During past decades, the study of the interaction between predator and prey species has
become one of the most exciting topics in computational biology and mathematical ecology …

This paper revisits a population model incorporating a fear factor and intra-specific
competition. An extension of the model from a deterministic framework to a stochastic one is …

This paper aims to study and analyze the effect of optimal harvesting on the dynamical
behavior of an eco-epidemiological model dealing with a field of wheat (Host species) and …

We introduce here a predator-prey model where the prey are affected by a disease. The
prey are assumed to gather in herds, while the predators are loose and act on an …

The virus transmission in the host depends upon various fundamental factors such as
cellular mortality rates, the production rate of viruses, etc., which change unpredictably in a …

The extinction and persistence dynamics of quokka (Setonix brachyurus) population at
northern jarrah forest of Australia is investigated using mathematical modelling. Predator's …

This research work proposes a novel method for controlling diabetes blood glucose levels.
For the research of Type 1 Diabetes, we proposed a novel mathematical model. The …

In this paper, we study the mathematical analysis of a nonlinear age‐dependent predator–
prey system with diffusion in a bounded domain with a non‐standard functional response …

In this study, we applied the principle of a competitive predator-prey system to propose a
prey-predator-like model of xenophobia in Africa. The boundedness of the solution, the …

Mathematical modeling is used to understand the dynamics of transmission of infectious
diseases such as COVID-19, SARS, Ebola, and Dengue among populations. In this work, a …