<p>Results for individual pairs of zones are shown only when the overall difference between zones is significant.</p><p><sup>a</sup> is Chi-square statistic, degrees of freedom, and <i>p</i> value for the GLMM.</p><p><sup>b</sup> is the Chi-square statistic and <i>p</i> value for Bonferroni corrected pairwise multiple comparison test.</p><p>Results of Generalized Linear Mixed Models (GLMM) of differences in abundances of fish families at 3 and 10 m between the zones with post-hoc Bonferroni corrected Tukey pairwise multiple comparisons.</p
a<p>For GLM the respective best-fit polynomial order refers to a test against no relationship and wi...
<p>Full model outputs from (GLMMs) are shown with only non-significant interactions removed. An aste...
Results of general linear models that tested the significance of specific factors on fish calling in...
<p>Results for individual pairs of zones are shown only when the overall difference between zones is...
<p>Differences from Tukey’s all-pair comparison of means are shown for significant predictors.</p
<p>Results of general linear mixed models of catch per unit effort (CPUE) for all species combined a...
The blue line represents the best fit of the Generalized Linear Mixed Models (GLMMs) to the data, an...
<p>Points with negative distance are situated outside the MR and points with positive distance are s...
The generalized linear model (GLIM) represents a versatile class of models suitable for several type...
<p>(a) Differences between species for δ<sup>15</sup>N; (b) differences between species for δ<sup>13...
<p>Graphical representation of PERMANOVA pair-wise tests comparing fish assemblages among locations ...
<p>Results from the Generalized Linear Mixed Effects Model (GLMM) showing the likelihood of white sh...
<p>Test statistics from linear mixed-effect models (LMMs) showing spine length differences across pr...
<p>Generalized linear mixed effects model assessing the influence of seasonality, site clusters and ...
<p><b>A. Number of shoals (Mean ± SD); B. Number of fish/shoal (Mean ± SD); C. Single isolated fish ...
a<p>For GLM the respective best-fit polynomial order refers to a test against no relationship and wi...
<p>Full model outputs from (GLMMs) are shown with only non-significant interactions removed. An aste...
Results of general linear models that tested the significance of specific factors on fish calling in...
<p>Results for individual pairs of zones are shown only when the overall difference between zones is...
<p>Differences from Tukey’s all-pair comparison of means are shown for significant predictors.</p
<p>Results of general linear mixed models of catch per unit effort (CPUE) for all species combined a...
The blue line represents the best fit of the Generalized Linear Mixed Models (GLMMs) to the data, an...
<p>Points with negative distance are situated outside the MR and points with positive distance are s...
The generalized linear model (GLIM) represents a versatile class of models suitable for several type...
<p>(a) Differences between species for δ<sup>15</sup>N; (b) differences between species for δ<sup>13...
<p>Graphical representation of PERMANOVA pair-wise tests comparing fish assemblages among locations ...
<p>Results from the Generalized Linear Mixed Effects Model (GLMM) showing the likelihood of white sh...
<p>Test statistics from linear mixed-effect models (LMMs) showing spine length differences across pr...
<p>Generalized linear mixed effects model assessing the influence of seasonality, site clusters and ...
<p><b>A. Number of shoals (Mean ± SD); B. Number of fish/shoal (Mean ± SD); C. Single isolated fish ...
a<p>For GLM the respective best-fit polynomial order refers to a test against no relationship and wi...
<p>Full model outputs from (GLMMs) are shown with only non-significant interactions removed. An aste...
Results of general linear models that tested the significance of specific factors on fish calling in...