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

Microbial communities play a vital role in urban river biogeochemical cycles. However, the
seasonal variations in microbial community characteristics, particularly phylogenetic group …

Lake sediments are natural receptors for a wide range of anthropogenic contaminants
including organic matter and toxicants such as trace metals, polycyclic aromatic …

Mountain regions in Poland are among the most frequently visited tourist destinations,
causing a significant anthropogenic pressure put on the local rivers. In this study, based on …

Recently, more and more cold flowing water aquaculture has been adopted, but its
wastewater treatment is always ignored, which causes great pressure on the environment. In …

Aquaculture and industrial activities have been recognized for their detrimental impact on
coastal environment, particularly through large-scale mangrove conversion. This study …

Abstracts The current study comprehensively reviews the ecological niche and pathogenicity
shift in the freshwater microbial community in response to the stress induced by a high …

Sediment bacteria play an irreplaceable role in promoting the function and biogeochemical
cycle of the freshwater ecosystem; however, little is known about their biogeographical …

The rivers in the megacities face a constant inflow of extremely polluted wastewaters from
various sources, and their influence on the connected peri-urban river is still poorly …

The extremely serious urban runoff eutrophication and black odorous phenomenon pose a
significant threat to the lake aquatic ecosystem, resulting in a significantly increased …