Manuscript Topics

Since the beginning of the world, individuals of the same species or different populations have been in competition among themselves for a given source of life. Often limited resources for their development or survival push communities of organisms into the competition. This competition can be between different species or between the same species. One of the rivalries between different species is the prey-predator relationship. Different predator-prey relationships can be seen in each region. In this relationship, the number of prey or predator may be more than one. There have been many reasons that affect the predator-prey models. Factors such as how the disease of the prey affects the predators, how the extinction of the prey affects the predators, and how the prey follows the path in this process are among the reasons that affect the model. Among these reasons, one of the most important factors is how the extinction of the prey will affect the predators. Complex natural systems are changing rapidly due to the activities of humans and the environment.

Global warming, unconscious and overfishing, inability to feed the prey due to the decrease in sea water temperature, hunting without breeding because the prey could not reach the adult size, leaving the hunting area due to climate change, ocean industrialization resulting from mining, oil and gas exploration, maritime and infrastructure development, the scale of industrialization and the extinction of marine wildlife due to it, habitat loss and modification, pollution alter the composition of and connectivity within wildlife communities. These factors shape how species interact with each other and their capacity to coexist with neighboring human populations. However, our ability to observe and respond to these changes has also undergone a rapid transformation: recent technological advances allow us to gain a far more intimate understanding of trophic interactions than ever before, with important consequences for conserving and restoring functional ecological communities.

Mathematical modelling and investigating the qualitative properties of any predator-prey model in terms of both theoretical and biological/ecological point of view arise in many research problems ranging from physical and chemical processes to biomathematics and life science.

This Special Issue will cover new perspectives of the recent theoretical developments in mathematical modelling of predator-prey dynamics and their illustrative applications/analysis in biology, ecology, ecosystem functioning, and health sciences. It goals to point out new techniques that can be applied to the predator-prey interactions which are modelled and to gain to the literature new constructed effective models for the accurate prediction of predator-prey dynamics by adopting suitable parameters and controls/control strategies.

The topics of the Special Issue include, but are not limited to:

• Mathematical modelling of predator-prey interactions
• Optimal control strategies in biosystems that contain predator-prey
• Fractional-order predator-prey modeling with and without non-singular kernels
• Deterministic and stochastic modeling in predator-prey dynamics

Instructions for authors
https://www.aimspress.com/mbe/news/solo-detail/instructionsforauthors
Please submit your manuscript to online submission system
https://aimspress.jams.pub/