Abstract The permanence for three-species cooperative difference systems of Lotka-Volterra is considered. By constructing some suitable regions, we prove that a cooperative system cannot be permanent. Furthermore, we find the orbits starting from our regions approach the coordinate axes as n tends to infinity. This is somewhat similar to the May-Leonard behavior in the case of competition models
AbstractIn this paper, the permanence for the general nonautonomous n-species discrete Kolmogorov sy...
The goal of this work is to study in some detail the asymptotic behaviour of a nonautonomous Lotka-V...
Abstract In this paper, a May cooperative system with strong and weak cooperative partners is propos...
AbstractA nonautonomous N-species discrete Lotka–Volterra competitive system of difference equations...
AbstractIn this paper, we study the permanence and global asymptotic behavior for the N-species nona...
AbstractIn this paper, we first consider a general N-species nonautonomous Lotka–Volterra system. We...
AbstractIn this note, two examples are given to show that delays can make two-species Lotka-Volterra...
AbstractIn this paper, the necessary and sufficient conditions for permanence and extinction of the ...
AbstractIn this paper, we consider a class of nonautonomous N-species Lotka–Volterra competitive sys...
AbstractA two-species nonautonomous delayed system is considered. The system models two-population d...
AbstractThis paper studies the general nonautonomous predator–prey Lotka–Volterra systems with infin...
AbstractIn this paper, a two-species competitive model with stage structure is presented and studied...
In this work we study the steady state cross diffusive Lotka Volterra cooperative system. We have in...
AbstractIn this paper, we improve and generalize the results of Montes de Oca and Zeeman [J. Math. A...
Abstract. Lotka-Volterra systems are the canonical ecological models used to analyze popula-tion dyn...
AbstractIn this paper, the permanence for the general nonautonomous n-species discrete Kolmogorov sy...
The goal of this work is to study in some detail the asymptotic behaviour of a nonautonomous Lotka-V...
Abstract In this paper, a May cooperative system with strong and weak cooperative partners is propos...
AbstractA nonautonomous N-species discrete Lotka–Volterra competitive system of difference equations...
AbstractIn this paper, we study the permanence and global asymptotic behavior for the N-species nona...
AbstractIn this paper, we first consider a general N-species nonautonomous Lotka–Volterra system. We...
AbstractIn this note, two examples are given to show that delays can make two-species Lotka-Volterra...
AbstractIn this paper, the necessary and sufficient conditions for permanence and extinction of the ...
AbstractIn this paper, we consider a class of nonautonomous N-species Lotka–Volterra competitive sys...
AbstractA two-species nonautonomous delayed system is considered. The system models two-population d...
AbstractThis paper studies the general nonautonomous predator–prey Lotka–Volterra systems with infin...
AbstractIn this paper, a two-species competitive model with stage structure is presented and studied...
In this work we study the steady state cross diffusive Lotka Volterra cooperative system. We have in...
AbstractIn this paper, we improve and generalize the results of Montes de Oca and Zeeman [J. Math. A...
Abstract. Lotka-Volterra systems are the canonical ecological models used to analyze popula-tion dyn...
AbstractIn this paper, the permanence for the general nonautonomous n-species discrete Kolmogorov sy...
The goal of this work is to study in some detail the asymptotic behaviour of a nonautonomous Lotka-V...
Abstract In this paper, a May cooperative system with strong and weak cooperative partners is propos...