<p>Graphical representation of PERMANOVA pair-wise tests comparing fish assemblages among locations separately for each depth stratum on the basis of the Jaccard resemblance measure. Triangle side lengths are proportional to the Jaccard dissimilarities between location centroids. Circle radii are proportional to a pseudo multivariate standard error around the group centroid for each location within each depth. Due to the large number of comparisons, a conservative significance level of α = 0.01 was used. Significant differences (<i>p</i><0.01) are marked by an asterisk (*). Partitioning was done using Type I (sequential) sums of squares and <i>P</i>-values were obtained for each term using 9999 permutations under the reduced model. Similar ...
<p>62 species from 25 families have Pearson correlation values >0.25 and explain a majority of diffe...
<p><b>A. Number of shoals (Mean ± SD); B. Number of fish/shoal (Mean ± SD); C. Single isolated fish ...
<p>Results for individual pairs of zones are shown only when the overall difference between zones is...
<p>Partitioning was done using Type I (sequential) sums of squares and <i>P</i>-values were obtained...
<p>Location (Lo, fixed, 3 levels), depth stratum (De, fixed, 7 levels) and transect (Tr, random, nes...
Results of permutation-based multivariate analysis of variance (PERMANOVA) and pair-wise analysis of...
PERMANOVA pair-wise comparisons using Bray-Curtis similarity values to test for differences in fish ...
<p>Fish assemblages (a) used Bray-Curtis similarity measures following square root transformation wh...
<p>PERMANOVA results comparing the composition of fish assemblages between methods and across habita...
<p>Analysis based on Euclidean distance matrix of normalized multivariate dataset (18 individuals × ...
<p>Non-metric MDS plot of the Jaccard resemblances among the 40 most important fish species in the d...
<p>Results of univariate PERMANOVAs comparing fish assemblage structure between forest and barren.</...
Pairwise similarity of reef fish assemblages between reef types and depths identified using PERMANOV...
<p>Community dissimilarity measured by computing the Euclidean distance in (nMDS) ordination space b...
<p>PERMANOVA tested the temporal and spatial variation of fish species composition and abundance bet...
<p>62 species from 25 families have Pearson correlation values >0.25 and explain a majority of diffe...
<p><b>A. Number of shoals (Mean ± SD); B. Number of fish/shoal (Mean ± SD); C. Single isolated fish ...
<p>Results for individual pairs of zones are shown only when the overall difference between zones is...
<p>Partitioning was done using Type I (sequential) sums of squares and <i>P</i>-values were obtained...
<p>Location (Lo, fixed, 3 levels), depth stratum (De, fixed, 7 levels) and transect (Tr, random, nes...
Results of permutation-based multivariate analysis of variance (PERMANOVA) and pair-wise analysis of...
PERMANOVA pair-wise comparisons using Bray-Curtis similarity values to test for differences in fish ...
<p>Fish assemblages (a) used Bray-Curtis similarity measures following square root transformation wh...
<p>PERMANOVA results comparing the composition of fish assemblages between methods and across habita...
<p>Analysis based on Euclidean distance matrix of normalized multivariate dataset (18 individuals × ...
<p>Non-metric MDS plot of the Jaccard resemblances among the 40 most important fish species in the d...
<p>Results of univariate PERMANOVAs comparing fish assemblage structure between forest and barren.</...
Pairwise similarity of reef fish assemblages between reef types and depths identified using PERMANOV...
<p>Community dissimilarity measured by computing the Euclidean distance in (nMDS) ordination space b...
<p>PERMANOVA tested the temporal and spatial variation of fish species composition and abundance bet...
<p>62 species from 25 families have Pearson correlation values >0.25 and explain a majority of diffe...
<p><b>A. Number of shoals (Mean ± SD); B. Number of fish/shoal (Mean ± SD); C. Single isolated fish ...
<p>Results for individual pairs of zones are shown only when the overall difference between zones is...