuals is...
a<p>Incidence of clinical episodes (episodes per person-year) in the absence of intervention at an E...
<p>Panel A shows the average time to extinction as a function of the per-contact transmission probab...
Left: Distributions of cumulative infections over the 70-day training period across 1,000 replicate ...
<p>Each plot is a comparison of the outcome of the runs starting with a particular immunity level to...
<p>Sixty parameterizations of strain-transcending immunity (strength and duration) were simulated. W...
<p>The values shown are the predicted endemic prevalence when all replacement breeding cattle moveme...
a) The number of currently infected individuals is plotted versus time for different values of the i...
<p>Simulated differences in the magnitudes of epidemics (maximum proportion of I individuals in the ...
<p>As before, each bar in the chart represents an average across 30 simulation runs for a given para...
<p>(A) 1280 patches of size 25, longest simulation run, note only three patches infected, (B) 128 pa...
<p>The lower figure represents the case in which the mitigation strategies, as described in the text...
<p>Given population density, 60 simulation replicates were run for each vaccination diffusion rate <...
<p>We plot here the equilibrium proportion of infected individuals in the host population (Y-axis) a...
<p>(A) Viral escapes over time given as an expected number of escapes per month (average of 1000 sim...
a) The simulation is executed without any control measure, and the number of infected individuals is...
a<p>Incidence of clinical episodes (episodes per person-year) in the absence of intervention at an E...
<p>Panel A shows the average time to extinction as a function of the per-contact transmission probab...
Left: Distributions of cumulative infections over the 70-day training period across 1,000 replicate ...
<p>Each plot is a comparison of the outcome of the runs starting with a particular immunity level to...
<p>Sixty parameterizations of strain-transcending immunity (strength and duration) were simulated. W...
<p>The values shown are the predicted endemic prevalence when all replacement breeding cattle moveme...
a) The number of currently infected individuals is plotted versus time for different values of the i...
<p>Simulated differences in the magnitudes of epidemics (maximum proportion of I individuals in the ...