AbstractIn this paper, we consider a time-delayed periodic system which describes the competition among mature populations. By appealing to theories of monotone dynamical systems, periodic semiflows and uniform persistence, we analyze the evolutionary behavior of the system and establish sufficient conditions for competitive coexistence and exclusion
A system of ordinary differential equations describing the dynamics of two size structured species c...
Coexistence of temporally segregated competitors in a cyclic environment (e.g. univoltine insect spe...
In some species, larvae and adults experience competition in completely different ways. Simple stage...
AbstractIn this paper, we consider a time-delayed periodic system which describes the competition am...
In this paper we consider a periodic non-autonomous competitive stage-structured system with infinit...
A discrete time non-autonomous two-species competitive system with delays is proposed, which involve...
AbstractThis paper considers a delay differential equation model for the interaction among n species...
The purpose of this paper is to investigate a non-autonomous differ-ential competitive system with p...
A two-species Lotka-Volterra type competition model with stage structures for both species is propos...
A two-species Lotka-Volterra type competition model with stage structures for both species is propos...
A two-species Lotka-Volterra type competition model with stage structures for both species is propos...
We study a periodic Kolmogorov system describing two species nonlinear competition. We discuss coexi...
We study a periodic Kolmogorov system describing two species nonlinear competition. We discuss coexi...
We study a periodic Kolmogorov system describing two species nonlinear competition. We discuss coexi...
In this paper, we systematically explore the periodicity of some dynamic equations on time scales, w...
A system of ordinary differential equations describing the dynamics of two size structured species c...
Coexistence of temporally segregated competitors in a cyclic environment (e.g. univoltine insect spe...
In some species, larvae and adults experience competition in completely different ways. Simple stage...
AbstractIn this paper, we consider a time-delayed periodic system which describes the competition am...
In this paper we consider a periodic non-autonomous competitive stage-structured system with infinit...
A discrete time non-autonomous two-species competitive system with delays is proposed, which involve...
AbstractThis paper considers a delay differential equation model for the interaction among n species...
The purpose of this paper is to investigate a non-autonomous differ-ential competitive system with p...
A two-species Lotka-Volterra type competition model with stage structures for both species is propos...
A two-species Lotka-Volterra type competition model with stage structures for both species is propos...
A two-species Lotka-Volterra type competition model with stage structures for both species is propos...
We study a periodic Kolmogorov system describing two species nonlinear competition. We discuss coexi...
We study a periodic Kolmogorov system describing two species nonlinear competition. We discuss coexi...
We study a periodic Kolmogorov system describing two species nonlinear competition. We discuss coexi...
In this paper, we systematically explore the periodicity of some dynamic equations on time scales, w...
A system of ordinary differential equations describing the dynamics of two size structured species c...
Coexistence of temporally segregated competitors in a cyclic environment (e.g. univoltine insect spe...
In some species, larvae and adults experience competition in completely different ways. Simple stage...
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