<p>A–D show the log likelihoods for the transmission rate. In A and B the curves correspond to the HP experiments: 1+10 (dotted), 1+20 (dash-dotted), 1+40 (dashed), combined (solid red), and C and D are similarly for the LP experiments: 1+40 (dotted), 1+41 (dashed), combined (solid blue). A and C are for the density-dependent transmission model and B and D are for frequency-dependent.</p
(a) Histogram: statistics of presence around the center of mass of the group for N = 100, predicted ...
Left: a model with host population structure (five assortatively mixing host groups) with increasing...
Columns show different versions of the task. Rows show model fits for (A) the distance model (unscal...
<p>The maximum likelihood estimates for the transmission rate for both density- and frequency-depend...
<p>Panel (a): joint marginal posterior density for on log scale. The red contour is the 95% limit a...
<p>The posteriors corresponding to the case ignoring susceptibles are coloured in black. The values ...
<p>Contour plots of the probability of transmission as a function of position downstream from an inf...
<p>Panel (a): joint marginal posterior densities for , , on log scale. The red contour is the 95% l...
Model-fitting of weekly transmission rate βt and movement rate mt concurrently.</p
The transmission model (equ. S1 and S2) and foraging model (equ. S4) were simultaneously fit to thes...
Model-fitting of weekly transmission rate βt and daily hospitalizations when movement rate mt is set...
For each parameter estimated in the logistic regression model, plots in the left-hand column depict ...
The transmission model (equ. S1 and S2) and foraging model (equ. S4) were simultaneously fit to thes...
<p>Mixing rates between the two populations were varied from low (), medium () to high (). (A–C) Joi...
<p>The high risk category transmits at a rate 10× that of the low risk category. Right: A quantile-q...
(a) Histogram: statistics of presence around the center of mass of the group for N = 100, predicted ...
Left: a model with host population structure (five assortatively mixing host groups) with increasing...
Columns show different versions of the task. Rows show model fits for (A) the distance model (unscal...
<p>The maximum likelihood estimates for the transmission rate for both density- and frequency-depend...
<p>Panel (a): joint marginal posterior density for on log scale. The red contour is the 95% limit a...
<p>The posteriors corresponding to the case ignoring susceptibles are coloured in black. The values ...
<p>Contour plots of the probability of transmission as a function of position downstream from an inf...
<p>Panel (a): joint marginal posterior densities for , , on log scale. The red contour is the 95% l...
Model-fitting of weekly transmission rate βt and movement rate mt concurrently.</p
The transmission model (equ. S1 and S2) and foraging model (equ. S4) were simultaneously fit to thes...
Model-fitting of weekly transmission rate βt and daily hospitalizations when movement rate mt is set...
For each parameter estimated in the logistic regression model, plots in the left-hand column depict ...
The transmission model (equ. S1 and S2) and foraging model (equ. S4) were simultaneously fit to thes...
<p>Mixing rates between the two populations were varied from low (), medium () to high (). (A–C) Joi...
<p>The high risk category transmits at a rate 10× that of the low risk category. Right: A quantile-q...
(a) Histogram: statistics of presence around the center of mass of the group for N = 100, predicted ...
Left: a model with host population structure (five assortatively mixing host groups) with increasing...
Columns show different versions of the task. Rows show model fits for (A) the distance model (unscal...