<p>Plots are based on Bray Curtis distance after square root transformation of relative abundance DGGE data. D00, 07, 14, 28, 42: sampling days 0, 7, 14, 28 & 42 respectively. Each point in the plots represents the group centroid and the shift of group average microbiota in time. Zero stress values for each plot are indicative of the fit due to the representation of the centroids. AS and RAS: active suspension and recirculating system, Ra & Rb: replicate recirculating system a & b.</p
<p>Stress values (0.21, 0.25) indicate that the distance between points in the ordination plot is a ...
<p>The sampling depth is denoted by color; epilimnion (red), thermocline (green), and hypolimnion (b...
<p>Symbols are coded by land use (green: forest, blue: short-term agriculture, red: long-term agricu...
<p>Each point represents the water microbiota from each tank. Plots are based on Bray Curtis distanc...
Each data point represents one sample from the control (✳), low violacein (○) and high violacein (▲)...
<p>The distances were determined using the Bray-Curtis method with relative abundance of OTUs. Green...
<p>Nonmetric MultiDimensional Scaling (NMDS) ordination plot represents the typifying microbial comp...
<p>The plot of the two NMDS axes was generated using a distance matrix calculated at the 3% level, w...
<p>Nonmetric multidimensional scaling (NMDS) plot of pairwise Bray-Curtis dissimilarities between ba...
<p>Nonmetric multidimensional plots (three dimensions, stress <0.2; the first two dimensions are sho...
<p>The position of samples reflects how different bacterial assemblages are from each other based on...
<p>The stress value reflects how well the ordination summarizes the observed distances among samples...
<p>Nominal environmental variables (BBR, CMC-Na, HFD, and NCD) are indicated by open triangles. Samp...
Plots were generated using (A) structure-based Bray-Curtis distance and (B) membership-based Jaccard...
<p>NMDS plots based on distance matrices of bacterial (A) and fungal (B) DGGE patterns. Ellipses wer...
<p>Stress values (0.21, 0.25) indicate that the distance between points in the ordination plot is a ...
<p>The sampling depth is denoted by color; epilimnion (red), thermocline (green), and hypolimnion (b...
<p>Symbols are coded by land use (green: forest, blue: short-term agriculture, red: long-term agricu...
<p>Each point represents the water microbiota from each tank. Plots are based on Bray Curtis distanc...
Each data point represents one sample from the control (✳), low violacein (○) and high violacein (▲)...
<p>The distances were determined using the Bray-Curtis method with relative abundance of OTUs. Green...
<p>Nonmetric MultiDimensional Scaling (NMDS) ordination plot represents the typifying microbial comp...
<p>The plot of the two NMDS axes was generated using a distance matrix calculated at the 3% level, w...
<p>Nonmetric multidimensional scaling (NMDS) plot of pairwise Bray-Curtis dissimilarities between ba...
<p>Nonmetric multidimensional plots (three dimensions, stress <0.2; the first two dimensions are sho...
<p>The position of samples reflects how different bacterial assemblages are from each other based on...
<p>The stress value reflects how well the ordination summarizes the observed distances among samples...
<p>Nominal environmental variables (BBR, CMC-Na, HFD, and NCD) are indicated by open triangles. Samp...
Plots were generated using (A) structure-based Bray-Curtis distance and (B) membership-based Jaccard...
<p>NMDS plots based on distance matrices of bacterial (A) and fungal (B) DGGE patterns. Ellipses wer...
<p>Stress values (0.21, 0.25) indicate that the distance between points in the ordination plot is a ...
<p>The sampling depth is denoted by color; epilimnion (red), thermocline (green), and hypolimnion (b...
<p>Symbols are coded by land use (green: forest, blue: short-term agriculture, red: long-term agricu...