Add to ORKGAbstract: In this paper, we are interested in an integro-differential model that describe the evolution of a population structured with respect to a con-tinuous trait. Under some assumption, we are able to find an entropy for the system, and show that some steady solutions are globaly stable. The stability conditions we find are coherent with those of Adaptive Dynamics. AMS class. No: 35B40, 92D1
This paper models the indirect evolution of the preferences of a population of fully rational agents...
Abstract: This paper investigates stability properties of evolutionary selection dynamics in normal ...
A dynamics for frequency dependent selection is proposed and applied to several biological examples....
International audienceIn this paper, we are interested in an integro-differential model that describ...
We analyse the asymptotic behaviour of integro-differential equations modelling N populations in int...
In this paper, we provide results about the long time behavior of integrodifferential equations appe...
We extend the ideas of evolutionary dynamics and stability to a very broad class of biological and o...
Evolutionary dynamics depend critically on a population's interaction structure - the pattern of whi...
In this work, a partial differential equation model for evolutionary dynamics is presented that desc...
AbstractThe dynamical behavior of a competitive, coevolutionary model containing stable coexistence ...
Disruptive selection We consider a model of frequency-dependent selection, which we refer to as the ...
AbstractA dynamics for frequency dependent selection is proposed and applied to several biological e...
In this paper, we are interested in the nonlinear stability of Dirac-type steady solutions to an int...
AbstractA selection mutation predator prey model for the distribution of individuals with respect to...
This paper intends to develop a theoretical framework for investigating the evolutionary impact of s...
This paper models the indirect evolution of the preferences of a population of fully rational agents...
Abstract: This paper investigates stability properties of evolutionary selection dynamics in normal ...
A dynamics for frequency dependent selection is proposed and applied to several biological examples....
International audienceIn this paper, we are interested in an integro-differential model that describ...
We analyse the asymptotic behaviour of integro-differential equations modelling N populations in int...
In this paper, we provide results about the long time behavior of integrodifferential equations appe...
We extend the ideas of evolutionary dynamics and stability to a very broad class of biological and o...
Evolutionary dynamics depend critically on a population's interaction structure - the pattern of whi...
In this work, a partial differential equation model for evolutionary dynamics is presented that desc...
AbstractThe dynamical behavior of a competitive, coevolutionary model containing stable coexistence ...
Disruptive selection We consider a model of frequency-dependent selection, which we refer to as the ...
AbstractA dynamics for frequency dependent selection is proposed and applied to several biological e...
In this paper, we are interested in the nonlinear stability of Dirac-type steady solutions to an int...
AbstractA selection mutation predator prey model for the distribution of individuals with respect to...
This paper intends to develop a theoretical framework for investigating the evolutionary impact of s...
This paper models the indirect evolution of the preferences of a population of fully rational agents...
Abstract: This paper investigates stability properties of evolutionary selection dynamics in normal ...
A dynamics for frequency dependent selection is proposed and applied to several biological examples....