<p>Each curve represents the number of identified OTUs as a function of the number of sequenced reads after filtering. The samples ID 8 (0% fungus, replicate 3, technical replicate 2), ID 26 (40% fungus, replicate 3, technical replicate 2), ID46 (100% fungus, replicate 1, technical replicate 1) and ID 54 (100% fungus, replicate 3, technical replicate 3) were omitted from downstream analysis due to low sequence read count and subsequent poor coverage of bacterial communities. The remaining 50 samples had sufficient coverage and were used for analysis of community diversity and taxa abundances.</p
<p>Each curve shows the average number of OTUs found in a given number of sampled sequences. OTUs ca...
<p>[A-C] for the full data set and [D-F] for a smaller data set after rarefying (randomised downsamp...
Rarefaction curves for bacterial (blue) and fungal (red) OTUs were calculated by rarefying both bact...
<p>Rarefaction curves of OTUs clustered with ≥97% sequence identity among different samples. 1, CON ...
Rarefaction curve constructed based on Amplicon Sequence Variant (ASVs), and samples with less than ...
<p>Each sequence set was rarefied to 200 sequences per sample, and the number of different OTUs asse...
<p>a) Rarefaction curves presenting the relationship between sequencing depth and species richness i...
<p>Approximately 166 bacterial OTUs were detected through amplicon sequencing. Various community ric...
<p>Each sequence set for each animal was rarefied to 200 sequences per sample 10 times, and the numb...
Rarefaction curves calculated at the lowest subsample size of 10,000 sequences per sample indicate t...
Alpha diversity estimates (ASV richness) at different rarefaction depths for different source materi...
<p>A, number of OTUs observed experimentally; B, diversity predicted by Shannon index; C, richness p...
<p>Rarefaction curves of OTUs clustered for a dissimilarity of 3%. Abbreviations are as in <a href="...
<p>The y-axis indicates the average Phylogenetic Diversity (PD) whole tree diversity estimate for ea...
<p><sup>a</sup>Low abundance OTUs (less than 0.1% of bacterial sequences), and OTUs not assignable t...
<p>Each curve shows the average number of OTUs found in a given number of sampled sequences. OTUs ca...
<p>[A-C] for the full data set and [D-F] for a smaller data set after rarefying (randomised downsamp...
Rarefaction curves for bacterial (blue) and fungal (red) OTUs were calculated by rarefying both bact...
<p>Rarefaction curves of OTUs clustered with ≥97% sequence identity among different samples. 1, CON ...
Rarefaction curve constructed based on Amplicon Sequence Variant (ASVs), and samples with less than ...
<p>Each sequence set was rarefied to 200 sequences per sample, and the number of different OTUs asse...
<p>a) Rarefaction curves presenting the relationship between sequencing depth and species richness i...
<p>Approximately 166 bacterial OTUs were detected through amplicon sequencing. Various community ric...
<p>Each sequence set for each animal was rarefied to 200 sequences per sample 10 times, and the numb...
Rarefaction curves calculated at the lowest subsample size of 10,000 sequences per sample indicate t...
Alpha diversity estimates (ASV richness) at different rarefaction depths for different source materi...
<p>A, number of OTUs observed experimentally; B, diversity predicted by Shannon index; C, richness p...
<p>Rarefaction curves of OTUs clustered for a dissimilarity of 3%. Abbreviations are as in <a href="...
<p>The y-axis indicates the average Phylogenetic Diversity (PD) whole tree diversity estimate for ea...
<p><sup>a</sup>Low abundance OTUs (less than 0.1% of bacterial sequences), and OTUs not assignable t...
<p>Each curve shows the average number of OTUs found in a given number of sampled sequences. OTUs ca...
<p>[A-C] for the full data set and [D-F] for a smaller data set after rarefying (randomised downsamp...
Rarefaction curves for bacterial (blue) and fungal (red) OTUs were calculated by rarefying both bact...