<p>(<b>A</b>) Genetic diversity (means, +/− S.E.) over time; diversity of each population was measured as the mean number of alleles per locus across all A matrices. (<b>B</b>) Phenotypic diversity (means, +/− S.E.) measured as the number of unique phenotypes within each population. Results for the fluctuating environments are for red noise with a 50 generation period length and its corresponding white noise control.</p
We study the steady state properties of a genotype selection model in presence of correlated Gaussia...
International audienceExperimental results of diversity estimates in a set of populations often exhi...
Questions: How will genetic differentiation and genetic drift in spatially structured populations be...
<p>Evolvability was measured as the rate of adaptation and the production of phenotypic variation as...
<p>Shown are means across populations (+/−SE) over 36000 generations of selection in the four select...
(a) Shows the influence of sample size on the mean and standard deviation of different genetic diver...
Panel (a) shows the noisy behaviour of three genetic diversity statistics (y-axis) from an individua...
Genetic diversity accumulates over time on the level of DNA sequence with accumulation of mutations....
The large degree of phenotypic fluctuation among isogenic cells highlighted by recent studies on sto...
<p><b>(A)</b> Mean pairwise genetic diversity π is measured as the mean distance, measured in years,...
We propose a measure of total population diversity D of an evolving population of genetically speci...
Mean population entropy indicates the relative diversity of the population at any given time, while ...
<p>Shown are mean responses (+/−SE) under the four selection regimes. (<b>A</b>) Epistatic effects o...
Patterns of genetic diversity across the genome are affected by multiple forces of evolution, includ...
Genetic diversity is essential for population survival and adaptation to changing environments. Demo...
We study the steady state properties of a genotype selection model in presence of correlated Gaussia...
International audienceExperimental results of diversity estimates in a set of populations often exhi...
Questions: How will genetic differentiation and genetic drift in spatially structured populations be...
<p>Evolvability was measured as the rate of adaptation and the production of phenotypic variation as...
<p>Shown are means across populations (+/−SE) over 36000 generations of selection in the four select...
(a) Shows the influence of sample size on the mean and standard deviation of different genetic diver...
Panel (a) shows the noisy behaviour of three genetic diversity statistics (y-axis) from an individua...
Genetic diversity accumulates over time on the level of DNA sequence with accumulation of mutations....
The large degree of phenotypic fluctuation among isogenic cells highlighted by recent studies on sto...
<p><b>(A)</b> Mean pairwise genetic diversity π is measured as the mean distance, measured in years,...
We propose a measure of total population diversity D of an evolving population of genetically speci...
Mean population entropy indicates the relative diversity of the population at any given time, while ...
<p>Shown are mean responses (+/−SE) under the four selection regimes. (<b>A</b>) Epistatic effects o...
Patterns of genetic diversity across the genome are affected by multiple forces of evolution, includ...
Genetic diversity is essential for population survival and adaptation to changing environments. Demo...
We study the steady state properties of a genotype selection model in presence of correlated Gaussia...
International audienceExperimental results of diversity estimates in a set of populations often exhi...
Questions: How will genetic differentiation and genetic drift in spatially structured populations be...