Figure S10. Association between Ne and pan-genome size, adjusted for sample size (Spearman’s rho = 0.48, P < 10− 8, PIC correction). Ne was estimated from dS/dN ratios (Fig. 1). Pan-genome sizes were corrected for sample size by analyzing the same number of genomes for each species while maximizing the divergence rate of the core genome. Using a recursive approach, the pair of the most similar genomes for a species was identified, and one of the two genomes was randomly discarded. This process was repeated until each species was down-sampled to 13 genomes. The pan-genome was then re-built for each species as described above. (PDF 154 kb
Figure S5. Comparison of recombination detection methods. Recombination rates were estimated based o...
For more than a decade, pan-genome analysis has been applied as an effective method for explaining t...
Table S5. Minimum doubling times of each species and corresponding references. (DOCX 217 kb
Figure S9. Association between pan-genome size and Ne for each lifestyle category. Pan-genome size f...
Figure S11. Association between genome size and pan-genome size. Genome sizes represent averages a a...
Figure S7. Correlation between genome size, pan-genome size, and effective population sizes as compu...
Figure S8. Correlation between genome size and Ne for each lifestyle category. Genome size for a giv...
Figure S1. Correspondence between Ne estimated from universally distributed genes and from the compl...
Figure S6. Impact of recombination on estimates of effective population size. Relationship between r...
Figure S3. Association between bacterial lifestyle and effective population size, as computed from s...
Figure S4. Correlation between growth rate and effective population size computed from species’ core...
Table S2. Correlation statistics between Ne and genome or pan-genome size for each lifestyle categor...
Figure S13. Correlation between gene turnover and effective population size. A. Gene turnover, T, wa...
Figure S2. Correlation between phylogenetic distance and Ne dissimilarity. Phylogenetic distances fo...
Figure S14. Correlation between dS/dN and intergenic DNA. For each species, dS/dN ratios were estima...
Figure S5. Comparison of recombination detection methods. Recombination rates were estimated based o...
For more than a decade, pan-genome analysis has been applied as an effective method for explaining t...
Table S5. Minimum doubling times of each species and corresponding references. (DOCX 217 kb
Figure S9. Association between pan-genome size and Ne for each lifestyle category. Pan-genome size f...
Figure S11. Association between genome size and pan-genome size. Genome sizes represent averages a a...
Figure S7. Correlation between genome size, pan-genome size, and effective population sizes as compu...
Figure S8. Correlation between genome size and Ne for each lifestyle category. Genome size for a giv...
Figure S1. Correspondence between Ne estimated from universally distributed genes and from the compl...
Figure S6. Impact of recombination on estimates of effective population size. Relationship between r...
Figure S3. Association between bacterial lifestyle and effective population size, as computed from s...
Figure S4. Correlation between growth rate and effective population size computed from species’ core...
Table S2. Correlation statistics between Ne and genome or pan-genome size for each lifestyle categor...
Figure S13. Correlation between gene turnover and effective population size. A. Gene turnover, T, wa...
Figure S2. Correlation between phylogenetic distance and Ne dissimilarity. Phylogenetic distances fo...
Figure S14. Correlation between dS/dN and intergenic DNA. For each species, dS/dN ratios were estima...
Figure S5. Comparison of recombination detection methods. Recombination rates were estimated based o...
For more than a decade, pan-genome analysis has been applied as an effective method for explaining t...
Table S5. Minimum doubling times of each species and corresponding references. (DOCX 217 kb