In this article, we propose a model for plankton dynamics in presence of dormancy and time
delay. Dormancy is a better adaptive strategy to survive in a harsh environmental condition …

The paper proposes an eco-epidemiological model for prey and generalist predator in
presence of predatory fear risk and infected prey. The transmission of disease in prey …

In this paper, the general framework for calculating the stability of equilibria, Hopf bifurcation
of a delayed prey‐predator system with an SI type of disease in the prey population, is …

In this paper, we propose an eco-epidemiological model for prey (free-living motile species,
ie, dinoflagellates) and predator in an aquatic system. The predator's density is affected by …

The present study deals with the study of the dynamics of an eco-epidemiological prey-
predator mathematical system. The model that is proposed is an eco-epidemiological …

It is well known that the evolution of natural populations is almost inevitably disturbed by
various environmental factors. Various experiments have shown that the growth of …

To study effective nature of toxin producing phytoplankton and zooplankton under the action
of virus, a mathematical model has been recommended in this paper. The phytoplankton …

Phytoplankton are very small and drifting organisms but play a remarkable role in the world
of the ocean. Phytoplankton are known as the primary source of the marine food web system …

This paper studies the dynamics of interacting Tilapia fish and Pelican bird population in the
Salton Sea. We assume that the diseases spread in Tilapia fish follows the Holling type II …