Publication date
November 2013
DOIAbstract
<p>Population of 2304 individuals evolving on a two-dimensional Gaussian fitness landscape. Mutation rate is 0.5 per generattion. Mutations increase or decrease the two trait values by one.</p
<p>Population of 2304 individuals evolving on a two-dimensional Gaussian fitness landscape. Mutation rate is 0.5 per generattion. Mutations increase or decrease the two trait values by one.</p
<p>(A) The phenotype abundance of the target strongly affects the success of adaptation (<i>r</i> = ...
Adaptation of asexual populations is driven by beneficial mutations and therefore the dynamics of th...
Adaptation depends critically on the effects of new mutations and their dependency on the genetic ba...
<p>Neutral landscape. Population size is 2,304. Per-trait mutation rate is 0.5. Mutations cause the ...
<p>Half-holey landscape. Neutral grid is 15x15 genotypes. Holes have 90 percent fitness of neutral g...
The rate of mutation is central to evolution. Mutations are required for adaptation, yet most mutati...
<p>Evolution on fitness graph of NK landscape. N=20 loci. K=6. Only five loci shown. Moran process (...
We examined the optimum mutation rate the fitness peak randomly disappears and reappears at a distan...
<p>Holey landscape. Neutral grid is 15x15 genotypes. Holes have zero fitness. Population size is 2,3...
Evolutionary algorithms can be used to solve complex optimization tasks. However, adequate parameter...
Evolutionary algorithms can be used to solve complex optimization tasks. However, adequate parameter...
Unraveling the factors that determine the rate of adaptation is a major question in evolutionary bio...
Predictions about the effect of natural selection on patterns of linked neutral variation are largel...
Range expansions are complex evolutionary and ecological processes. From an evolutionary standpoint,...
<p>(A, C, E): Mean fitness, relative to maximum attainable with perfect heritability. (B, D, F): Mea...
<p>(A) The phenotype abundance of the target strongly affects the success of adaptation (<i>r</i> = ...
Adaptation of asexual populations is driven by beneficial mutations and therefore the dynamics of th...
Adaptation depends critically on the effects of new mutations and their dependency on the genetic ba...
<p>Neutral landscape. Population size is 2,304. Per-trait mutation rate is 0.5. Mutations cause the ...
<p>Half-holey landscape. Neutral grid is 15x15 genotypes. Holes have 90 percent fitness of neutral g...
The rate of mutation is central to evolution. Mutations are required for adaptation, yet most mutati...
<p>Evolution on fitness graph of NK landscape. N=20 loci. K=6. Only five loci shown. Moran process (...
We examined the optimum mutation rate the fitness peak randomly disappears and reappears at a distan...
<p>Holey landscape. Neutral grid is 15x15 genotypes. Holes have zero fitness. Population size is 2,3...
Evolutionary algorithms can be used to solve complex optimization tasks. However, adequate parameter...
Evolutionary algorithms can be used to solve complex optimization tasks. However, adequate parameter...
Unraveling the factors that determine the rate of adaptation is a major question in evolutionary bio...
Predictions about the effect of natural selection on patterns of linked neutral variation are largel...
Range expansions are complex evolutionary and ecological processes. From an evolutionary standpoint,...
<p>(A, C, E): Mean fitness, relative to maximum attainable with perfect heritability. (B, D, F): Mea...
<p>(A) The phenotype abundance of the target strongly affects the success of adaptation (<i>r</i> = ...
Adaptation of asexual populations is driven by beneficial mutations and therefore the dynamics of th...
Adaptation depends critically on the effects of new mutations and their dependency on the genetic ba...
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