We present a two-dimensional continuous time dynamical system modeling a predator-prey
food chain, and based on a modified version of the Leslie-Gower scheme and on the Holling …

The definition of climate itself cannot be given without a proper understanding of the key
ideas of long-term behavior of a system, as provided by dynamical systems theory. Hence, it …

A three-dimensional continuous time dynamical system is considered. It is a model for a
tritrophic food chain, based on a modified version of the Leslie–Gower scheme. We …

Understanding the connection between spatial patterns in population densities and
ecological heterogeneity is significant to the understanding of population dynamics and the …

A new signal detection and estimation method based on the intermittency transition between
order and chaos is developed. The corresponding bifurcation process for the Duffing …

In this paper we analyze a three level trophic chain model, considering a logistic growth for
the lowest trophic level, a Lotka–Volterra and Holling type II functional responses for …

This article considers how aquatic systems modelling has changed since 1995 and how it
must change in future if we are to continue to advance. A distinction is made between …

Introduction to Mathematical Modeling and Chaotic Dynamics focuses on mathematical
models in natural systems, particularly ecological systems. Most of the models presented are …

In this paper, a predator–prey system which based on a modified version of the Leslie–
Gower scheme and Holling-type II scheme with impulsive effect are investigated, where all …

In this paper, a nutrient-plankton interaction model is proposed to explore the characteristic
of plankton system in the presence of toxic phytoplankton and discrete time delay. Anti …