[[abstract]]In this work, we consider the population-dispersal dynamics for predator-prey interactions in a two-patch environment. On each fragmented patch, there is a two-species predator-prey ecological system. It is assumed that the predator species are mobile. The existence and local dynamics of boundary equilibria and interior equilibria with respect to parameters are completely classified. Moreover, global extinction results are established analytically. In particular, the phenomenon of over-exploitation is also found in these discrete patches models. Finally, some biological interpretations are discussed
Understanding the effect of the global environmental change on the dynamics of ecosystems and popula...
Understanding the effect of the global environmental change on the dynamics of ecosystems and popula...
We study two discrete predator-prey models in patchy environment, one without dispersal corridors an...
[[abstract]]In this work, we consider the population-dispersal dynamics for predator-prey interactio...
[[abstract]]In this work, we consider the population-dispersal dynamics for predator-prey interactio...
The increased persistence of predator-prey systems when interactions are distributed through the spa...
The dynamics of predator-prey models with different prey harvesting functions and prey refuge is stu...
The dynamics of predator-prey models with different prey harvesting functions and prey refuge is stu...
In this paper we consider two predator-prey models with a two-staged pest (prey) and its biocontroll...
This work presents a predator-prey Lotka-Volterra model in a two patch environment. The model is a s...
Increased fragmentation caused by habitat loss represents a major threat to the persistence of anima...
Increased fragmentation caused by habitat loss represents a major threat to the persistence of anima...
In this article, we examine a two-patch predator-prey model which incorporates a refuge for the prey...
In this article, we examine a two-patch predator-prey model which incorporates a refuge for the prey...
In this paper, we propose a stage-structured predator-prey model with migrations among patches in an...
Understanding the effect of the global environmental change on the dynamics of ecosystems and popula...
Understanding the effect of the global environmental change on the dynamics of ecosystems and popula...
We study two discrete predator-prey models in patchy environment, one without dispersal corridors an...
[[abstract]]In this work, we consider the population-dispersal dynamics for predator-prey interactio...
[[abstract]]In this work, we consider the population-dispersal dynamics for predator-prey interactio...
The increased persistence of predator-prey systems when interactions are distributed through the spa...
The dynamics of predator-prey models with different prey harvesting functions and prey refuge is stu...
The dynamics of predator-prey models with different prey harvesting functions and prey refuge is stu...
In this paper we consider two predator-prey models with a two-staged pest (prey) and its biocontroll...
This work presents a predator-prey Lotka-Volterra model in a two patch environment. The model is a s...
Increased fragmentation caused by habitat loss represents a major threat to the persistence of anima...
Increased fragmentation caused by habitat loss represents a major threat to the persistence of anima...
In this article, we examine a two-patch predator-prey model which incorporates a refuge for the prey...
In this article, we examine a two-patch predator-prey model which incorporates a refuge for the prey...
In this paper, we propose a stage-structured predator-prey model with migrations among patches in an...
Understanding the effect of the global environmental change on the dynamics of ecosystems and popula...
Understanding the effect of the global environmental change on the dynamics of ecosystems and popula...
We study two discrete predator-prey models in patchy environment, one without dispersal corridors an...