Table 2. Fixed parameters of the model.

Parameter	Value	Reference
Mosquito daily movement probability to a nearby house	30%	[48]
Mosquito daily emergence rates	Consistent with time-varying estimates of adult mosquito death rates and spatiotemporal estimates of Ae. Aegypti density in Iquitos.	[49,50]
Average interval between blood feeding events (exponential distribution)	Temperature-dependent	[51–53]
Probability of pathogen transmission to susceptible human conditional on an infectious mosquito bite	1.0	[54]
Incubation period in the mosquito (lognormal distribution)	$\mu =f\left(T\right) , \sigma =0.451754$	[55]
Infectiousness—human symptomatic primary infection	$e^{\left(-0.204{\left(t-t_i-5.538\right)}^2/0.999\right)}$	[56]
Infectiousness—human symptomatic secondary infection	$e^{\left(-0.383{\left(t-t_i-5.874\right)}^2/0.999\right)}$	[56]
Infectiousness—human asymptomatic primary infection	$e^{\left(-0.25{\left(t-t_i-5.585\right)}^2/0.999\right)}$	[56]
Infectiousness—human asymptomatic secondary infection	$e^{\left(-0.584{\left(t-t_i-4.883\right)}^2/0.999\right)}$	[56]
Incubation period in humans	Captured by time-varying infectiousness curve	[55,56]
Human temporary immunity period (Exponential distribution).	$\lambda =\frac{1}{686} day{s}^{-1}$	[42,57]
Probability of developing symptoms given primary infection	30%	[56]
Probability of developing symptoms for secondary infection	60%	[56]
Probability of developing symptoms for tertiary and quaternary infections	10%	[56]
Probability of severe disease for primary infection, given the apparition of symptoms	11%	[56]
Probability of severe disease for secondary infection, given the apparition of symptoms	20%	[56]
Probability of severe disease for tertiary and quaternary infections, given the apparition of symptoms	5%	[56]
Human demographic rates	Consistent with U.N. estimates	[58]