Symbol | Value | Units | Description | Reference |
---|---|---|---|---|
E + I | 250 | mm day-1 | Total evaporation and infiltration losses | based on [85] |
K L,Jepson | 90.9 | K day | Larvae growth degree days | [47] |
K L,Bayon | 200 | K day | Larvae growth degree days | [48] |
K gono | 37.1 | K day | Gonotrophic cycle degree days | [46] |
K sporo | 111 | K day | Sporogonic cycle degree days | [46] |
K flush,∞ | 0.4 |  | Larvae flushing factor for infinite rain rate | based on [27] |
K w | 1 | m-1 | Pond growth rate factor | set by tuning or local knowledge of basin |
K mar 1,0 | 0.45 | Â | Constant of Martens I vector survival scheme | [61] |
K mar 1,1 | 0.054 | °C-1 | Constant of Martens I vector survival scheme | [61] |
K mar 1,2 | -0.0016 | °C-2 | Constant of Martens I vector survival scheme | [61] |
K mar 2,0 | -4.4 | Â | Constant of Martens II vector survival scheme | [62] |
K mar 2,1 | 1.31 | °C-1 | Constant of Martens II vector survival scheme | [62] |
K mar 2,2 | -0.03 | °C-2 | Constant of Martens II vector survival scheme | [62] |
M L,max | 300 | mg m-2 | Carrying capacity of water bodies | [38] |
N egg | 120 | Â | Number of eggs per batch that result in female vectors | [30] |
P L,surv 0 | 0.825 | Â | Larvae base daily survival rate | [29] |
P hv | 0.2 | Â | Probability of transmission from infective host to vector during single bloodmeal | [29] |
P vh | 0.3 | Â | Probability of transmission from infective vector to host during single bloodmeal | [29] |
T wat | 2 | K | Pond water offset from air temperature | [92] |
T L,min | 16 | °C | Minimum T wat for larvae development | based on [48] |
T L,max | 38 | °C | Maximum T wat for larvae development | based on [48] |
T gono,min | 7.7 | °C | Minimum T2m for egg development | [46] |
T sporo,min | 16 | °C | Minimum T2m for sporogonic cycle | [29] |
Ï„ flush | 50 | mm day-1 | Larvae-flushing rainfall e-folding factor | based on [27] |
Ï„ zoo | 50 | km-2 | Population density zoophilic factor | set by tuning |
w max | 0.04 | Â | Maximum temporary pond fraction in cell | set by tuning or local knowledge of basin |