<p>(a) PERMANOVA and (b) SIMPER results indicate microbial communities differ taxonomically and functionally between environment (water and kelp surface) and across climate change related stressors.</p
A central goal of global change biology is to predict the impact of environmental change on ecosyste...
Communities vary across space and time. In addition, they may vary differently at different spatial ...
To better predict the consequences of environmental change on aquatic microbial ecosystems it is imp...
<p>Top ten microbial genera and gene functions from the water and kelp surface environments driving ...
Mean relative abundances (+SE, n=16) of OTUs found to differ strongly between healthy (H) and bliste...
Generalised Linear Models for each microbial taxa under each treatment. Only significant differences...
Climate change is driving global declines of marine habitat-forming species through physiological ef...
<p>The relatedness of the microbiome from the water (blue) and kelp surface (green) calculated using...
<p>Taxonomic compositions of the ten most abundant bacteria orders, in the water column and kelp sur...
Climate change is driving global declines of marine habitat-forming species through physiological ef...
<p>The top ten bacterial genera (a) and gene functions (b) differentiating the water column from the...
Kelp species are distributed along ~ 25% of the world’s coastlines and the forests they form represe...
Climate change is driving global declines of marine habitat-forming species through physiological ef...
<p>Top ten microbial genera and gene functions from the water and kelp surface environments driving ...
Kelp species are distributed along ~ 25% of the world’s coastlines and the forests they form represe...
A central goal of global change biology is to predict the impact of environmental change on ecosyste...
Communities vary across space and time. In addition, they may vary differently at different spatial ...
To better predict the consequences of environmental change on aquatic microbial ecosystems it is imp...
<p>Top ten microbial genera and gene functions from the water and kelp surface environments driving ...
Mean relative abundances (+SE, n=16) of OTUs found to differ strongly between healthy (H) and bliste...
Generalised Linear Models for each microbial taxa under each treatment. Only significant differences...
Climate change is driving global declines of marine habitat-forming species through physiological ef...
<p>The relatedness of the microbiome from the water (blue) and kelp surface (green) calculated using...
<p>Taxonomic compositions of the ten most abundant bacteria orders, in the water column and kelp sur...
Climate change is driving global declines of marine habitat-forming species through physiological ef...
<p>The top ten bacterial genera (a) and gene functions (b) differentiating the water column from the...
Kelp species are distributed along ~ 25% of the world’s coastlines and the forests they form represe...
Climate change is driving global declines of marine habitat-forming species through physiological ef...
<p>Top ten microbial genera and gene functions from the water and kelp surface environments driving ...
Kelp species are distributed along ~ 25% of the world’s coastlines and the forests they form represe...
A central goal of global change biology is to predict the impact of environmental change on ecosyste...
Communities vary across space and time. In addition, they may vary differently at different spatial ...
To better predict the consequences of environmental change on aquatic microbial ecosystems it is imp...