This paper investigates the population growth of a certain species in which every generation reproduces twice. First we probe the cases of 100% regeneration. We find that the population stabilizes for all the case although the stable values are different and exhibit interesting patterns. Then we study the survival period of a species by randomizing the reproduction probabilities within a window at same predefined ages. Now the population meets three different possibilities when left over for long periods -Dies, Stabilizes, Shoots up. We carry out a detail study for these outcomes in the parameter space defined by the reproduction probabilities. 
This expository book presents the mathematical description of evolutionary models of populations sub...
International audienceA distinctive signature of living systems is Darwinian evolution, that is, a p...
Modelling Fluctuating Populations, originally published in 1982, is a classic textbook because prima...
This paper investigates the population growth of a certain species in which every generation reprodu...
Demographic stochasticity can have large effects on the dynamics of small populations as well as on ...
Comprehensive models of stochastic, clonally reproducing populations are defined in terms of general...
The objective of this project was to examine the dynamics of population size based on age-specific l...
Demographic stochasticity can have large effects on the dynamics of small populations as well as on ...
Sexually reproducing populations with a small number of individuals may go extinct by stochastic flu...
Sexually reproducing populations with a small number of individuals may go extinct by stochastic flu...
We develop a stochastic differential equation for the purpose of studying experiments in long-term e...
Simple nonlinear difference equations have been used to describe the growth of populations with nono...
Some small populations are characterized by periods of exponential growth, interrupted by sudden dec...
How life-history strategies influence the evolution of populations is not well understood. Most exis...
Review paper on stochastic differential equation models for the growth and extinction of populations...
This expository book presents the mathematical description of evolutionary models of populations sub...
International audienceA distinctive signature of living systems is Darwinian evolution, that is, a p...
Modelling Fluctuating Populations, originally published in 1982, is a classic textbook because prima...
This paper investigates the population growth of a certain species in which every generation reprodu...
Demographic stochasticity can have large effects on the dynamics of small populations as well as on ...
Comprehensive models of stochastic, clonally reproducing populations are defined in terms of general...
The objective of this project was to examine the dynamics of population size based on age-specific l...
Demographic stochasticity can have large effects on the dynamics of small populations as well as on ...
Sexually reproducing populations with a small number of individuals may go extinct by stochastic flu...
Sexually reproducing populations with a small number of individuals may go extinct by stochastic flu...
We develop a stochastic differential equation for the purpose of studying experiments in long-term e...
Simple nonlinear difference equations have been used to describe the growth of populations with nono...
Some small populations are characterized by periods of exponential growth, interrupted by sudden dec...
How life-history strategies influence the evolution of populations is not well understood. Most exis...
Review paper on stochastic differential equation models for the growth and extinction of populations...
This expository book presents the mathematical description of evolutionary models of populations sub...
International audienceA distinctive signature of living systems is Darwinian evolution, that is, a p...
Modelling Fluctuating Populations, originally published in 1982, is a classic textbook because prima...