Globalisation processes and changes in climatic conditions are progressively increasing the suitability of temperate climate regions for the establishment and diffusion of mosquito species that are competent vectors for the transmission of tropical infectious diseases in human populations.
The inquiry conducted on the 190,516 sampled mosquitoes pointed out important epidemiological data on temporal and geographic diffusion of the detected viruses in Emilia-Romagna and their spreads in mosquitoes.
Mosquito transgenesis involves direct genetic engineering of the mosquito itself for delivery of anti-Plasmodium effector molecules.
Mosquito control methods can attack every stage of the mosquito's life by not allowing mosquitoes to reproduce, not allowing eggs and larvae to mature, killing adult mosquitoes, and preventing mosquitos from actually biting humans.
The other way is providing mosquito repellent to yarn and fibre during the manufacturing of the mosquito repellent garment.
Considering the mosquito biting rate as one of the factors of the disease, we investigate the effect of the mosquito's biting rate on the control variables.
To investigate the spatial variation of the mosquito species, we used the inverse distance weight to explore the distribution pattern of mosquitoes.
Additionally, let the positive constant τ be the maturation time of the mosquito, that is, the average time needed for an egg to develop into an adult mosquito.
The size of the mosquito population is strongly affected by temperature, and the number of female mosquitoes changes accordingly due to seasonal variations [19, 20].
The tendency is either excessive restraint (Europe) or a diffusion of the effort (the United States).
