Eutrophication is a growing environmental concern in lake ecosystems globally, significantly
impacting the structures and ecological functions of bacterioplankton communities and …

Background Oligotrophy and hypereutrophy represent the two extremes of lake trophic
states, and understanding the distribution of bacterial communities across these contrasting …

Microbes in various aquatic ecosystems play a key role in global energy fluxes and
biogeochemical processes. However, the detailed patterns on the functional structure and …

The river ecosystem in fragile regions is especially vulnerable to environmental or
anthropogenic stressors. The ecological quality and stability of rivers in fragile regions …

This study investigated bacterial diversities in surface water and sediment of the East Lake
located in Wuhan, China. Bacterial community of lake water was mainly composed of …

The biogeographical distribution of plants and animals has been extensively studied,
however, the biogeographical patterns and the factors that influence bacterial communities …

Water, sediments, and biofilms are the typical microbial carriers in natural water
environments. However, comparative analysis of the distribution of bacterial and fungal …

Lake Chaohu is a representative lake in China that suffers from severe eutrophication and
algal blooms. In this study, the composition of bacterial communities in the water and …

The current study presents findings related to algal blooms in a fresh water lake, which has
been experiencing severe cyanobacterial blooms (CyanoHABs). Primarily …

Commonly detected in surface waters worldwide, odorous compounds such as geosmin
(GSM) and 2-methylisoborneol (MIB) pose important issues in drinking water and …