Micro‐organisms are an essential component of natural marine ecosystems, but also play
important roles in anthropogenically modified ecosystems, including aquaculture. Although …

Soil salinity can affect microbial activities and community structure, with broader implications
for carbon storage and mineralization. However, a consensus on how soil microbial …

Climate change is causing habitat salinity to transform at unprecedented rates across the
globe. While much of the research on climate change has focused on rapid shifts in …

Background Environmental DNA and metabarcoding allow the identification of a mixture of
species and launch a new era in bio-and eco-assessment. Many steps are required to …

Cable bacteria (CB) are Desulfobulbaceae that couple sulphide oxidation to oxygen
reduction over centimetre distances by mediating electric currents. Recently, it was …

The establishment of epibacterial communities is fundamental to seaweed health and
fitness, in modulating ecological interactions and may also facilitate adaptation to new …

Environmental disturbances influence bacterial community structure and functioning. To
investigate the effect of environmental disturbance caused by changes in salinity on host …

Soil salinization is spread in the dryland of NW China due to the dry or extreme dry climate.
Increased salinization damages the health and function of soil systems and influences the …

Salinity has a strong impact on bacterial community composition such that freshwater
bacterial communities are very different from those in seawater. By contrast, little is known …

Sea-level rise has been threatening the terrestrial ecosystem functioning of coastal islands,
of which the most important component is carbon (C) cycling. However, metagenomic and …