An LMI Approach-Based Mathematical Model to Control Aedes aegypti Mosquitoes Population via Biological Control

Table 1

Parameters involved in the population dynamics of Aedes aegypti mosquitoe.

,	Reproduction rate of non-Wolbachia mosquitoes and Wolbachia-infected mosquitoes, respectively
	The mortality rate of non-Wolbachia eggs
	The mortality rate of non-Wolbachia larvae
	The mortality rate of non-Wolbachia pupae
	The mortality rate of non-Wolbachia adult female mosquitoes
	The mortality rate of non-Wolbachia adult male mosquitoes
	The mortality rate of Wolbachia-infected eggs
	The mortality rate of Wolbachia-infected larvae
	The mortality rate of Wolbachia-infected pupae
	The mortality rate of Wolbachia-infected adult female mosquitoes
	The mortality rate of Wolbachia-infected adult male mosquitoes
	The rate at which the corresponding part of the wild mosquito eggs forms in which the larvae of wild mosquito emerge
	The rate at which the corresponding part of the wild mosquito larvae forms in which the pupae of wild mosquito emerge
	The rate at which the corresponding part of the wild mosquito pupae forms in which the immature female or male of wild mosquito emerge
	The rate at which the corresponding part of the Wolbachia-infected mosquito eggs matured into Wolbachia-infected or uninfected larvae
	The rate at which the corresponding part of the Wolbachia-infected mosquito larvae matured into Wolbachia-infected or uninfected pupae
	The rate at which the corresponding part of the Wolbachia-infected mosquito pupae matured into Wolbachia-infected or uninfected adults
	The probability of having male or female mosquitoes
	Total population