<p>We define these regimes as follows: R1: Extinction. R2: Competitive exclusion, only species <i>X</i><sub>1</sub> survives. R3: Competitive exclusion, only species <i>X</i><sub>2</sub> survives. R4: bistability between extinction and coexistence. R5: bistability between survival of <i>X</i><sub>1</sub> and coexistence. R6: bistability between survival of <i>X</i><sub>2</sub> and coexistence. R7: coexistence of <i>X</i><sub>1</sub> and <i>X</i><sub>2</sub>. (a) Influence of the growth rates <b><i>μ</i></b> in the chemostat system (b) Influence of the growth rates <b><i>μ</i></b> in the extended LV model (c) Influence of the flow rate Φ and the inflow in the chemostat for <b><i>μ</i></b> = [1600, 800]. (d) Influence of the flow rate Φ and ...
International audienceThis paper deals with a complete analysis of a density-dependent model in a ch...
In this article we study the long term behavior of the competitive system {[Formula presented]=∇⋅[α(...
Community ecology typically assumes that competitive exclusion and species coexistence are unaffecte...
<div><p>We theoretically study the dynamics of two interacting microbial species in the chemostat. T...
We study the adaptive dynamics of the colonization rate of species living in a patchy habitat when t...
We theoretically study the dynamics of two interacting microbial species in the chemostat. These spe...
Recent simulation modeling has shown that species can coevolve toward clusters of coexisting consume...
summary:Two species of animals are competing in the same environment. Under what conditions do they ...
We study a 2-species Lotka–Volterra type differential system, modeling competition between two spec...
Competition between two species in a metapopulation involves each inhibiting the other's ability fir...
Simple patch-occupancy models of competitive metacommunities have shown that coexistence is possible...
Species often interact with multiple mutualistic partners that provide functionally different benefi...
<p>All other parameters fixed at , , , . Each point represents the outcome of 20 realisations of the...
AbstractThe dynamical behavior of a competitive, coevolutionary model containing stable coexistence ...
The objective of this paper is to systematically study the qualitative properties of a ratio-depende...
International audienceThis paper deals with a complete analysis of a density-dependent model in a ch...
In this article we study the long term behavior of the competitive system {[Formula presented]=∇⋅[α(...
Community ecology typically assumes that competitive exclusion and species coexistence are unaffecte...
<div><p>We theoretically study the dynamics of two interacting microbial species in the chemostat. T...
We study the adaptive dynamics of the colonization rate of species living in a patchy habitat when t...
We theoretically study the dynamics of two interacting microbial species in the chemostat. These spe...
Recent simulation modeling has shown that species can coevolve toward clusters of coexisting consume...
summary:Two species of animals are competing in the same environment. Under what conditions do they ...
We study a 2-species Lotka–Volterra type differential system, modeling competition between two spec...
Competition between two species in a metapopulation involves each inhibiting the other's ability fir...
Simple patch-occupancy models of competitive metacommunities have shown that coexistence is possible...
Species often interact with multiple mutualistic partners that provide functionally different benefi...
<p>All other parameters fixed at , , , . Each point represents the outcome of 20 realisations of the...
AbstractThe dynamical behavior of a competitive, coevolutionary model containing stable coexistence ...
The objective of this paper is to systematically study the qualitative properties of a ratio-depende...
International audienceThis paper deals with a complete analysis of a density-dependent model in a ch...
In this article we study the long term behavior of the competitive system {[Formula presented]=∇⋅[α(...
Community ecology typically assumes that competitive exclusion and species coexistence are unaffecte...