Plots relating the average genome size of every genus to their average number of 16S rRNA genes. All genera are shown, highlighting these associated to particular environments: (A) Host-associated (B) Soil samples. (C) Freshwater samples. (D) Thermal samples (E) Marine samples (.pdf format). The p-values of the Mann-Whitney test applied to the genome size and 16S rRNA gene copy number between the genera associated to a particular environment and the rest are provided in the figures. (PDF 758Â kb
Figure S7. Correlation between genome size, pan-genome size, and effective population sizes as compu...
The number of genomes of major genera exhibiting individual pathofunctions is displayed, where the p...
Figure S9. Association between pan-genome size and Ne for each lifestyle category. Pan-genome size f...
Procedure for obtaining associations between taxa and environments. Only the genera significantly re...
Number of genomes associated to each environment and to each number of environments. (XLSX 5Â kb
Figure S3. Association between bacterial lifestyle and effective population size, as computed from s...
Figure S1. Map of publications used in this study. The 54 publications used in this study are mapped...
Figure S8. Correlation between genome size and Ne for each lifestyle category. Genome size for a giv...
[Background] Despite the important role that microorganisms play in environmental p...
Heat map showing the most abundant antibiotic resistance genes across environments. Figure S2. Relat...
Figure S1. Diversity and abundance distribution of bacterial families in culture-independent or cult...
Table S1. Selection of bacterial genera commonly identified in the built environment. Bacterial gene...
Table S1. Sediment properties and ANOVA analysis among three groups. Table S2. Shannon diversity and...
Figure S4. Levey-Jennings plots for bacterial genera over the course of 16 sequencing runs (x-axis, ...
Table S2. Summary of 16S rRNA copy statistics for each bacterial genome. Included is the number of 1...
Figure S7. Correlation between genome size, pan-genome size, and effective population sizes as compu...
The number of genomes of major genera exhibiting individual pathofunctions is displayed, where the p...
Figure S9. Association between pan-genome size and Ne for each lifestyle category. Pan-genome size f...
Procedure for obtaining associations between taxa and environments. Only the genera significantly re...
Number of genomes associated to each environment and to each number of environments. (XLSX 5Â kb
Figure S3. Association between bacterial lifestyle and effective population size, as computed from s...
Figure S1. Map of publications used in this study. The 54 publications used in this study are mapped...
Figure S8. Correlation between genome size and Ne for each lifestyle category. Genome size for a giv...
[Background] Despite the important role that microorganisms play in environmental p...
Heat map showing the most abundant antibiotic resistance genes across environments. Figure S2. Relat...
Figure S1. Diversity and abundance distribution of bacterial families in culture-independent or cult...
Table S1. Selection of bacterial genera commonly identified in the built environment. Bacterial gene...
Table S1. Sediment properties and ANOVA analysis among three groups. Table S2. Shannon diversity and...
Figure S4. Levey-Jennings plots for bacterial genera over the course of 16 sequencing runs (x-axis, ...
Table S2. Summary of 16S rRNA copy statistics for each bacterial genome. Included is the number of 1...
Figure S7. Correlation between genome size, pan-genome size, and effective population sizes as compu...
The number of genomes of major genera exhibiting individual pathofunctions is displayed, where the p...
Figure S9. Association between pan-genome size and Ne for each lifestyle category. Pan-genome size f...