Line graphs demonstrating the changes in the midge vector population when the simulation was run for 360 days varying the start date from January to December (A-L).</p
The graph presents the simulation study when the population is partitioned into 3 PSUs. (TIF)</p
Parameters of the simulated demographic histories that are not shown on the respective graphs in Fig...
<p>A flow chart of iterative steps in the simulation model based on algorithms used to place individ...
Line graphs demonstrating the changes in the horse population when the simulation was run for 360 da...
Time-series graph demonstrating how the reproduction number (Rv) varied depending on the start month...
The simulation was for the month of March for 360 days when the temperature and midge populations we...
Scatterplots for each simulation start month, demonstrating how the midge:horse ratio and Rv vary de...
<p>Abundances are plotted on a log-scale. The population consists of larvae, pupae and adults, where...
<p>The dynamic state variables (population densities) are shown in black type. The processes midge m...
<p>Model results from simulation study for five different outbreak scenarios occurring during a 52 w...
<p>The three rows reflect three different costs of childbirth. The left graphs reflect the average g...
<p>The details of the timing and magnitude of the simulated releases and the larvae received at each...
<p>(A) Hot plot. (B) The final epidemic size for 2014 after changing the importation cases and dates...
Values of simulation results for the development of different stages of host Spodoptera exigua, when...
<p>Ecological processes that have been incorporated into the algorithm to specify the life cycle of ...
The graph presents the simulation study when the population is partitioned into 3 PSUs. (TIF)</p
Parameters of the simulated demographic histories that are not shown on the respective graphs in Fig...
<p>A flow chart of iterative steps in the simulation model based on algorithms used to place individ...
Line graphs demonstrating the changes in the horse population when the simulation was run for 360 da...
Time-series graph demonstrating how the reproduction number (Rv) varied depending on the start month...
The simulation was for the month of March for 360 days when the temperature and midge populations we...
Scatterplots for each simulation start month, demonstrating how the midge:horse ratio and Rv vary de...
<p>Abundances are plotted on a log-scale. The population consists of larvae, pupae and adults, where...
<p>The dynamic state variables (population densities) are shown in black type. The processes midge m...
<p>Model results from simulation study for five different outbreak scenarios occurring during a 52 w...
<p>The three rows reflect three different costs of childbirth. The left graphs reflect the average g...
<p>The details of the timing and magnitude of the simulated releases and the larvae received at each...
<p>(A) Hot plot. (B) The final epidemic size for 2014 after changing the importation cases and dates...
Values of simulation results for the development of different stages of host Spodoptera exigua, when...
<p>Ecological processes that have been incorporated into the algorithm to specify the life cycle of ...
The graph presents the simulation study when the population is partitioned into 3 PSUs. (TIF)</p
Parameters of the simulated demographic histories that are not shown on the respective graphs in Fig...
<p>A flow chart of iterative steps in the simulation model based on algorithms used to place individ...
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