Table 1 Model parameters considered in this study.
Parameter (symbol) | Descriptions | Value | Source |
|---|---|---|---|
\({B}_{E}\) | Number of eggs per oviposition | 200 | |
\({\theta }_{E}\) | Daily survival probability of eggs | 0.9 | |
\({\theta }_{L}\) | Daily survival probability of larvae | 0.25 | |
\({\theta }_{p}\) | Daily survival probability of pupae | 0.75 | |
\({R}_{L}\) | Rainfall limit | 50 mm | |
\({k}_{1}\) | Constant | 0.00554 (◦Cdays) − 1 | |
\({k}_{2}\) | Constant | − 0.06737(days) − 1 | |
\(a\) | Constant | − 0.3(◦C2days) − 1 | |
\(b\) | Constant | 1.31(◦Cdays) − 1 | |
\(c\) | Constant | − 4.4(days) − 1 | |
\(\alpha\) | Offspring not inheriting the resistance rate becomes susceptible again | 0.01 | Calibrated1 |
\(\beta\) | The probability that a mosquito becomes resistant due to contact with an insecticide | 1 | Calibrated1 |
\(\gamma\) | The probability that a resistant mosquito produces non-resistant offspring | 0.75 | Calibrated1 |
\(\mu i\) | Represent the insecticides-induced mortality rate | 0.01 | Calibrated1 |
\(N\) | Total population | 50 | Calibrated1 |
