Abstract. We deal with strongly competing multispecies systems of Lotka-Vol– terra type with homogeneous Dirichlet boundary conditions. We show that the shape of the spatial domain contributes to the occurrence of pattern formation (coexistence) and prevents extinction of the species as the competition grows in-definitely. As a result we prove the existence of complete solutions for a remarkable system of variational inequalities involved in segregation phenomena and optimal partition problems. 1
Speciation, diversification, and competition between species challenge the stability of complex ecos...
We study the large-interaction limit of an elliptic system modelling the steady states of two speci...
We extend to the case of many competing densities the results of the paper [7]. More precisely, we a...
We deal with strongly competing multispecies systems of Lotka-Volterra type with homogeneous Diri...
Spatial segregation occurs in population dynamics when k species interact in a highly competitive wa...
We deal with strongly competing multispecies systems of Lotka-Volterra type with homogeneous Neuman...
AbstractThis paper is concerned with the spatial behavior of the non-autonomous competition–diffusio...
International audienceIt is known that the competitive exclusion principle holds for a large kind of...
The purpose of this thesis is the mathematical and numerical study of a system of several species co...
We investigate the long term behavior for a class of competition\u2013diffusion systems of Lotka\u20...
AbstractFor a class of population models of competitive type, we study the asymptotic behavior of th...
In this paper we study positive steady-state solutions of a reaction-diffusion model, the Lotka-Volt...
summary:Two species of animals are competing in the same environment. Under what conditions do they ...
AbstractThis paper is a study of a system modeling a biological community of species with limited co...
In models of competition in which space is treated as a continuum, and population size as continuous...
Speciation, diversification, and competition between species challenge the stability of complex ecos...
We study the large-interaction limit of an elliptic system modelling the steady states of two speci...
We extend to the case of many competing densities the results of the paper [7]. More precisely, we a...
We deal with strongly competing multispecies systems of Lotka-Volterra type with homogeneous Diri...
Spatial segregation occurs in population dynamics when k species interact in a highly competitive wa...
We deal with strongly competing multispecies systems of Lotka-Volterra type with homogeneous Neuman...
AbstractThis paper is concerned with the spatial behavior of the non-autonomous competition–diffusio...
International audienceIt is known that the competitive exclusion principle holds for a large kind of...
The purpose of this thesis is the mathematical and numerical study of a system of several species co...
We investigate the long term behavior for a class of competition\u2013diffusion systems of Lotka\u20...
AbstractFor a class of population models of competitive type, we study the asymptotic behavior of th...
In this paper we study positive steady-state solutions of a reaction-diffusion model, the Lotka-Volt...
summary:Two species of animals are competing in the same environment. Under what conditions do they ...
AbstractThis paper is a study of a system modeling a biological community of species with limited co...
In models of competition in which space is treated as a continuum, and population size as continuous...
Speciation, diversification, and competition between species challenge the stability of complex ecos...
We study the large-interaction limit of an elliptic system modelling the steady states of two speci...
We extend to the case of many competing densities the results of the paper [7]. More precisely, we a...