SUMMARy HABiTAT ALTERATiON AND DiSEASE EMERGENCE are among the most
pressing environmental concerns facing society. Aquatic ecosystems present a nexus of …

In this paper, we have proposed and analyzed a mathematical model of an infected predator–
prey system with different predators' functional response. The existence and uniqueness of …

The environmental characteristics of a biological system are imbibed in some particular
parameters of that system. Significant changes in any system parameter exert influence on …

In this article, we propose a general prey–predator model with disease in prey and predator
subject to the weak Allee effects. We make the following assumptions:(i) infected prey …

In this paper, an eco-epidemiological model with simple law of mass action and modified
Holling type II functional response has been proposed and analyzed to understand how a …

In the study of population dynamics, understanding the interactions between different
species is crucial. Traditional models often rely on integer-order derivatives, which lack …

In this article, we propose a general predator-prey system where prey is subject to Allee
effects and disease with the following unique features:(i) Allee effects built in the …

We study the effects of a disease affecting a predator on the dynamics of a predator–prey
system. We couple an SIRS model applied to the predator population, to a Lotka–Volterra …

A predator–prey model with disease amongst the prey and ratio‐dependent functional
response for both infected and susceptible prey is proposed and its features analysed. This …

Mathematical models of infectious diseases can provide important insight into our
understanding of epidemiological processes, the course of infection within a host, the …