<p>The figure shows time series of different observables for varying ruggedness parameter . (A, B) Mean fitness . (C, D) Fitness of the fittest individual . (E, F) Entropy of the genotype frequency distribution as a measure for genetic diversity. Left columns shows quantities for populations with and separately, the right column shows the difference. Parameters are , , and .</p
When are mutations beneficial in one environment and deleterious in another? More generally, what is...
When are mutations beneficial in one environment and deleterious in another? More generally, what is...
<p>The x and y axes show the values of the constants by which the elements of the main and epistatic...
<p>The figure shows time series of mean fitness difference (A, B) and entropy difference (C, D) fo...
complex traits; fitness; peak shift; recombination; rugged adaptive landscape. A negative correlatio...
<p>The figure shows time series of and , respectively, for different values of the number of loci ....
<p>Each plot has two vertical axes. The left-hand-vertical axis gives the natural logarithm of relat...
The fitness of an individual can be simply defined as the number of its offspring in the next genera...
Each individual plot depicts the ratio of the mean fitness of the recipient population (wR) to the d...
<p>We screened a total of 150 randomly sampled fitness topographies with 3, 5 and 7 LFGs. <i>T<sub>f...
The figure shows the results of simulations for U = 0.05 and p = 0.7 in which the fitness of the unf...
<p>With the fitness landscapes shown, the first few mutations have a negligible effect on fitness un...
(A) Heritable genotype-by-environment (GxE) fitness variance implies that genotypes (colored lines) ...
When are mutations beneficial in one environment and deleterious in another? More generally, what is...
The persistence of sex is a recurrent conundrum in evolutionary biology because sex is costly. Thes...
When are mutations beneficial in one environment and deleterious in another? More generally, what is...
When are mutations beneficial in one environment and deleterious in another? More generally, what is...
<p>The x and y axes show the values of the constants by which the elements of the main and epistatic...
<p>The figure shows time series of mean fitness difference (A, B) and entropy difference (C, D) fo...
complex traits; fitness; peak shift; recombination; rugged adaptive landscape. A negative correlatio...
<p>The figure shows time series of and , respectively, for different values of the number of loci ....
<p>Each plot has two vertical axes. The left-hand-vertical axis gives the natural logarithm of relat...
The fitness of an individual can be simply defined as the number of its offspring in the next genera...
Each individual plot depicts the ratio of the mean fitness of the recipient population (wR) to the d...
<p>We screened a total of 150 randomly sampled fitness topographies with 3, 5 and 7 LFGs. <i>T<sub>f...
The figure shows the results of simulations for U = 0.05 and p = 0.7 in which the fitness of the unf...
<p>With the fitness landscapes shown, the first few mutations have a negligible effect on fitness un...
(A) Heritable genotype-by-environment (GxE) fitness variance implies that genotypes (colored lines) ...
When are mutations beneficial in one environment and deleterious in another? More generally, what is...
The persistence of sex is a recurrent conundrum in evolutionary biology because sex is costly. Thes...
When are mutations beneficial in one environment and deleterious in another? More generally, what is...
When are mutations beneficial in one environment and deleterious in another? More generally, what is...
<p>The x and y axes show the values of the constants by which the elements of the main and epistatic...