Biplots showing PCA of each coral species. Red dots and areas represent skeletal samples, while blue areas and samples represent tissue samples. Within each biplot are also reported the results of NPMANOVA analyses assessing differences in composition between the prokaryotic communities of skeleton and tissue of each coral species.</p
The scleractinian finger coral Porites compressa has been documented to develop raised growth anomal...
Microplastics are a prevalent pollutant in today’s environment, particularly in marine ecosystems. T...
Figure S1. Principal component analysis (PCA) from the normalized expression values of 26,622 genes ...
Plots showing differences in microbial communities of Porites lutea (a-c), and Montipora digitata (d...
<p>The score plot of principal component analysis, which showed distinguishable glycerophosphocholin...
<p>Principal component analysis (PCA) of 16 S rRNA gene sequences, showing non-pooled coral samples ...
CCA biplot representing the tissue (a) and skeletal (b) microbiome structure according to each expla...
Boxplots showing Pielou evenness indexes of the skeleton (red) and tissue (blue) of scleractinian co...
Partitioning the variation in bacterial communities composition of coral tissue (a) and skeleton (b)...
<p>(a) Heatmap of SOMP gene expression at different developmental stages. Three expression patterns ...
Figure 2. Vignette of the experimental design aiming to answer the questions: what are the microbiom...
<p>NMDS biplots on Bray-Curtis dissimilarities are shown for water (A), sediment (B), and coral (C)....
Figure S1. PCA results showing morphospace occupation for Nsungwe Formation ampullariids when analyz...
<p>A) Healthy coral with granular amoebocytes dispersed in mesoglea as indicated by arrows. B) Disea...
<p>Axes created through the PCA process removed correlations evident in untransformed spectra and al...
The scleractinian finger coral Porites compressa has been documented to develop raised growth anomal...
Microplastics are a prevalent pollutant in today’s environment, particularly in marine ecosystems. T...
Figure S1. Principal component analysis (PCA) from the normalized expression values of 26,622 genes ...
Plots showing differences in microbial communities of Porites lutea (a-c), and Montipora digitata (d...
<p>The score plot of principal component analysis, which showed distinguishable glycerophosphocholin...
<p>Principal component analysis (PCA) of 16 S rRNA gene sequences, showing non-pooled coral samples ...
CCA biplot representing the tissue (a) and skeletal (b) microbiome structure according to each expla...
Boxplots showing Pielou evenness indexes of the skeleton (red) and tissue (blue) of scleractinian co...
Partitioning the variation in bacterial communities composition of coral tissue (a) and skeleton (b)...
<p>(a) Heatmap of SOMP gene expression at different developmental stages. Three expression patterns ...
Figure 2. Vignette of the experimental design aiming to answer the questions: what are the microbiom...
<p>NMDS biplots on Bray-Curtis dissimilarities are shown for water (A), sediment (B), and coral (C)....
Figure S1. PCA results showing morphospace occupation for Nsungwe Formation ampullariids when analyz...
<p>A) Healthy coral with granular amoebocytes dispersed in mesoglea as indicated by arrows. B) Disea...
<p>Axes created through the PCA process removed correlations evident in untransformed spectra and al...
The scleractinian finger coral Porites compressa has been documented to develop raised growth anomal...
Microplastics are a prevalent pollutant in today’s environment, particularly in marine ecosystems. T...
Figure S1. Principal component analysis (PCA) from the normalized expression values of 26,622 genes ...
DOI
Add to ORKG