<p>The main plots compare species combinations whereas the insets compare levels of species richness. Bars represent experiment-long means (± SE) calculated for each replicate and sampling day. Note that the temporal CV was calculated for single culture tubes, such that the mean values for richness treatments and species combinations are not influenced by the number of replicates per treatment. Letters above each bar indicate the results of the post-hoc Tukey tests associated with ANOVA. Species combinations are listed with each plot, using the following abbreviations: D – <i>Dunaliella</i>, N – <i>Nannochloris</i>, R – <i>Rhodomonas</i>, Ch – <i>Chaetoceros</i>, Co – <i>Coscinodiscus,</i> M – <i>Melosira</i> and all – all species in the si...
<p>Controls, rotavated and ploughed plots were included in the analysis.</p><p>Results from repeated...
speciescountdata.csv contains colony couts and plasmid detection from the main experiment. evonet.c...
<p>Given are the (A) species-volume relationship and (B) species-time relationship power law equatio...
<p>The main plots compare species combinations whereas the insets compare levels of species richness...
<p>The top figure (A) shows the mean (± SE) net oxygen production of the different richness treatmen...
<p>Degrees of freedom (DF): Time: DF = 2; Treatment: DF = 5; and Time x Treatment: DF = 10</p><p>Rep...
<p>Each box displays the experiment-long median (line within box), 25<sup>th</sup> and 75<sup>th</su...
<p>Results of a univariate ANOVA comparing mean replicate embryo production across the ten populatio...
<p>Left panels show the bacterial production (A) and abundance (C) responses in the eutrophic ecosys...
For ANCOM procedure, the clr (centered log ratio) table of ASVs grouped by genera was used, which wa...
<p>Letters indicate significant within-group differences between treatments (one-way ANOVA with bloc...
<p>Filled contour plots showing, for 9 taxonomic groups of cyanobacteria, the fitted 90% quantile of...
In vivo Growth Data.csv, Data description: Data used to create Figure 4: Average growth rate of evol...
In vivo Growth Data.csv, Data description: Data used to create Figure 4: Average growth rate of evol...
<p>Each row represents an individual model when a significant species richness (SR) by time interact...
<p>Controls, rotavated and ploughed plots were included in the analysis.</p><p>Results from repeated...
speciescountdata.csv contains colony couts and plasmid detection from the main experiment. evonet.c...
<p>Given are the (A) species-volume relationship and (B) species-time relationship power law equatio...
<p>The main plots compare species combinations whereas the insets compare levels of species richness...
<p>The top figure (A) shows the mean (± SE) net oxygen production of the different richness treatmen...
<p>Degrees of freedom (DF): Time: DF = 2; Treatment: DF = 5; and Time x Treatment: DF = 10</p><p>Rep...
<p>Each box displays the experiment-long median (line within box), 25<sup>th</sup> and 75<sup>th</su...
<p>Results of a univariate ANOVA comparing mean replicate embryo production across the ten populatio...
<p>Left panels show the bacterial production (A) and abundance (C) responses in the eutrophic ecosys...
For ANCOM procedure, the clr (centered log ratio) table of ASVs grouped by genera was used, which wa...
<p>Letters indicate significant within-group differences between treatments (one-way ANOVA with bloc...
<p>Filled contour plots showing, for 9 taxonomic groups of cyanobacteria, the fitted 90% quantile of...
In vivo Growth Data.csv, Data description: Data used to create Figure 4: Average growth rate of evol...
In vivo Growth Data.csv, Data description: Data used to create Figure 4: Average growth rate of evol...
<p>Each row represents an individual model when a significant species richness (SR) by time interact...
<p>Controls, rotavated and ploughed plots were included in the analysis.</p><p>Results from repeated...
speciescountdata.csv contains colony couts and plasmid detection from the main experiment. evonet.c...
<p>Given are the (A) species-volume relationship and (B) species-time relationship power law equatio...