<p>The parameters are effective population sizes (N<sub>1</sub>, N<sub>2</sub>, and N<sub>A</sub>), rates of gene flow (m<sub>1</sub> and m<sub>2</sub>), time of population divergence (t) and proportion of N<sub>A</sub> that forms the founding population of N<sub>1</sub> (s). So the founding sizes of the descendent populations are sN<sub>A</sub> and (1-s)N<sub>A</sub> respectively, where 01 = 4N<sub>1</sub><i>u</i>, θ<sub>2</sub> = 4N<sub>2</sub><i>u</i>, θ<sub>A</sub> = 4N<sub><i>A</i></sub><i>u</i>, <i>m</i><sub>1</sub> = m<sub>1</sub> / <i>u</i>, <i>m</i><sub>2</sub> = m<sub>2</sub> / <i>u</i>, <i>t</i> = <i>t</i> / <i>u</i>.</p
<p>Migration rates were inferred using IM, with estimated values converted into effective units of p...
<p>Migration from population B to population A proceeds at rate , beginning at time and ending at t...
<p>Once hybrid populations diverge in ancestry at hybrid incompatibility loci from parental populati...
<div><p>(A) The basic IM model. The demographic terms are effective population sizes (N<sub>1</sub>,...
Summary: The Bayesian inference of demographic parameters under an Isolation-Migration (IM) model of...
<p>For each parameter, the most probable value (high point) and the 95% highest posterior density (9...
<p>A) One population with bottleneck B) Isolation of two populations with asymmetric migration C) Th...
Two demographic scenarios are considered: two populations with migration and two populations that ha...
<p>For each parameter per species, the high point (HP) and 95% highest posterior density (95% HPD) o...
<p>A) The mean simulated values of <i>G</i><sub>min</sub> plotted against divergence time for a mode...
The isolation-with-migration (IM) model is commonly used to make inferences about gene flow during s...
Sewall Wright demonstrated 70 years ago that the number of migrants required to maintain specified l...
Methods developed over the past decade have made it possible to estimate molecular demographic param...
<p>Estimates of migrations rates (m) in each direction and genetic diversities (Θ), based on the iso...
A formula for the effective population size for the finite island model of subdivided populations is...
<p>Migration rates were inferred using IM, with estimated values converted into effective units of p...
<p>Migration from population B to population A proceeds at rate , beginning at time and ending at t...
<p>Once hybrid populations diverge in ancestry at hybrid incompatibility loci from parental populati...
<div><p>(A) The basic IM model. The demographic terms are effective population sizes (N<sub>1</sub>,...
Summary: The Bayesian inference of demographic parameters under an Isolation-Migration (IM) model of...
<p>For each parameter, the most probable value (high point) and the 95% highest posterior density (9...
<p>A) One population with bottleneck B) Isolation of two populations with asymmetric migration C) Th...
Two demographic scenarios are considered: two populations with migration and two populations that ha...
<p>For each parameter per species, the high point (HP) and 95% highest posterior density (95% HPD) o...
<p>A) The mean simulated values of <i>G</i><sub>min</sub> plotted against divergence time for a mode...
The isolation-with-migration (IM) model is commonly used to make inferences about gene flow during s...
Sewall Wright demonstrated 70 years ago that the number of migrants required to maintain specified l...
Methods developed over the past decade have made it possible to estimate molecular demographic param...
<p>Estimates of migrations rates (m) in each direction and genetic diversities (Θ), based on the iso...
A formula for the effective population size for the finite island model of subdivided populations is...
<p>Migration rates were inferred using IM, with estimated values converted into effective units of p...
<p>Migration from population B to population A proceeds at rate , beginning at time and ending at t...
<p>Once hybrid populations diverge in ancestry at hybrid incompatibility loci from parental populati...