Diversity analysis

(Alpha diversity > Rarefaction Curve)


Rarefaction Curve (ASVs)
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* Alpha rarefaction graph shows whether the number of reads used in analysis was sufficient in identifying species/ASV. If the curve becomes flatter to the right, it indicates that a reasonable number of reads have been used in the analysis,thus additional sequencing is not necessary. In contrast, if the graph does not plateau, the additional reads is likely to discover more ASVs for the sample (x-axis: read number; y-axis: number of ASVS). Below each plot is a table displaying average values for each measure of alpha diversity for each group of samples the specified category.

* Metric : ASVs

Rarefaction Curve (Chao1)
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* Alpha rarefaction graph shows whether the number of reads used in analysis was sufficient in identifying species/ASV. If the curve becomes flatter to the right, it indicates that a reasonable number of reads have been used in the analysis,thus additional sequencing is not necessary. In contrast, if the graph does not plateau, the additional reads is likely to discover more ASVs for the sample (x-axis: read number; y-axis: number of ASVS). Below each plot is a table displaying average values for each measure of alpha diversity for each group of samples the specified category.

* Metric : Chao1

Rarefaction Curve (Shannon)
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* Alpha rarefaction graph shows whether the number of reads used in analysis was sufficient in identifying species/ASV. If the curve becomes flatter to the right, it indicates that a reasonable number of reads have been used in the analysis,thus additional sequencing is not necessary. In contrast, if the graph does not plateau, the additional reads is likely to discover more ASVs for the sample (x-axis: read number; y-axis: number of ASVS). Below each plot is a table displaying average values for each measure of alpha diversity for each group of samples the specified category.

* Metric : Shannon

Rarefaction Curve (Faiths_PD)
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* Alpha rarefaction graph shows whether the number of reads used in analysis was sufficient in identifying species/ASV. If the curve becomes flatter to the right, it indicates that a reasonable number of reads have been used in the analysis,thus additional sequencing is not necessary. In contrast, if the graph does not plateau, the additional reads is likely to discover more ASVs for the sample (x-axis: read number; y-axis: number of ASVS). Below each plot is a table displaying average values for each measure of alpha diversity for each group of samples the specified category.

* Metric : Faith's PD

Rarefaction Curve (Simpson)
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* Alpha rarefaction graph shows whether the number of reads used in analysis was sufficient in identifying species/ASV. If the curve becomes flatter to the right, it indicates that a reasonable number of reads have been used in the analysis,thus additional sequencing is not necessary. In contrast, if the graph does not plateau, the additional reads is likely to discover more ASVs for the sample (x-axis: read number; y-axis: number of ASVS). Below each plot is a table displaying average values for each measure of alpha diversity for each group of samples the specified category.

* Metric : Simpson

Rarefaction Curve (Gini-Simpson)
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* Alpha rarefaction graph shows whether the number of reads used in analysis was sufficient in identifying species/ASV. If the curve becomes flatter to the right, it indicates that a reasonable number of reads have been used in the analysis,thus additional sequencing is not necessary. In contrast, if the graph does not plateau, the additional reads is likely to discover more ASVs for the sample (x-axis: read number; y-axis: number of ASVS). Below each plot is a table displaying average values for each measure of alpha diversity for each group of samples the specified category.

* Metric : Gini-Simpson