Table 1.

VECTRI default constants

Symbol	Value	Units	Description	Reference
E + I	250	mm day-1	Total evaporation and infiltration losses	based on [85]
KL,Jepson	90.9	K day	Larvae growth degree days	[47]
KL,Bayon	200	K day	Larvae growth degree days	[48]
Kgono	37.1	K day	Gonotrophic cycle degree days	[46]
Ksporo	111	K day	Sporogonic cycle degree days	[46]
Kflush,∞	0.4		Larvae flushing factor for infinite rain rate	based on [27]
Kw	1	m-1	Pond growth rate factor	set by tuning or local knowledge of basin
Kmar1,0	0.45		Constant of Martens I vector survival scheme	[61]
Kmar1,1	0.054	°C-1	Constant of Martens I vector survival scheme	[61]
Kmar1,2	-0.0016	°C-2	Constant of Martens I vector survival scheme	[61]
Kmar2,0	-4.4		Constant of Martens II vector survival scheme	[62]
Kmar2,1	1.31	°C-1	Constant of Martens II vector survival scheme	[62]
Kmar2,2	-0.03	°C-2	Constant of Martens II vector survival scheme	[62]
ML,max	300	mg m-2	Carrying capacity of water bodies	[38]
Negg	120		Number of eggs per batch that result in female vectors	[30]
PL,surv0	0.825		Larvae base daily survival rate	[29]
Phv	0.2		Probability of transmission from infective host to vector during single bloodmeal	[29]
Pvh	0.3		Probability of transmission from infective vector to host during single bloodmeal	[29]
Twat	2	K	Pond water offset from air temperature	[92]
TL,min	16	°C	Minimum Twat for larvae development	based on [48]
TL,max	38	°C	Maximum Twat for larvae development	based on [48]
Tgono,min	7.7	°C	Minimum T2m for egg development	[46]
Tsporo,min	16	°C	Minimum T2m for sporogonic cycle	[29]
τflush	50	mm day-1	Larvae-flushing rainfall e-folding factor	based on [27]
τzoo	50	km-2	Population density zoophilic factor	set by tuning
wmax	0.04		Maximum temporary pond fraction in cell	set by tuning or local knowledge of basin

List of constants in VECTRI.