TABLE 1.

Parameters in the model

	Aedes	Culex	Cattle	Wildlife	Human
Susceptibility, si	58	58	20	20	20
Transmissibility a (10−8), $i_j^C$, $i_j^{V_e}$	11.5	11.5	11.5	11.5	11.5
Transmissibility i (10−7), $i_j^I$	7	7	3	3	11.5
Transmissibility l (10−8), $i_j^L$	11.5	11.5	11.5	11.5	11.5
Birth time (days), 1/bi	10	10	1000	1000	18,250
Death time (not RVF, days), 1/di	10	10	1000	1000	18,250
Vertical transmission rate of RVF (fraction), ϕ	0.07	0	0	0	0
Maturation time for mosquito eggs (days)	14	14	–	–	–
Hatch rate for mosquito eggs (1/days)	0.3	0.03	–	–	–
Duration of immunity	–	–	Life	Life	Life
Asymptomatic stage residence time (days), 1/λL	7–15	7–15	2–4	2–4	2–4
Symptomatic stage residence time (days), 1/λI	Life	Life	4–8	4–8	4–8
Duration of carrier state (days), 1/λC, $1/{\mathrm{\lambda }}_{V_e}$	–	–	10–20	10–20	10–20
Time to build immunity after vaccination, ${\mathrm{\lambda }}_{V_s}$	–	–	5–15	5–15	5–15
Fraction infected who progress to symptoms, θL	1	1	0.8–0.9	0.8–0.9	0.2–0.7
Fraction infected who die (case fatality rate), θD	–	–	0.1–0.5	0.1–0.5	0.0–0.05
Fraction vaccinated who are protected ${\in }_{{\upsilon }_s}$	–	–	0.6–0.95	0.6–0.95	0.6–0.95
Short-range movement control efficacy, χS	–	–	0.1–0.9	0.1–0.9	–
Long-range movement control efficacy, χL	–	–	–	–	–
Time between detection and mvmnt cntrls (days)	–	–	1–14	–	–
Time between detection and vaccination (days)	–	–	20–40	–	20–40
Time between detection and culling (days)	–	–	1–3	–	1–3