<b>Comparison between the microevolutionary rates, the macroevolution rates estimated from empirical data and the macroevolution rates simulated (based on intraspecific parameters) for the five morphological traits</b>. The columns The columns (micro) in yellow and (macro) in black correspond to the estimates of the micro- and the macroevolutionary rates observed in the data (respectively), and (macro_P) in blue, represent the predicted macroevolutionary rate of the simulations based on effective population size, trait variance and generation time (described in details in Sup. Mat. S2). These violon plots represent the variation across the 1,000 trees. For each trait, simulated and empirical rates of evolution (σ2) were obtained from best f...
Figure S1. Successive caudo-rostral loss of stripes during evolution is independent of clownfish col...
Understanding how and why rates of character evolution vary across the Tree of Life is central to ma...
Many questions in evolutionary biology require the quantification and comparison of rates of phenoty...
<b>Rates of morphological evolution at interspecific level can be estimated from simulations based o...
<b>Specificity tests showing that there is no link between micro and macroevolution if the effective...
<b>Rates of morphological evolution below the species level and confidence intervals obtained from d...
<b>95% Confidence intervals around BM and OU parameters estimated on the consensus tree using <i>fit...
<b>Permutation tests suggesting that the number of individuals is sufficient to accurately estimate ...
<b>Distributions of likelihood ratios (δ) between BM and OU models based on 1,000 simulations using ...
Table S3. Model fitting of the four striped pattern evolutionary models. Model fitting of the four s...
Table S2. Summary statistics of the stochastic mapping. Summary statistics of the stochastic mapping...
The difference between rapid morphological evolutionary changes observed in populations and the long...
<b>References of the samples used for estimating morphological rates above the species</b> level. (C...
Figure S2. Lobe morphology index of dorsal fin of clownfish species. Graphs representing the quantif...
The difference between rapid morphological evolutionary changes observed in populations and the long...
Figure S1. Successive caudo-rostral loss of stripes during evolution is independent of clownfish col...
Understanding how and why rates of character evolution vary across the Tree of Life is central to ma...
Many questions in evolutionary biology require the quantification and comparison of rates of phenoty...
<b>Rates of morphological evolution at interspecific level can be estimated from simulations based o...
<b>Specificity tests showing that there is no link between micro and macroevolution if the effective...
<b>Rates of morphological evolution below the species level and confidence intervals obtained from d...
<b>95% Confidence intervals around BM and OU parameters estimated on the consensus tree using <i>fit...
<b>Permutation tests suggesting that the number of individuals is sufficient to accurately estimate ...
<b>Distributions of likelihood ratios (δ) between BM and OU models based on 1,000 simulations using ...
Table S3. Model fitting of the four striped pattern evolutionary models. Model fitting of the four s...
Table S2. Summary statistics of the stochastic mapping. Summary statistics of the stochastic mapping...
The difference between rapid morphological evolutionary changes observed in populations and the long...
<b>References of the samples used for estimating morphological rates above the species</b> level. (C...
Figure S2. Lobe morphology index of dorsal fin of clownfish species. Graphs representing the quantif...
The difference between rapid morphological evolutionary changes observed in populations and the long...
Figure S1. Successive caudo-rostral loss of stripes during evolution is independent of clownfish col...
Understanding how and why rates of character evolution vary across the Tree of Life is central to ma...
Many questions in evolutionary biology require the quantification and comparison of rates of phenoty...