Database Reference
In-Depth Information
OUTFLOWS:
BIRD INFECTING
BITE RATE*TRANSMISSION EFFICACY M TO B*
BIRD SUSC/TOTAL BIRD POPULATION * MOSQ INFECT
MOSQ EXPOS(t)
=
=
MOSQ EXPOS(t
−
dt)
+
(MOSQ INFECTING
−
INCUBATION
ME DYING) * dt
INIT MOSQ EXPOS
−
=
0
INFLOWS:
MOSQ INFECTING
BITE RATE*TRANSMISSION EFFICACY B TO M*
MOSQ SUSCEP/TOTAL ADULT MOSQ*BIRD INFECT
OUTFLOWS:
INCUBATION
=
=
MOSQ EXPOS*TRANSITION RATE
ME DYING
MOSQ EXPOS*MOSQ DEATH RATE
MOSQ INFECT(t)
=
=
MOSQ INFECT(t
−
dt)
+
(INCUBATION
−
MI DYING) * dt
INIT MOSQ INFECT
=
10000 * 0.01
INFLOWS:
INCUBATION
=
MOSQ EXPOS * TRANSITION RATE
OUTFLOWS:
MI DYING
MOSQ INFECT * MOSQ DEATH RATE
MOSQ LARVA(t)
=
=
MOSQ LARVA(t
−
dt)
+
(MOSQ BIRTHING
−
MOSQ DEVELOPING
−
LARVAL DYING) * dt
INIT MOSQ LARVA
=
0
INFLOWS:
MOSQ BIRTHING
130 then
OVIPOSITION RATE*TOTAL ADULT MOSQ else 0
OUTFLOWS:
MOSQ DEVELOPING
=
If time
>
=
MOSQ LARVA * MATURATION RATE
LARVAL DYING
=
MOSQ LARVA * LARVAL DEATH RATE
MOSQ SUSCEP(t)
=
MOSQ SUSCEP(t
−
dt)
+
(MOSQ DEVELOPING
−
MOSQ INFECTING
−
MS DYING) * dt
INIT MOSQ SUSCEP
=
10000
−
10000 * 0.01
INFLOWS:
MOSQ DEVELOPING
=
MOSQ LARVA * MATURATION RATE
OUTFLOWS:
MOSQ INFECTING
BITE RATE*TRANSMISSION EFFICACY B TO M*
MOSQ SUSCEP/TOTAL ADULT MOSQ * BIRD INFECT
MS DYING
=
MOSQ SUSCEP * MOSQ DEATH RATE
WNV DEAD(t)
=
=
WNV DEAD(t
−
dt)
+
(BI DYING WNV) * dt
INIT WNV DEAD
=
0
INFLOWS:
BI DYING WNV
BIRD INFECT*WNV DEATH RATE
BIRD % INFECTED
=
=
Birds Infected/ Total Bird Population
