|
| Parameter | Description | Unit | Value |
|
| The initial size of the susceptible larvae | Individual | |
| The initial size of the infectious larvae | Individual | 100 |
| The initial size of the noninfectious male insects | Individual | |
| The initial size of the infectious male insect | Individual | |
| The initial size of noninfectious unfertilised female insects | Individual | |
| The initial size of infectious unfertilised female insects | Individual | |
| The initial size of fake female insects | Individual | |
| The initial size of the noninfectious fertilised female insects | Individual | |
| The initial size of infectious fertilised female insects | Individual | |
| The initial amount of susceptible plants | Gram | |
| The initial amount of infected plants | Gram | |
| Maximum synthetic sex pheromone deployed in a day | Individual/day | |
| The initial mating capacity | − | |
| The intrinsic egg-laying rate | 1/day | |
| The intrinsic plant growth | Gram/day | |
| The carrying capacity for plant | Gram | |
| The proportion of female-to-male insect population from larvae | − | |
| The rate of transfer from larva to unfertilised female insect | 1/day | |
| The rate of mating for unfertilised female | 1/day | |
| The constant of half-saturation | Gram | |
| The rate of transfer from fertilised female to unfertilised female | 1/day | |
| The transmission rate of the pathogen from infected plants to susceptible adult males | (Gram/individual)/day | |
| The transmission rate of the pathogen from infected plants to susceptible adult females | (Gram/individual)/day | |
| The transmission rate of the pathogen from infected plants to susceptible larva | (Gram/individual)/day | |
| The transmission possibility of the pathogen from infectious adult males to susceptible plants during consumption | 1/day | |
| The transmission possibility of the pathogen from infectious adult females to susceptible plants during consumption | 1/day | |
| The transmission possibility of the pathogen from infectious larva to susceptible plants during consumption | 1/day | |
| Consumption rate of adult males | (Gram/individual)/day | |
| Destruction rate of adult females | (Gram/individual)/day | |
| Destruction rate of larva | (Gram/individual)/day | |
| The transmission rate of the pathogen from infectious plant to susceptible plants | 1/day | |
| The number of females that can be fertilised by a single male | Individual/day | |
| The number of larvae that can live within support of one unit of crop | Individual/gram | |
| The natural mortality rate of larvae | 1/day | |
| The natural mortality rate of the male insect | 1/day | |
| The natural mortality rate of the unfertilised female insect | 1/day | |
| The natural mortality rate of the fertilised female insect | 1/day | |
| The natural mortality rate of susceptible plant | 1/day | |
| The natural mortality rate of infected plant | 1/day | |
| The fading rate of synthetic sex pheromone | 1/day | |
| The effectiveness of control | − | |
| The effectiveness of control | − | |
| Control variable | Description | Unit | Value |
| The proportion of larva population that green insecticide is applied to at time t | − | |
| The proportion of the maximum synthetic sex pheromone deployed at time t | − | |
| The proportion of infected plant that will be removed at time t | − | |
|
