Eutrophication of inland waters is a mostly anthropogenic phenomenon impacting aquatic
biodiversity worldwide, and might change biotic community structure and ecosystem …

Submerged macrophytes are the main primary producers in shallow lakes and play an
important role in structuring communities. Aquatic microbes are also an important …

Microbial communities are an important component of aquatic ecosystems. They play active
roles in the biogeochemical cycles of organic matter and nutrients to maintain the health and …

The co-occurrence networks and interactions of bacterial communities in sediments are
highly variable with environmental factors, which are vital to the nutrient biogeochemical …

Various microorganisms are transported worldwide via the water and sediments inside ship
ballast tanks. Nevertheless, the ecological functions and assembly processes of bacterial …

Eutrophication due to nitrogen and phosphorus input is an increasing problem in lake
ecosystems. Free-living (FL) and particle-attached (PA) bacterial communities play a primary …

Both the planktonic bacterial community (PBC) and benthic bacterial community (BBC) are
important for biogeochemical processes in freshwater lakes. Despite their ecological …

Lake sediments are globally important carbon sinks. Although the fate of organic carbon in
lake sediments depends significantly on microorganisms, only few studies have investigated …

Freshwater microorganisms and their interactions are important drivers of nutrient cycling
that are in turn affected by nutrient status, causing shifts in microbial community diversity …

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