Description of the sensitivity of the results of the simulations to the population growth rate and the dispersal rate, for diffusion-like dispersa
<p>Isolines of are functions of the community radius <i>R<sub>c</sub></i> (10<<i>R<sub>c</sub></i> ...
We perform an analytical sensitivity analysis for a model of a continuous-time branching process evo...
Molecular analyses are frequently used to assess biological gene flow and dispersal, yet recent data...
Dispersal is usually associated with the spread of invasive species, but it also has two opposing ef...
International audienceDispersal is usually associated with the spread of invasive species, but it al...
<p>The size of the perturbation effect, , at time starting near the disease free equilibrium for (A...
<p><i>K</i> is the carrying capacity of every cell. <i>N</i><sub>tot</sub> is the total number of in...
Identifying the main factors driving introduced populations to establishment is a major challenge of...
<p>This chart shows a set of simulated populations, with dispersal increasing from left to right and...
For geographically closed populations, it has long been known that the dynamics of rare populations ...
Effective population size is one of the fundamental parameters in many population genetic models. It...
Questions: Can density-dependent habitat selection create extinction–recolonization dynamics typical...
Figures showing sensitivity of the results of simulations to estimates of population size, local pop...
International audienceThe local density of individuals is seldom uniform in space and time within na...
International audienceWe use individual-based stochastic simulations and analytical deterministic pr...
<p>Isolines of are functions of the community radius <i>R<sub>c</sub></i> (10<<i>R<sub>c</sub></i> ...
We perform an analytical sensitivity analysis for a model of a continuous-time branching process evo...
Molecular analyses are frequently used to assess biological gene flow and dispersal, yet recent data...
Dispersal is usually associated with the spread of invasive species, but it also has two opposing ef...
International audienceDispersal is usually associated with the spread of invasive species, but it al...
<p>The size of the perturbation effect, , at time starting near the disease free equilibrium for (A...
<p><i>K</i> is the carrying capacity of every cell. <i>N</i><sub>tot</sub> is the total number of in...
Identifying the main factors driving introduced populations to establishment is a major challenge of...
<p>This chart shows a set of simulated populations, with dispersal increasing from left to right and...
For geographically closed populations, it has long been known that the dynamics of rare populations ...
Effective population size is one of the fundamental parameters in many population genetic models. It...
Questions: Can density-dependent habitat selection create extinction–recolonization dynamics typical...
Figures showing sensitivity of the results of simulations to estimates of population size, local pop...
International audienceThe local density of individuals is seldom uniform in space and time within na...
International audienceWe use individual-based stochastic simulations and analytical deterministic pr...
<p>Isolines of are functions of the community radius <i>R<sub>c</sub></i> (10<<i>R<sub>c</sub></i> ...
We perform an analytical sensitivity analysis for a model of a continuous-time branching process evo...
Molecular analyses are frequently used to assess biological gene flow and dispersal, yet recent data...
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