This is a continuation of our paper [Q. Luo, X. Mao, Stochastic population dynamics under regime switching, J. Math. Anal. Appl. 334 (2007) 69-84] on stochastic population dynamics under regime switching. In this paper we still take both white and color environmental noise into account. We show that a sufficient large white noise may make the underlying population extinct while for a relatively small noise we give both asymptotically upper and lower bound for the underlying population. In some special but important situations we precisely describe the limit of the average in time of the population
In this paper, we examine a population model with carrying capacity, time delay, and sources of addi...
When modelling population dynamics within an ecosystem, there are many factors that need to be consi...
A stochastic generalization of the Ricker discrete population model is studied under the assumption ...
This is a continuation of our paper [Q. Luo, X. Mao, Stochastic population dynamics under regime swi...
AbstractIn this paper we will develop a new stochastic population model under regime switching. Our ...
AbstractThis is a continuation of our paper [Q. Luo, X. Mao, Stochastic population dynamics under re...
Taking both white noise and colored environment noise into account, a predator-prey model is propose...
The stochastic dynamics of a population growth model with size-dependent carrying capacity is consid...
A recurrent problem in ecology and conservation biology is to estimate the risk of population extinc...
summary:The paper is concerned with a stochastic delay predator-prey model under regime switching. S...
We examined the asymptotic rate of population extinction; when the population experien-ces density-d...
AbstractIn this paper, we prove that a stochastic logistic population under regime switching control...
In this paper we stochastically perturb the classical Lotka{Volterra model x_ (t) = diag(x1(t); ; xn...
In this paper, we prove that a stochastic logistic population under regime switching controlled by a...
AbstractPopulations of biological species are often subject to different types of environmental nois...
In this paper, we examine a population model with carrying capacity, time delay, and sources of addi...
When modelling population dynamics within an ecosystem, there are many factors that need to be consi...
A stochastic generalization of the Ricker discrete population model is studied under the assumption ...
This is a continuation of our paper [Q. Luo, X. Mao, Stochastic population dynamics under regime swi...
AbstractIn this paper we will develop a new stochastic population model under regime switching. Our ...
AbstractThis is a continuation of our paper [Q. Luo, X. Mao, Stochastic population dynamics under re...
Taking both white noise and colored environment noise into account, a predator-prey model is propose...
The stochastic dynamics of a population growth model with size-dependent carrying capacity is consid...
A recurrent problem in ecology and conservation biology is to estimate the risk of population extinc...
summary:The paper is concerned with a stochastic delay predator-prey model under regime switching. S...
We examined the asymptotic rate of population extinction; when the population experien-ces density-d...
AbstractIn this paper, we prove that a stochastic logistic population under regime switching control...
In this paper we stochastically perturb the classical Lotka{Volterra model x_ (t) = diag(x1(t); ; xn...
In this paper, we prove that a stochastic logistic population under regime switching controlled by a...
AbstractPopulations of biological species are often subject to different types of environmental nois...
In this paper, we examine a population model with carrying capacity, time delay, and sources of addi...
When modelling population dynamics within an ecosystem, there are many factors that need to be consi...
A stochastic generalization of the Ricker discrete population model is studied under the assumption ...