Add to ORKGThis chapter, originally intended for inclusion in [4], focuses on mod-eling issues by way of an example of a predator-prey model where the predator has a juvenile stage. A careful derivation of the model is given starting from an age-structured model for the predator population. Th
(1) We develop a mathematically rigorous approach to modelling the effects of age structure, in whic...
We describe the characteristics and behaviour of emergent patterns we have found in a simple predato...
National audiencePredation models based on differential equations,such as the classical Lotka-Volterr...
This paper is a critique and an elaboration on the question of stability of solutions of an age stru...
Predation is one of the basic mechanisms of population growth control. Using a mathematical model, w...
A general framework for age-structured predator-prey systems is introduced. Individuals are distingu...
A general framework for age-structured predator-prey systems is introduced. Individuals ar...
The project involved the development of a mathematical model using ordinary differential equations t...
AbstractA predator–prey model with a stage structure for the predator which improves the assumption ...
In this thesis, we study the population dynamics of predator-prey interactions described by mathemat...
A Lotka-Volterra predator-prey model, in which a sexually immature and a sexually mature age class e...
In this paper, a class of two species predator-prey model with func-tional response and harvesting, ...
National audiencePredation models based on differential equations,such as the classical Lotka-Volterr...
National audiencePredation models based on differential equations,such as the classical Lotka-Volterr...
National audiencePredation models based on differential equations,such as the classical Lotka-Volterr...
(1) We develop a mathematically rigorous approach to modelling the effects of age structure, in whic...
We describe the characteristics and behaviour of emergent patterns we have found in a simple predato...
National audiencePredation models based on differential equations,such as the classical Lotka-Volterr...
This paper is a critique and an elaboration on the question of stability of solutions of an age stru...
Predation is one of the basic mechanisms of population growth control. Using a mathematical model, w...
A general framework for age-structured predator-prey systems is introduced. Individuals are distingu...
A general framework for age-structured predator-prey systems is introduced. Individuals ar...
The project involved the development of a mathematical model using ordinary differential equations t...
AbstractA predator–prey model with a stage structure for the predator which improves the assumption ...
In this thesis, we study the population dynamics of predator-prey interactions described by mathemat...
A Lotka-Volterra predator-prey model, in which a sexually immature and a sexually mature age class e...
In this paper, a class of two species predator-prey model with func-tional response and harvesting, ...
National audiencePredation models based on differential equations,such as the classical Lotka-Volterr...
National audiencePredation models based on differential equations,such as the classical Lotka-Volterr...
National audiencePredation models based on differential equations,such as the classical Lotka-Volterr...
(1) We develop a mathematically rigorous approach to modelling the effects of age structure, in whic...
We describe the characteristics and behaviour of emergent patterns we have found in a simple predato...
National audiencePredation models based on differential equations,such as the classical Lotka-Volterr...