Microbes (eg, bacteria and archaea) are indispensable components for the key biological
processes of estuarine ecosystems and three main habitats (sediment, particle, and water) …

Estuarine ecosystems interconnect freshwater and marine environments, and comprise
multiple highly dynamic and complex microhabitats. The resident microbiota in estuary is …

Coastal estuaries and bays are exposed to both natural and anthropogenic environmental
changes, inflicting intensive stress on the microbial communities inhabiting these areas …

In estuary, bacteria are critically vital to ecosystem function and sustainability. However, the
effect of geographic distance and its related factors (ie, salinity and nutrients) on bacterial …

Estuaries are known for their high ecological diversity and biological productivity. Sediment
microorganisms, as crucial components of estuarine ecosystems, play a pivotal role in …

The Yangtze River estuary (YRE) are strongly influenced by the Kuroshio and terrigenous
input from rivers, leading to the formation of distinct water masses, however, there remains a …

Estuaries are important in terms of biodiversity, biogeochemical function, and ecological
balance due to their intense land-sea interactions. The sustainability of estuarine ecosystem …

Sedimentary microorganisms play crucial roles in maintaining the functional stability of
aquatic ecosystems. However, their taxonomic composition and assembly processes are not …

In the estuarine ecosystem, microbial community plays a vital role in controlling
biogeochemical processes. However, there is currently limited comprehensive study on the …

Estuaries connect rivers with the ocean and are considered transition regions due to the
continuous inputs from rivers. Microbiota from different sources converge and undergo …