Table 2.

Mosquito-Wolbachia model notations.

Parameters	Description	Values (wMel)	Values (wAu)	Dimension	References
${\rho }_{\mathit{uu}}$	Reproduction rate (egg laying rate) from mating between $F_u$ and $M_u/M_w$ mosquitoes	13	13	Eggs/day	32,37,61
${\rho }_{\mathit{ww}}$	Reproduction rate (egg laying rate) from mating between $F_w$ and $M_u/M_w$ mosquitoes	10	10	Eggs/day	30,37,61
$\delta$	The proportion of Wolbachia infected eggs resulting from mating between $M_u{F}_w$ mosquitoes	0.95	0.95	Dimensionless	30
$\nu$	The proportion of Wolbachia infected eggs resulting from mating between $M_w{F}_w$ mosquitoes	1	1	Dimensionless	37
$\varphi$	The CI induction	1	0	Dimensionless	23
$\psi$	Fraction of eggs that are male	0.5	0.5	Dimensionless	37,62
K	Carrying capacity of the aquatic stage A	${10}^6$	${10}^6$	aquatic mosquitoes	37
$\sigma$	Loss of Wolbachia infection (LWI)	0.04	0	day${}^{-1}$	Assumed
${\tau }_u$	Maturation rate of $A_u$ aquatic stage into adulthood (per capita)	0.11	0.11	day${}^{-1}$	30,61
${\tau }_w$	Maturation rate of $A_w$ aquatic stage into adulthood (per capita)	0.11	0.11	day${}^{-1}$	30,61
${\mu }_{\mathit{Au}}$	$A_u$ Aquatic stage mortality rate (per capita)	0.02	0.02	day${}^{-1}$	57
${\mu }_{\mathit{Aw}}$	$A_w$ aquatic stage mortality rate (per capita)	0.02	0.02	day${}^{-1}$	57
${\mu }_u$	$F_u$ adult mortality rate (per capita)	0.061	0.04316	day${}^{-1}$	23,37
${\mu }_w$	$F_w$ adult mortality rate (per capita)	0.068	0.08079	day${}^{-1}$	23,37