1/φ
^{h}

Average latent period of host

γ
^{h}
_{
*
}
k

Mean infectious period of host

(γ
^{h}
)
^{2}
_{
*
}
k

Variance infectious period of host

ψ
^{h}

Host mortality

1/μ
^{v}
_{
Aedes
}
(T) = a
_{
0
}
 a
_{
1
}
T

Longevity of Ae. vexans as function of temperature T

1/μ
^{v}
_{
Culex
}
(T) = a
_{
0
}
 a
_{
1
}
T

Longevity of Cx. pipiens as function of temperature T

d
^{v}
_{
Culex
}

Increased mortality of infected Cx. pipiens

b(T)_{
mosquitoes
} = b_{
slope
}(T b_{
min
})

Biting rate of mosquito species as function of temperature T

1/φ
^{v}
_{
Aedes
}
(T) = 1/( φ
_{
max
}
 φ
_{
slope
}
T)

Extrinsic incubation period Ae. vexans as function of temperature T. The slope is equal for Ae. vexans and Cx. pipiens.

1/φ
^{v}
_{
Culex
}
(T) = 1/( φ
_{
max
}
 φ
_{
slope
}
T)

Extrinsic incubation period Cx. pipiens as function of temperature T. The slope is equal for Ae. vexans and Cx. pipiens

ζ

Vertical transmission Ae. vexans

β
_{
Aedes
}

Host to Ae. vexans transmission probability

β
_{
Culex
}

Host to Cx. pipiens transmission probability

α
_{
Aedes
}

Ae. vexans to host transmission probability

α
_{
Culex
}

Cx. pipiens to host transmission probability

π
_{
Aedes, j
}

Relative preference of Ae. vexans for a host species j

π
_{
Culex, j
}

Relative preference of Cx. pipiens for a host species j
