(PDF) Table 4: Summary of Similarity Percentage Analysis

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.

doi 10.7717/peerj.5066/table-4

Full Text

Open PDF

Abstract

Available in full text

Date

Unknown

Authors

Unknown

Publisher

PeerJ

Related search

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.

English

Table 4: List of Species Which Contribute Most to the Bray-Curtis Dissimilarity Matrices for the 2013 Mat Survey and the 2014 Natural Experiment.

English

Table 1: Dissimilarity Tests of Microbial Communities of Different Fish Species Eggs Based on Jaccard and Bray–Curtis Distance.

English

Identification of the Bray-Curtis Similarity Index: Comment on Yoshioka (2008)

Marine Ecology - Progress Series

English

Figure S3: Dendrogram Based on a Bray-Curtis Dissimilarity of Dinoflagellate Communities Along the Songhua River

English

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).

English

Table 5: Results of the SIMPER Analysis (Taxa That Most Contributed to Dissimilarity Among Diatom Assemblages Between Auvergne and Sardinia and Taxa That Most Contributed to Similarity Among Diatom Assemblages Within Each Geographic Region With Their Percentage Contribution at the Cut-Off Level of 70%).

English

Table 4: Bray–Curtis Dissimilarity Between Visit 1 and Visit 2, According to Socioeconomic Status and Antibiotic Exposures for Vaginal, Oral, and Gut Body Sites.

English

Figure 5: Similarity of Trap Catches (Bray–-Curtis Similarity Coefficient) Against the Distance Between Each Trap Combinations.

English

Amanote Research

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.

doi 10.7717/peerj.5066/table-4

Full Text

Abstract

Date

Authors

Publisher

Related search

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.

Table 4: List of Species Which Contribute Most to the Bray-Curtis Dissimilarity Matrices for the 2013 Mat Survey and the 2014 Natural Experiment.

Table 1: Dissimilarity Tests of Microbial Communities of Different Fish Species Eggs Based on Jaccard and Bray–Curtis Distance.

Identification of the Bray-Curtis Similarity Index: Comment on Yoshioka (2008)

Figure S3: Dendrogram Based on a Bray-Curtis Dissimilarity of Dinoflagellate Communities Along the Songhua River

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 4: Bray–Curtis Dissimilarity Between Visit 1 and Visit 2, According to Socioeconomic Status and Antibiotic Exposures for Vaginal, Oral, and Gut Body Sites.

Figure 5: Similarity of Trap Catches (Bray–-Curtis Similarity Coefficient) Against the Distance Between Each Trap Combinations.