. 2019 Nov 7;10(11):393. doi: 10.3390/insects10110393

Table 1.

Mosquito traits used across the three trait-dependent models explored. For each trait, we include the parameter, trait description, unimodal function assumed (for thermal traits), and The value of the trait or values of parameters of the curve. We provide the references and the curves associated with the temperature-dependent traits in Appendix A.

Parameter	Description	Function	Value	Units
$l f$	Adult mosquito lifespan ( $μ = 1 / l f$ )	quad	$q d = - 0.0011, T_{m} = 36.1065, T_{0} = 9.1088$	day
$p_{E A}$	Eggs-to-adult survival probability	quad	$q d = - 0.0006, T_{m} = 38.29, T_{0} = 13.56$	-
F	Eggs per female per day	Brière	$α = 0.0086, T_{m} = 34.61, T_{0} = 14.58$	day⁻¹
$ρ_{E}$	Eggs development time	quad	$i n t e r = 87.1722, s l o p e = 1.1575, q d = 0.0136$	day
$ρ_{L}$	Larval development time	quad	$i n t e r = 201.2429, s l o p e = 14.0345, q d = 0.2310$	day
$ρ_{P}$	Pupal development time	quad	$i n t e r = 20.5074, s l o p e = 1.0954, q d = 0.0153$	day
$1 / ρ_{A}$	Mosquito development rate	Brière	$α = 0.0000786, T_{m} = 39.17, T_{0} = 11.36$	day⁻¹
$p_{E}$	Eggs survival probability	Brière	$α = 0.00077, T_{m} = 30.33, T_{0} = 9.395$	-
	$μ_{E} = (1 - p_{E}) / ρ_{E}$
$p_{L}$	Larval survival probability	Brière	$α = 0.00046, T_{m} = 36.79, T_{0} = 2.354$	-
	$μ_{L} = (1 - p_{L}) / ρ_{L}$
$p_{P}$	Pupal survival probability	Brière	$α = 0.0349, T_{m} = 37.4679, T_{0} = 9.96278$	-
	$μ_{P} = (1 - p_{P}) / ρ_{P}$
k	Temperature-independent mortality rate	-	0.486	day⁻¹
$k_{j}$	Density-dependent mortality rate	-	0.09	day⁻¹