<p>At the start of the simulation half of the landscape was filled with both morphs each at half of the carrying capacity and the other half of the landscape was unoccupied. This is an example of the case where the establisher morph (solid line) has the fastest single invasion speed and so this phenotype invades through the landscape and the disperser morph (dotted line) remains in its initial location. The parameter values used for this simulation were , , , , .</p
<p>Points with blue color correspond to parametric pairs where the proliferative phenotype 1 domina...
<p>(<b>Upper-left</b>) Evolution of the frequencies of the ESS and the invader strategy starting fro...
<p><b>A.</b> Valley crossing time of a metapopulation with total carrying capacity , versus migrati...
<p>These show the disperser morph (dashed line) and establisher morph (solid line) when present in t...
<p>These show that invasion speeds are the same when (i) morphs have asymmetrical mutation rates, (i...
<p>The triangles represents the establisher morphs speed, the crosses the disperser morphs speed and...
<p>The parameter values are the same as in <a href="http://www.plosone.org/article/info:doi/10.1371/...
The speed at which biological range expansions occur has important consequences for the conservation...
<p>This is an example of the case when polymorphism results in faster invasions than either single m...
The speed at which biological range expansions occur has important consequences for the conservation...
<p>Parameters: Lattice size = 21×21, <i>r</i><sub><i>A</i></sub> = 1.0, 〈<i>r</i><sub><i>B</i></sub>...
<div><p>Two important issues for conservation are the range expansion of species as a result of clim...
Trajectories of mean fitness loss for additive and recessive mutation models over time (panels A and...
We consider a spatial (line) model for invasion of a population by a single mutant with a stochastic...
Two important issues for conservation are the range expansion of species as a result of climate chan...
<p>Points with blue color correspond to parametric pairs where the proliferative phenotype 1 domina...
<p>(<b>Upper-left</b>) Evolution of the frequencies of the ESS and the invader strategy starting fro...
<p><b>A.</b> Valley crossing time of a metapopulation with total carrying capacity , versus migrati...
<p>These show the disperser morph (dashed line) and establisher morph (solid line) when present in t...
<p>These show that invasion speeds are the same when (i) morphs have asymmetrical mutation rates, (i...
<p>The triangles represents the establisher morphs speed, the crosses the disperser morphs speed and...
<p>The parameter values are the same as in <a href="http://www.plosone.org/article/info:doi/10.1371/...
The speed at which biological range expansions occur has important consequences for the conservation...
<p>This is an example of the case when polymorphism results in faster invasions than either single m...
The speed at which biological range expansions occur has important consequences for the conservation...
<p>Parameters: Lattice size = 21×21, <i>r</i><sub><i>A</i></sub> = 1.0, 〈<i>r</i><sub><i>B</i></sub>...
<div><p>Two important issues for conservation are the range expansion of species as a result of clim...
Trajectories of mean fitness loss for additive and recessive mutation models over time (panels A and...
We consider a spatial (line) model for invasion of a population by a single mutant with a stochastic...
Two important issues for conservation are the range expansion of species as a result of climate chan...
<p>Points with blue color correspond to parametric pairs where the proliferative phenotype 1 domina...
<p>(<b>Upper-left</b>) Evolution of the frequencies of the ESS and the invader strategy starting fro...
<p><b>A.</b> Valley crossing time of a metapopulation with total carrying capacity , versus migrati...