$n$-dimensional ratio-dependent predator-prey systems with memory
Krisztina Kiss, J\'anos T\'oth

TL;DR
This paper studies high-dimensional predator-prey models with ratio dependence and delay, analyzing conditions where delay does not cause instability and providing examples where it does.
Contribution
It offers new insights into the stability of complex predator-prey systems with delay, identifying conditions preventing delay-induced instability.
Findings
Delay does not always cause instability in high-dimensional systems
Conditions for stability in ratio-dependent predator-prey models with delay
An example demonstrating delay-induced instability
Abstract
This paper deals with ratio-dependent predator-prey systems with delay. We will investigate under what conditions delay cannot cause instability in higher dimension. We give an example when delay causes instability.
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Taxonomy
TopicsMathematical and Theoretical Epidemiology and Ecology Models · Mathematical Biology Tumor Growth · Advanced Differential Equations and Dynamical Systems
