<p>The relationship between the distribution of bacteria and archaea (7 phyla and classes) and 5 environmental factors in four sites of SPG analyzed by CCA.</p
<p>Abundance of bacterial groups is plotted with respect to their affiliation at (a) phylum level an...
<p>(A) Principal component analysis (PCA) based on percent relative abundance of bacterial taxa at g...
AbstractThe activities of prokaryotes are pivotal in shaping the environment, and at the same time a...
<p>Canonical Correspondence Analysis (CCA) depicting relationships between operational taxonomic uni...
<p>The distribution of bacterial species along the ordinates was not random (Monte Carlo test; <i>F<...
<p>The Pearson correlations between the relative abundances of the 9 dominant bacterial phyla and en...
<p>The size of the green circle on each plot serves as a scale and represents 100% of abundnace. <b>...
Top phyla by richness differ by environment type, with some abundance specificity by site location. ...
<p>Abundance of bacterial groups is plotted with respect to their affiliation at (a) phylum level an...
<p>Triplot showing the relationship between environmental parameters (nitrate, ammonium, phosphate, ...
Taxonomic distributions are depicted for the ranks of Phylum a) and Genera b). Each bar represents t...
<p>A, the relative abundances of different phyla; B, the relative abundances of different classes in...
<p>Canonical correspondence analysis of sampling sites libraries from JM(e), BL(e) and JOA(e). Envir...
Percentage of the classes Alpha-, Beta- and Gammaproteobacteria, Actinobacteria and Bacilli in the f...
The study of of the distribution of microorganisms through space (and time) allows evaluation of bio...
<p>Abundance of bacterial groups is plotted with respect to their affiliation at (a) phylum level an...
<p>(A) Principal component analysis (PCA) based on percent relative abundance of bacterial taxa at g...
AbstractThe activities of prokaryotes are pivotal in shaping the environment, and at the same time a...
<p>Canonical Correspondence Analysis (CCA) depicting relationships between operational taxonomic uni...
<p>The distribution of bacterial species along the ordinates was not random (Monte Carlo test; <i>F<...
<p>The Pearson correlations between the relative abundances of the 9 dominant bacterial phyla and en...
<p>The size of the green circle on each plot serves as a scale and represents 100% of abundnace. <b>...
Top phyla by richness differ by environment type, with some abundance specificity by site location. ...
<p>Abundance of bacterial groups is plotted with respect to their affiliation at (a) phylum level an...
<p>Triplot showing the relationship between environmental parameters (nitrate, ammonium, phosphate, ...
Taxonomic distributions are depicted for the ranks of Phylum a) and Genera b). Each bar represents t...
<p>A, the relative abundances of different phyla; B, the relative abundances of different classes in...
<p>Canonical correspondence analysis of sampling sites libraries from JM(e), BL(e) and JOA(e). Envir...
Percentage of the classes Alpha-, Beta- and Gammaproteobacteria, Actinobacteria and Bacilli in the f...
The study of of the distribution of microorganisms through space (and time) allows evaluation of bio...
<p>Abundance of bacterial groups is plotted with respect to their affiliation at (a) phylum level an...
<p>(A) Principal component analysis (PCA) based on percent relative abundance of bacterial taxa at g...
AbstractThe activities of prokaryotes are pivotal in shaping the environment, and at the same time a...
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