Add to ORKGSome models of interacting species in a random environment are analyzed. Approximate solutions of the stochastic differential or delay-differential equations describing the systems are obtained, on the assumption that the random environment is fluctuating rapidly
Many biological and physiological processes involve self-regulating mechanisms that prevent too much...
This paper is concerned with the analysis, in a stochastic sense, of systems described by linear dif...
When modelling population dynamics within an ecosystem, there are many factors that need to be consi...
Some models of interacting species in a random environment are analyzed. Approximate solutions of th...
There is a growing recognition that ecological systems can spend extended periods of time far away f...
Classical Lotka-Volterra (LV) model for oscillatory behavior of population sizes of two interacting ...
AbstractAn exactly solvable stochastic model for two interacting species with a prey-predator relati...
First we deal with a brief introduction of the autotroph-herbivore model system along with determini...
Review paper on stochastic differential equation models for the growth and extinction of populations...
The evolution of a population whose size is described by a first order stochastic differential equat...
The asymptotic regime of a complex ecosystem with N random interacting species and in the presence o...
AbstractRecently a deterministic Predator-Prey model which takes into account low predator densities...
A generalized Lotka-Volterra model for a pair of interacting populations of predators and prey is st...
The object of this paper is to study the stability behaviours of the deterministic and stochastic ve...
We investigate the stochastic dynamics of a prey-predator type ecosystem with time delay and the dis...
Many biological and physiological processes involve self-regulating mechanisms that prevent too much...
This paper is concerned with the analysis, in a stochastic sense, of systems described by linear dif...
When modelling population dynamics within an ecosystem, there are many factors that need to be consi...
Some models of interacting species in a random environment are analyzed. Approximate solutions of th...
There is a growing recognition that ecological systems can spend extended periods of time far away f...
Classical Lotka-Volterra (LV) model for oscillatory behavior of population sizes of two interacting ...
AbstractAn exactly solvable stochastic model for two interacting species with a prey-predator relati...
First we deal with a brief introduction of the autotroph-herbivore model system along with determini...
Review paper on stochastic differential equation models for the growth and extinction of populations...
The evolution of a population whose size is described by a first order stochastic differential equat...
The asymptotic regime of a complex ecosystem with N random interacting species and in the presence o...
AbstractRecently a deterministic Predator-Prey model which takes into account low predator densities...
A generalized Lotka-Volterra model for a pair of interacting populations of predators and prey is st...
The object of this paper is to study the stability behaviours of the deterministic and stochastic ve...
We investigate the stochastic dynamics of a prey-predator type ecosystem with time delay and the dis...
Many biological and physiological processes involve self-regulating mechanisms that prevent too much...
This paper is concerned with the analysis, in a stochastic sense, of systems described by linear dif...
When modelling population dynamics within an ecosystem, there are many factors that need to be consi...