The stabilizing effects of interhabitat migration and local population extinction are established by an analysis of the variable Pi, where Pi refers to the proportion of habitats occupied by species i. This is followed by an analysis of the qualitative nature of changes in regional and local factors and their influence on establishing stable or unstable conditions. It is seen that the appropriate balance between interhabitat migration and local population extinction is capable of stabilizing an otherwise unstable predator-prey interaction in a wide variety of situations.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/33812/1/0000068.pd
In this paper we elucidate how small-scale movements, such as those associated with searching for fo...
In the last 30 years the use of appropriate reaction terms in (spatial) ecology models has attracted...
In the last 30 years the use of appropriate reaction terms in (spatial) ecology models has attracted...
Ecological communities can lose their permanence if a predator or a competitor is removed: the remai...
This work presents a predator-prey Lotka-Volterra model in a two patch environment. The model is a s...
The increased persistence of predator-prey systems when interactions are distributed through the spa...
We consider a predator-prey model in a two-patch environment and assume that migration between patch...
We consider a predator-prey model in a two-patch environment and assume that migration between patch...
We study interactions of predators and prey that are characterized by a scale difference in their us...
Traditionally, predator switching has been assumed to be a stabilizing force in ecological systems. ...
Many arthropod predator-prey systems on plants typically have a patchy structure in space and at lea...
This article describes the dynamics of local stability equilibrium point models of interaction betwe...
This article describes the dynamics of local stability equilibrium point models of interaction betwe...
We consider a predator-prey model in a two-patch environment and assume that migration between patch...
In the last 30 years the use of appropriate reaction terms in (spatial) ecology models has attracted...
In this paper we elucidate how small-scale movements, such as those associated with searching for fo...
In the last 30 years the use of appropriate reaction terms in (spatial) ecology models has attracted...
In the last 30 years the use of appropriate reaction terms in (spatial) ecology models has attracted...
Ecological communities can lose their permanence if a predator or a competitor is removed: the remai...
This work presents a predator-prey Lotka-Volterra model in a two patch environment. The model is a s...
The increased persistence of predator-prey systems when interactions are distributed through the spa...
We consider a predator-prey model in a two-patch environment and assume that migration between patch...
We consider a predator-prey model in a two-patch environment and assume that migration between patch...
We study interactions of predators and prey that are characterized by a scale difference in their us...
Traditionally, predator switching has been assumed to be a stabilizing force in ecological systems. ...
Many arthropod predator-prey systems on plants typically have a patchy structure in space and at lea...
This article describes the dynamics of local stability equilibrium point models of interaction betwe...
This article describes the dynamics of local stability equilibrium point models of interaction betwe...
We consider a predator-prey model in a two-patch environment and assume that migration between patch...
In the last 30 years the use of appropriate reaction terms in (spatial) ecology models has attracted...
In this paper we elucidate how small-scale movements, such as those associated with searching for fo...
In the last 30 years the use of appropriate reaction terms in (spatial) ecology models has attracted...
In the last 30 years the use of appropriate reaction terms in (spatial) ecology models has attracted...