<p>The parameter values are the same as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0067871#pone-0067871-g003" target="_blank">Fig 3(c)</a> with the value of varied from (crosses), (diamonds), (circles), (plus) and (triangles point down). The filled circle represents the polymorphic deterministic speed which is the same for all mutation rates. The triangles point up represent the fastest single morphs speed, which here is the establisher, with the filled triangle the deterministic speed.</p
<p>The figure shows the effect on parameter estimation when the mutation rate is varied along the ge...
<p><i>A</i>) Median discovery times for the random GP map averaged over 100 simulations with and v...
<p>a) Plot of instantaneous speed vs. time for a typical trajectory. The times at which persistent-m...
<p>The triangles represents the establisher morphs speed, the crosses the disperser morphs speed and...
<p>The filled symbols represent the deterministic prediction and the empty symbols the stochastic pr...
<p>This is an example of the case when polymorphism results in faster invasions than either single m...
<p>These show that invasion speeds are the same when (i) morphs have asymmetrical mutation rates, (i...
<p>These show the disperser morph (dashed line) and establisher morph (solid line) when present in t...
<div><p>Two important issues for conservation are the range expansion of species as a result of clim...
<p>At the start of the simulation half of the landscape was filled with both morphs each at half of ...
<p>The rate of sweeps per unit map length , plotted against the baseline rate, . The solid line show...
Two important issues for conservation are the range expansion of species as a result of climate chan...
Distribution of a single mutation originating from the centre of a circular model (R = 100 demes) at...
<p>Here is the dominance parameter, as described in the section entitled Fitness Calculation. The s...
<p>Colour indicates organism, and shape indicates domain: Archaea (circle), Bacteria (triangle), Euk...
<p>The figure shows the effect on parameter estimation when the mutation rate is varied along the ge...
<p><i>A</i>) Median discovery times for the random GP map averaged over 100 simulations with and v...
<p>a) Plot of instantaneous speed vs. time for a typical trajectory. The times at which persistent-m...
<p>The triangles represents the establisher morphs speed, the crosses the disperser morphs speed and...
<p>The filled symbols represent the deterministic prediction and the empty symbols the stochastic pr...
<p>This is an example of the case when polymorphism results in faster invasions than either single m...
<p>These show that invasion speeds are the same when (i) morphs have asymmetrical mutation rates, (i...
<p>These show the disperser morph (dashed line) and establisher morph (solid line) when present in t...
<div><p>Two important issues for conservation are the range expansion of species as a result of clim...
<p>At the start of the simulation half of the landscape was filled with both morphs each at half of ...
<p>The rate of sweeps per unit map length , plotted against the baseline rate, . The solid line show...
Two important issues for conservation are the range expansion of species as a result of climate chan...
Distribution of a single mutation originating from the centre of a circular model (R = 100 demes) at...
<p>Here is the dominance parameter, as described in the section entitled Fitness Calculation. The s...
<p>Colour indicates organism, and shape indicates domain: Archaea (circle), Bacteria (triangle), Euk...
<p>The figure shows the effect on parameter estimation when the mutation rate is varied along the ge...
<p><i>A</i>) Median discovery times for the random GP map averaged over 100 simulations with and v...
<p>a) Plot of instantaneous speed vs. time for a typical trajectory. The times at which persistent-m...