θμ
|
Excess proportion of mosquitoes which die while attempting to attack a human while that person is using an ITN. |
This paper. |
Ω
|
Intervention package scenarios consisting of a specific coverage with ITNs and a specific number of odor-baited mosquito traps per 1000 people. |
This paper. |
πi
|
The proportion of normal exposure to mosquito bites upon humans lacking ITNs, which occurs indoors at times when nets would normally be in use. |
[43], [45], [68]. |
P
|
Probability that a resting mosquito survives any one day. |
[43], [44]. |
Pf
|
Probability that a mosquito survives a single complete feeding cycle. |
[43], [44]. |
Pov
|
Probability that a mosquito survives any full day of the oviposition site-seeking interval or host-seeking interval. |
[43], [44]. |
Qh
|
Human blood index: the proportion of all blood meals from all hosts and pseudo hosts, which are obtained from humans. |
[43], [44], [54], [73]. |
s
|
Host species or host type |
[43], [44]. |
t
|
Odor-baited mosquito traps. |
This paper. |
γ
|
Probability that a mosquito attacks an encountered host. |
|
ψ
|
Relative exposure of different hosts other than unprotected humans to mosquito bites: calculated as a ratio of exposure of those hosts to exposure of humans not using nets. |
This paper. |
ψh,p,Ω
|
Combined personal and communal protection provided by the integrated intervention package Ω to people who use ITNs. |
This paper. |
ψh,Traps
|
Additional protection offered by odor-baited traps to communities using ITNs. |
This paper. |
ψh,u,Ω
|
Communal protection provided by the integrated intervention package Ω to people who do not use ITNs. |
This paper. |
ψΩ
|
Mean relative exposure of an average member of a community where the intervention package Ω is implemented. |
This paper. |
z
|
Availability of blood from an individual host: rate at which a single mosquito encounters, attacks and successfully feeds upon a given single host |
This paper. |
Z
|
Total availability of blood from hosts and pseudo hosts: rate at which a single mosquito encounters, attacks and successfully feeds upon all hosts. |
This paper. |