<p>The circles represent the bacterial OTUs. When one OTU is found in only one node (land-uses or soil types) the two nodes are connected with a line (an “edge”) and when one OTU is found in more than one node (land-uses or soil types) the OTU is connected with more than one edge.</p
The circles of the different colors indicate the taxonomic identification of each OTU (see Fig 2). T...
<p>(spring embedded eweighted) of CCR (red), CCR+ (orange), UAF (blue) and UAF+ (green) samples. Nod...
<p>The network in (A) was created using the 99% OTUs whereas (B) was created using the top 35 OTUs f...
<p>The network represents OTU interactions between multiple rarified samples originating from trial ...
<p>Network showing associations between OTUs found in wood and pellets from wood immerged at various...
<p>Depicted were OTUs estimated at entire community level (fertilized soil), active community level ...
<p>Venn diagram showing the number of OTUs (0.03 distance) that are shared between and among groups;...
<p>(A) Venn diagram showing the number of OTUs unique to a single subsample or shared by two, three,...
<p>Nodes represent high FP activity samples (<i>n</i>=13, blue circles), low FP activity samples (<i...
<p>Network of bacteria species connected through shared enriched gene families. Small, white nodes r...
Nodes corresponds to bacterial genera while edges represent positive correlations of at least 0.7 an...
<p>OTU “denovo 10123” was composed of 668 sequences. Network was drawn with median-joining calculati...
Figure S1. Network analysis of DNA and RNA components of the microbiome. Each node represents a part...
<p>(A) Bacterial OTUs. (B) Archaeal OTUs. BW and AW, sample W; BC and AC, sample C; BL and AL, sampl...
<p>Venn diagrams demonstrating 97% OTU cluster overlap within all seasonal samples (A) or between tw...
The circles of the different colors indicate the taxonomic identification of each OTU (see Fig 2). T...
<p>(spring embedded eweighted) of CCR (red), CCR+ (orange), UAF (blue) and UAF+ (green) samples. Nod...
<p>The network in (A) was created using the 99% OTUs whereas (B) was created using the top 35 OTUs f...
<p>The network represents OTU interactions between multiple rarified samples originating from trial ...
<p>Network showing associations between OTUs found in wood and pellets from wood immerged at various...
<p>Depicted were OTUs estimated at entire community level (fertilized soil), active community level ...
<p>Venn diagram showing the number of OTUs (0.03 distance) that are shared between and among groups;...
<p>(A) Venn diagram showing the number of OTUs unique to a single subsample or shared by two, three,...
<p>Nodes represent high FP activity samples (<i>n</i>=13, blue circles), low FP activity samples (<i...
<p>Network of bacteria species connected through shared enriched gene families. Small, white nodes r...
Nodes corresponds to bacterial genera while edges represent positive correlations of at least 0.7 an...
<p>OTU “denovo 10123” was composed of 668 sequences. Network was drawn with median-joining calculati...
Figure S1. Network analysis of DNA and RNA components of the microbiome. Each node represents a part...
<p>(A) Bacterial OTUs. (B) Archaeal OTUs. BW and AW, sample W; BC and AC, sample C; BL and AL, sampl...
<p>Venn diagrams demonstrating 97% OTU cluster overlap within all seasonal samples (A) or between tw...
The circles of the different colors indicate the taxonomic identification of each OTU (see Fig 2). T...
<p>(spring embedded eweighted) of CCR (red), CCR+ (orange), UAF (blue) and UAF+ (green) samples. Nod...
<p>The network in (A) was created using the 99% OTUs whereas (B) was created using the top 35 OTUs f...