This article, studies a stochastic logistic model with infinite delay. Using a phase space, we establish sufficient conditions for the extinction, nonpersistence in the mean, weak persistence, and stochastic permanence. A threshold between weak persistence and extinction is obtained. Our results state that different types of environmental noises have different effects on the persistence and extinction, and that the delay has no impact on the persistence and extinction for the stochastic model in the autonomous case. Numerical simulations illustrate the theoretical results
It is investigated the non-autonomous logistic differential equation with disturbance of coeffcients...
AbstractA stochastic logistic model with impulsive perturbations is proposed and investigated. First...
AbstractWe reveal in this paper that the environmental noise will not only suppress a potential popu...
AbstractThis paper studies two widely used stochastic non-autonomous logistic models. For the first ...
Persistence and extinction of a randomized non-autonomous logistic equation is studied. Sufficient ...
summary:The paper is concerned with a stochastic delay predator-prey model under regime switching. S...
In this paper, we propose and discuss a stochastic logistic model with delay, Markovian switching, L...
AbstractIn this paper, we prove that a stochastic logistic population under regime switching control...
In this paper, we prove that a stochastic logistic population under regime switching controlled by a...
This article concerns the stochastic logistic models under regime switching with Levy noise. In the...
In this paper, we examine a population model with carrying capacity, time delay, and sources of addi...
... an ed f ne nis iste rtu th interacting populations. Namely, a model is either persistent despite...
AbstractPopulations of biological species are often subject to different types of environmental nois...
We analyze the influence of stochastic perturbations on a single-species logistic model with the pop...
This paper is concerned with a delay logistical model under regime switching diffusion in random env...
It is investigated the non-autonomous logistic differential equation with disturbance of coeffcients...
AbstractA stochastic logistic model with impulsive perturbations is proposed and investigated. First...
AbstractWe reveal in this paper that the environmental noise will not only suppress a potential popu...
AbstractThis paper studies two widely used stochastic non-autonomous logistic models. For the first ...
Persistence and extinction of a randomized non-autonomous logistic equation is studied. Sufficient ...
summary:The paper is concerned with a stochastic delay predator-prey model under regime switching. S...
In this paper, we propose and discuss a stochastic logistic model with delay, Markovian switching, L...
AbstractIn this paper, we prove that a stochastic logistic population under regime switching control...
In this paper, we prove that a stochastic logistic population under regime switching controlled by a...
This article concerns the stochastic logistic models under regime switching with Levy noise. In the...
In this paper, we examine a population model with carrying capacity, time delay, and sources of addi...
... an ed f ne nis iste rtu th interacting populations. Namely, a model is either persistent despite...
AbstractPopulations of biological species are often subject to different types of environmental nois...
We analyze the influence of stochastic perturbations on a single-species logistic model with the pop...
This paper is concerned with a delay logistical model under regime switching diffusion in random env...
It is investigated the non-autonomous logistic differential equation with disturbance of coeffcients...
AbstractA stochastic logistic model with impulsive perturbations is proposed and investigated. First...
AbstractWe reveal in this paper that the environmental noise will not only suppress a potential popu...