We report on known results on the geometry of the limiting solutions of a reaction-diffusion system in any number of competing species k as the competition rate m tends to infinity. The case k=8 is studied in detail. We provide numerical simulations of solutions of the system for k=4,6,8 and large competition rate. Thanks to FreeFEM++ software, we obtain nodal partitions showing the predicted limiting configurations
We study a 2-species Lotka–Volterra type differential system, modeling competition between two spec...
summary:Two species of animals are competing in the same environment. Under what conditions do they ...
This thesis deals with a two component reaction-diffusion system (RDS) for competing and cooperating...
For the reaction-diffusion system of three competing species: -Delta u(i) = -mu mu(i) Sigma(j not eq...
Spatial segregation occurs in population dynamics when k species interact in a highly competitive wa...
AbstractWe consider a competition–diffusion system for two competing species; the density of the fir...
Reaction-diffusion systems with strong interaction terms appear in many multi-species physical prob...
AbstractFor a class of population models of competitive type, we study the asymptotic behavior of th...
International audienceIt is known that the competitive exclusion principle holds for a large kind of...
AbstractWe show that under certain additional hypothesis, two population competing species models in...
We study the large-interaction limit of an elliptic system modelling the steady states of two speci...
We study a competition-diffusion model while performing simultaneous homogenization and strong compe...
AbstractWe consider an integro-differential nonlinear model that describes the evolution of a popula...
Abstract. We deal with strongly competing multispecies systems of Lotka-Vol– terra type with homogen...
International audienceWe consider general models of coupled reaction-diffusion systems for interacti...
We study a 2-species Lotka–Volterra type differential system, modeling competition between two spec...
summary:Two species of animals are competing in the same environment. Under what conditions do they ...
This thesis deals with a two component reaction-diffusion system (RDS) for competing and cooperating...
For the reaction-diffusion system of three competing species: -Delta u(i) = -mu mu(i) Sigma(j not eq...
Spatial segregation occurs in population dynamics when k species interact in a highly competitive wa...
AbstractWe consider a competition–diffusion system for two competing species; the density of the fir...
Reaction-diffusion systems with strong interaction terms appear in many multi-species physical prob...
AbstractFor a class of population models of competitive type, we study the asymptotic behavior of th...
International audienceIt is known that the competitive exclusion principle holds for a large kind of...
AbstractWe show that under certain additional hypothesis, two population competing species models in...
We study the large-interaction limit of an elliptic system modelling the steady states of two speci...
We study a competition-diffusion model while performing simultaneous homogenization and strong compe...
AbstractWe consider an integro-differential nonlinear model that describes the evolution of a popula...
Abstract. We deal with strongly competing multispecies systems of Lotka-Vol– terra type with homogen...
International audienceWe consider general models of coupled reaction-diffusion systems for interacti...
We study a 2-species Lotka–Volterra type differential system, modeling competition between two spec...
summary:Two species of animals are competing in the same environment. Under what conditions do they ...
This thesis deals with a two component reaction-diffusion system (RDS) for competing and cooperating...