Figure S12. Variability of noise-type classification across rarefactions. The noise types of 100 taxa selected to be top abundant in one rarefaction were computed for repeated rarefactions in the stool data set of individual A [3]. (PDF 5 kb
Figure S1. Rarefaction analysis of the species richness. Rarefaction curves showed a trend of an inc...
Table S1. Sediment properties and ANOVA analysis among three groups. Table S2. Shannon diversity and...
Table S2. Relative abundances of species level operational taxonomic units (s-OTUs) in the salivary ...
Figure S11. Time series of the 100 top abundant OTUs in the processed stool data of individual A and...
Figure S1. Maximal autocorrelation and Hurst exponent profiles reproduce patterns seen with noise ty...
Figure S5. The test for temporal structure with noise types is robust to compositionality and the ab...
Figure S6. The test for temporal structure with noise types is robust to noise. (a) Noise-type profi...
Figure S2. The noise-type classification and the neutrality test for Ricker and gLV are robust to po...
Figure S4. The noise-type classification and the neutrality test are robust for a wide parameter ran...
Table S1. lists for each test time series the parameters used to generate it (sheet “Model parameter...
Figure S7. Increasing the time series length improves the accuracy of the test for temporal structur...
Figure S8. Increasing the time series length improves the accuracy of the test for temporal structur...
Figure S3. The noise-type classification and the neutrality test for SOI are robust to interaction m...
Table S4. Relative abundances of species level operational taxonomic units (s-OTUs) in the supraging...
Table S5. Relative abundances of species level operational taxonomic units (s-OTUs) in the subgingiv...
Figure S1. Rarefaction analysis of the species richness. Rarefaction curves showed a trend of an inc...
Table S1. Sediment properties and ANOVA analysis among three groups. Table S2. Shannon diversity and...
Table S2. Relative abundances of species level operational taxonomic units (s-OTUs) in the salivary ...
Figure S11. Time series of the 100 top abundant OTUs in the processed stool data of individual A and...
Figure S1. Maximal autocorrelation and Hurst exponent profiles reproduce patterns seen with noise ty...
Figure S5. The test for temporal structure with noise types is robust to compositionality and the ab...
Figure S6. The test for temporal structure with noise types is robust to noise. (a) Noise-type profi...
Figure S2. The noise-type classification and the neutrality test for Ricker and gLV are robust to po...
Figure S4. The noise-type classification and the neutrality test are robust for a wide parameter ran...
Table S1. lists for each test time series the parameters used to generate it (sheet “Model parameter...
Figure S7. Increasing the time series length improves the accuracy of the test for temporal structur...
Figure S8. Increasing the time series length improves the accuracy of the test for temporal structur...
Figure S3. The noise-type classification and the neutrality test for SOI are robust to interaction m...
Table S4. Relative abundances of species level operational taxonomic units (s-OTUs) in the supraging...
Table S5. Relative abundances of species level operational taxonomic units (s-OTUs) in the subgingiv...
Figure S1. Rarefaction analysis of the species richness. Rarefaction curves showed a trend of an inc...
Table S1. Sediment properties and ANOVA analysis among three groups. Table S2. Shannon diversity and...
Table S2. Relative abundances of species level operational taxonomic units (s-OTUs) in the salivary ...