Table 1 The simulation parameters
Parameter | Value | Reference |
|---|---|---|
Daily development rate of egg | 0.3 | [4] |
Daily development rate of larva | 0.2 | [4] |
Daily development rate of pupa | 0.3 | [4] |
Daily mortality of immature stages | 0.2 | [4] |
Fecundity | 80 eggs/oviposition | [4] |
Death rate of vectors due to questing activity | Compute | [17] |
Incidence rate of infection for questing susceptible vectors | Compute | [17] |
Incidence rate of successful blood meal for questing vectors | Compute | [17] |
Transition rate from any resting state to a questing state | Compute | [17] |
Rate at which resting vectors move to the questing state | Compute | [17] |
Natural death rate of vectors | 1/30 | [17] |
The per capita birth rate of humans | 7,666∗10−5 | [18] |
The per capita birth rate of mosquitoes | 0.4000 | [18] |
The per capita rate of progression of humans from the exposed state to the infectious state | 8.333 * 10−2 | [18] |
The per capita recovery rate for humans from the infectious state to the recovered state | 3.704 * 10−3 | [18] |
The per capita rate of loss of immunity for humans | 1.460 * 10−2 | [18] |
The probability of transmission of infection from an infectious mosquito to a susceptible human given that a contact between the two occurs | 0.8333 | [18] |
The probability of transmission of infection from a recovered (asymptomatic carrier) human to a susceptible mosquito given that a contact between the two occurs | 8.333 * 10−3 | [18] |
The probability of transmission of infection from an infectious human to a susceptible mosquito given that a contact between the two occurs | 2.000 * 10−2 | [18] |
Daily mortality of human | 0.45* 10−2 | This paper (data field) |
The per capita disease-induced death rate for humans | 0,62 * 10−2 | This paper (data field) |