Global exposures to air pollution and cigarette smoke are novel in human evolutionary
history and are associated with at least 12 million premature deaths per year. We investigate …

The global spread of Aedes aegypti and the associated public health risk have stimulated
the development of several mathematical models to predict population dynamics in …

While the number of human cases of mosquito-borne diseases has increased in North
America in the last decade, accurate modeling of mosquito population density has remained …

Diapause, a period of arrested development caused by adverse environmental conditions,
serves as a key survival mechanism for insects and other invertebrate organisms in …

In Brazil, the mosquito Aedes (Stegomyia) aegypti is considered the main vector of the
dengue, chikungunya, and Zika arbovirus transmission. Recent epidemiological studies in …

Wolbachia incompatible insect technique (IIT) depends on releasing male-only Wolbachia-
infected mosquitoes to reduce/eradicate wild type mosquito populations. Mathematical …

In this paper, a Chikungunya dynamical model with virus mutation and transovarial
transmission is developed, which incorporates the effect of seasonal temperature changes …

In this paper, we obtain the complete information about the existence and nonexistence of
traveling wave solution (TWS) for a reaction–diffusion model of mosquito-borne disease with …

This paper presents a tick-borne disease transmission model with a Filippov-type control
strategy that involves spraying insecticides to kill ticks once the number of infected hosts …

Background: Dengue occurs epidemically in Sri Lanka and every year, when the monsoon
season begins, health authorities warn on rising numbers of dengue cases. The popular …