Table 3.
Results of the best model for development time for both vector species combined. Model selection is based on ΔAIC and parsimony
| a) For larval development time until pupation. Variables include humidity (RH %), species, temperature (logtemperature) and PCR plate (plate). | |||
| X. cheopis and S. fonquerniei | |||
| LARVAE | |||
| Model: RH % | species + temperature (log), plate | |||
| Variable | coeff | SE | p-value |
| intercept | 126.1829 | 20.989 | 0.0003 |
| logtemperature | −71.898 | 14.813 | 0.0156 |
| RH 90 % | −3.4024 | 26.453 | 0.0242 |
| species X. cheopis | −9.3341 | 22.636 | 0.0047 |
| species X. cheopis | RH 90 % | 3.37912 | 18.673 | 0.0200 |
| b) For pupal development time until emergence. Variables include species, temperature (logtemperature) and PCR plate (plate). | |||
| X. cheopis and S. fonquerniei | |||
| PUPAE | |||
| Model: species | temperature (log) + RH %, plate | |||
| Variable | coeff | SE | p-value |
| intercept | 88.07774 | 19.35798 | |
| logtemperature | −48.8746 | 13.57655 | 0.0009 |
| species X. cheopis | 55.22215 | 22.76055 | 0.0159 |
| RH 90 % | −2.61925 | 1.378665 | 0.0649 |
| logtemperature | species X. cheopis | −37.7761 | 15.97802 | 0.0187 |