Table 1. Model parameters.

Parameter	Value	Definition
$d_1^1$	0.01005	baseline egg death rate
${\overline{\tau }}_1$	1/120	egg to larva mean transition rate
$d_2^1$	0.10536	baseline larva death rate
${\overline{\tau }}_2$	1/12	larva to pupa mean transition rate
$d_3^1$	0.01005	baseline pupa death rate
${\overline{\tau }}_3$	1/2	pupa to non-parous (winged) mosquito mean transition rate
$d_4^1$	0.02020	baseline non-parous (winged) mosquito death rate
${\overline{\tau }}_4$	1/5	non-parous to parous (winged) mosquito transition rate
$d_5^1$	0.06187	baseline parous (winged) mosquito death rate
b(1, 1)	4	baseline oviposition rate
s1	10−6	baseline per capita intra-specific death rate
θ1	1.8326	phase shift for egg to larva transition rate
θ2	1.0472	phase shift for larva to pupa transition rate
θ3	1.0472	phase shift for pupa to non-parous (winged) mosquito transition rate
δ	0.25	amplitude of periodic perturbation

Transition, death, oviposition rates, amplitude of periodic perturbation and phase shifts for susceptible individuals in the model depicted in Fig 1. Rates are given in day⁻¹, the s¹ parameter is given in day⁻¹⋅individual⁻¹ whilst phase shifts are presented in radians. The parameter δ is dimensionless.