In this paper, we study a discrete model on Wolbachia infection frequency. Assume that a
periodic and impulsive release strategy is implemented, where infected males are released …

How to prevent and control the outbreak of mosquito-borne diseases, such as malaria,
dengue fever and Zika, is an urgent worldwide public health problem. The most …

Based on the idea that only sexually active sterile mosquitoes are included in the modeling
process, we study the dynamics of the interactive wild and sterile mosquito model with time …

By including the maturation period τ of wild mosquitoes, we develop a delay differential
equation model to study the suppression of wild mosquito population by releasing …

Assuming that there are multiple batches of sterile males reared and released during the
maturation period, we derive a switching delay differential model to study the fate of wild …

We fill a gap concerning a dynamical description for a switching mosquito population
suppression model proposed in Yu and Li (J Differ Equ 269: 6193–6215, 2020), where a …

Mosquitoes are important vector hosts for numerous viral pathogens and harbor a large
number of mosquito-specific viruses as well as human-infecting viruses. Previous studies …

In this paper, we propose a mosquito population suppression model which is composed of
two sub-models switching each other. We assume that the releases of sterile mosquitoes are …

A second-order partial difference equation is considered in this paper. By applying critical
point theory, we not only establish a series of sufficient conditions on the existence of …

Due to the role of cytoplasmic incompatibility (CI), releasing Wolbachia-infected male
mosquitoes into the wild becomes a very promising strategy to suppress the wild mosquito …