Dealing with the epidemiological prey–predator is very important for us to understand the
dynamical characteristics of population models. The existing literature has shown that …

In order to depict a situation of possible spread of infection from prey to predator, a fractional-
order model is developed and its dynamics is surveyed in terms of boundedness …

In theoretical ecology, predator–prey interaction is a natural phenomenon that significantly
contributes for shaping the community structure and maintaining the ecological diversity. In …

In this paper, we consider a two-dimensional prey-predator system with two delays. One
delay is for negative feedback of the prey population and another is for gestation delay of the …

In this work, we have introduced an eco-epidemiological model of an infected predator–prey
system. Incorporation of prey refuge gives that a fraction of the infected prey is available to …

In this paper, we propose an eco-epidemiological model with disease in the prey population,
the model incorporates fear effect of predators on prey and hunting cooperation among …

Here, we have proposed a predator–prey model with Michaelis–Menten functional response
and divided the prey population in two subpopulations: susceptible and infected prey …

Recently, some field experiments and studies show that predators affect prey not only by
direct killing, they induce fear in prey which reduces the reproduction rate of prey species …

In this paper we analyze a delay-induced predator–prey–parasite model with prey
harvesting, where the predator–prey interaction is represented by Leslie–Gower type model …

In this paper, a fractional order predator–prey mathematical model has been developed. In
this model, the concept of intraguild predation has been introduced. It is assumed that …