<p>The graph represents the average of elementary effects in absolute values (μ*) according to their standard deviation (σ) to model outputs (cumulated annual abundance, maximum abundance, and date of the peak in abundance of <i>Culex poicilipes</i> and <i>Aedes vexans</i> mosquito populations). The red lines delimit the space in three types of parameters: i) those with negligible effects (μ*<0.1), ii) those with linear effects on the output, and without interaction between parameters (σ<0.1), iii) those with interactions and/or nonlinear relationship (μ*>0.1 and σ>0.1).</p
Response of Aedes (A, C) and Anopheles (B, D) mosquito species richness (A-B) and abundance (C-D) to...
<p>The abundance of mosquitoes old enough to be potentially infectious across temperatures. In both ...
Violin plots for the distributions of the average percentage of avoided DENV symptomatic cases by (a...
This figure shows the the first and interaction order sensitivity (horizontal axis) of final epidemi...
<p>Contour plot of the adult mosquito populations as a function of the treatment effectiveness (<i>s...
<p>As can be seen from the table, for <i>Ae</i>. <i>aegypti</i> mosquitoes, the most sensitive param...
<p>The effect of a 5% change in each parameter after univariate sensitivity analysis.</p
<p>Individual panels here show the effect on the mosquito population size of varying (a) <i>α</i>, r...
Observed and fitted model A) abundance (log +1) and B) species richness in models of total and Aedes...
<p>The basic reproductive ratio (ℜ<sub>0</sub>) as the function of the mosquito biting rate per day ...
<p>Heat maps graphs of the <i>Ae. aegypti</i> abundance/week/trap growth with change in values of Mi...
<p>The X axis parameters are as defined in <a href="http://www.ploscompbiol.org/article/info:doi/10....
We perform sensitivity analyses on a mathematical model of malaria transmission to determine the rel...
<p>Parameters for dengue transmissibility and the mosquito population size were varied with respect ...
<p>The impact of varying mosquito biting rate (<i>β</i>) and their death rate per day (<i>δ<sub>M</s...
Response of Aedes (A, C) and Anopheles (B, D) mosquito species richness (A-B) and abundance (C-D) to...
<p>The abundance of mosquitoes old enough to be potentially infectious across temperatures. In both ...
Violin plots for the distributions of the average percentage of avoided DENV symptomatic cases by (a...
This figure shows the the first and interaction order sensitivity (horizontal axis) of final epidemi...
<p>Contour plot of the adult mosquito populations as a function of the treatment effectiveness (<i>s...
<p>As can be seen from the table, for <i>Ae</i>. <i>aegypti</i> mosquitoes, the most sensitive param...
<p>The effect of a 5% change in each parameter after univariate sensitivity analysis.</p
<p>Individual panels here show the effect on the mosquito population size of varying (a) <i>α</i>, r...
Observed and fitted model A) abundance (log +1) and B) species richness in models of total and Aedes...
<p>The basic reproductive ratio (ℜ<sub>0</sub>) as the function of the mosquito biting rate per day ...
<p>Heat maps graphs of the <i>Ae. aegypti</i> abundance/week/trap growth with change in values of Mi...
<p>The X axis parameters are as defined in <a href="http://www.ploscompbiol.org/article/info:doi/10....
We perform sensitivity analyses on a mathematical model of malaria transmission to determine the rel...
<p>Parameters for dengue transmissibility and the mosquito population size were varied with respect ...
<p>The impact of varying mosquito biting rate (<i>β</i>) and their death rate per day (<i>δ<sub>M</s...
Response of Aedes (A, C) and Anopheles (B, D) mosquito species richness (A-B) and abundance (C-D) to...
<p>The abundance of mosquitoes old enough to be potentially infectious across temperatures. In both ...
Violin plots for the distributions of the average percentage of avoided DENV symptomatic cases by (a...