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Table 7: Top Eight Fish Species That Typified Each Stratum in the South Region in 2012 Based on SIMPER Analysis on the Bray–Curtis Similarity Calculated From Square-Root Transformed Abundance.
doi 10.7717/peerj.3651/table-7
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Table 4: Summary of Similarity Percentage Analysis (SIMPER) Listing Species That Cumulatively Contribute 90% to the Dissimilarity (Bray Curtis) of the Two Underwater Visual Sampling Methods Based on Square-Root Transformed Density Data.
Identification of the Bray-Curtis Similarity Index: Comment on Yoshioka (2008)
Marine Ecology - Progress Series
Evolution
Ecology
Systematics
Aquatic Science
Behavior
Table 1: Dissimilarity Tests of Microbial Communities of Different Fish Species Eggs Based on Jaccard and Bray–Curtis Distance.
Figure 5: Similarity of Trap Catches (Bray–-Curtis Similarity Coefficient) Against the Distance Between Each Trap Combinations.
Figure 4: Dendrogram for the Hierarchical Clustering of the 40 Rabbitfish Individuals (4 Species × 10 Individuals) Based on the Similarity of Food Items (Group-Average Linkage Method Using the Bray–Curtis Similarity Index).
Table 5: Similarity of the Trees From Each Coding Treatment.
Figure S3: Dendrogram Based on a Bray-Curtis Dissimilarity of Dinoflagellate Communities Along the Songhua River
Table 3: Site-Level (Elevation) Abundance-Weighted (Bray–Curtis) PERMANOVA Results to Partition the Effect of Castilleja Presence and Spatial Structure (Plot Pairing) on Plant Community Composition.
Figure S4: Β Diversity Principal Coordinates Analysis (PCoA) Based on Bray–Curtis for the Combined Cape Otway Bacterial T-RFLP
