If a general branching process evolves in a habitat with a finite carrying capacity, i. e. a number such that reproduction turns subcritical as soon as population size exceeds that number, then the population may either die out quickly, or else grow up to arround the carrying capacity, where it will linger for a long time, until it starts decaying exponentially to extinction
Independence of reproducing individuals can be viewed as the very defining property of branching pro...
In order to model random density-dependence in population dynamics, we construct the random analogue...
International audienceUsing a metapopulation model, we study how local extinctions, limited populati...
If a general branching process evolves in a habitat with a finite carryingcapacity, i. e. a number s...
Comprehensive models of stochastic, clonally reproducing populations are defined in terms of general...
Comprehensive models of stochastic, clonally reproducing populations are defined in terms of general...
Dependence of individual reproduction upon the size of the whole population is studied in a general ...
Some small populations are characterized by periods of exponential growth, interrupted by sudden dec...
Some small populations are characterized by periods of exponential growth, interrupted by sudden dec...
Abstract. The age structure of populations supercritical below and subcritical above a car-rying cap...
The age structure of populations supercritical below and subcritical above a carrying capacity is in...
The age structure of populations supercritical below and subcritical above a carrying capacity is in...
We consider a birth-death process with birth rates i lambda and death rates i mu+i(i-1)theta, where ...
We study the evolution of dispersal in a structured metapopulation model. The metapopulation consist...
Independence of reproducing individuals can be viewed as the very defining property of branching pro...
Independence of reproducing individuals can be viewed as the very defining property of branching pro...
In order to model random density-dependence in population dynamics, we construct the random analogue...
International audienceUsing a metapopulation model, we study how local extinctions, limited populati...
If a general branching process evolves in a habitat with a finite carryingcapacity, i. e. a number s...
Comprehensive models of stochastic, clonally reproducing populations are defined in terms of general...
Comprehensive models of stochastic, clonally reproducing populations are defined in terms of general...
Dependence of individual reproduction upon the size of the whole population is studied in a general ...
Some small populations are characterized by periods of exponential growth, interrupted by sudden dec...
Some small populations are characterized by periods of exponential growth, interrupted by sudden dec...
Abstract. The age structure of populations supercritical below and subcritical above a car-rying cap...
The age structure of populations supercritical below and subcritical above a carrying capacity is in...
The age structure of populations supercritical below and subcritical above a carrying capacity is in...
We consider a birth-death process with birth rates i lambda and death rates i mu+i(i-1)theta, where ...
We study the evolution of dispersal in a structured metapopulation model. The metapopulation consist...
Independence of reproducing individuals can be viewed as the very defining property of branching pro...
Independence of reproducing individuals can be viewed as the very defining property of branching pro...
In order to model random density-dependence in population dynamics, we construct the random analogue...
International audienceUsing a metapopulation model, we study how local extinctions, limited populati...