<p>(a) Point-estimates and credible intervals for the effects of stress in coral dataset inferred by the informed model (allowing control genes <i>rpl11</i> and <i>nd5</i> to change 1.2-fold on average) and “classic” model based on normalization using the same two control genes. Points are posterior means, the whiskers denote 95% credible intervals. (b) Comparison of the power of the “classic” model (transformed p-values along the horizontal axis) to the power of full Bayesian models (see legend). The colored lines are linear regressions to illustrate trends (no statistical implications intended), the black dotted line is 1∶1 correspondence. “Classic” model generates the the credible intervals that are as narrow as under the fixed model, bu...
<p>lr, learning rate; tc, tree complexity. Cross-validation (cv) deviance and standard error (se) is...
<p>Continuous model Bayesian meta-analysis of relationships between decline in coral cover and chang...
<p>(<i>A</i>) Continuous model Bayesian meta-analysis of relationship between decline in coral cover...
<p>(a) The match between the fold-changes inferred in the current reanalysis and previously reported...
<p>The points are posterior means, the 95% credible intervals are denoted as dashed lines connecting...
<p>The points are posterior means, the 95% credible intervals are denoted as dashed lines connecting...
<p>(a) Plot of lognormal residuals against predicted values to test for linearity. (b) Scale-locatio...
<p>(a, c): Three heat shock protein genes plus one control gene (<i>rpl11</i>), analyzed using naïve...
<p>(a) Effects of stress and recovery under naïve model. It can be seen that recovery gene regulatio...
<p>Data are average effect sizes from generalized linear mixed effects model expressed as a per cent...
<p>Lines represent means of normalized log2 transformed expression values among replicate colonies (...
<p>Comparisons of growth rates (means ± SE) between corals competing with one of five macroalgal spe...
In ecology, the standard tool for investigating the growth of marine species is the von Bertalanffy ...
Marine biologists usually assess coral growth through the von Bertalanffy growth function (VBGF), a ...
<p>All models include the random effect ‘sampling site’. For each of the models contrasted, maximum ...
<p>lr, learning rate; tc, tree complexity. Cross-validation (cv) deviance and standard error (se) is...
<p>Continuous model Bayesian meta-analysis of relationships between decline in coral cover and chang...
<p>(<i>A</i>) Continuous model Bayesian meta-analysis of relationship between decline in coral cover...
<p>(a) The match between the fold-changes inferred in the current reanalysis and previously reported...
<p>The points are posterior means, the 95% credible intervals are denoted as dashed lines connecting...
<p>The points are posterior means, the 95% credible intervals are denoted as dashed lines connecting...
<p>(a) Plot of lognormal residuals against predicted values to test for linearity. (b) Scale-locatio...
<p>(a, c): Three heat shock protein genes plus one control gene (<i>rpl11</i>), analyzed using naïve...
<p>(a) Effects of stress and recovery under naïve model. It can be seen that recovery gene regulatio...
<p>Data are average effect sizes from generalized linear mixed effects model expressed as a per cent...
<p>Lines represent means of normalized log2 transformed expression values among replicate colonies (...
<p>Comparisons of growth rates (means ± SE) between corals competing with one of five macroalgal spe...
In ecology, the standard tool for investigating the growth of marine species is the von Bertalanffy ...
Marine biologists usually assess coral growth through the von Bertalanffy growth function (VBGF), a ...
<p>All models include the random effect ‘sampling site’. For each of the models contrasted, maximum ...
<p>lr, learning rate; tc, tree complexity. Cross-validation (cv) deviance and standard error (se) is...
<p>Continuous model Bayesian meta-analysis of relationships between decline in coral cover and chang...
<p>(<i>A</i>) Continuous model Bayesian meta-analysis of relationship between decline in coral cover...