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 …

Climate change, especially in the form of precipitation and temperature changes, can alter
the transformation and delivery of nitrogen on the land surface and to aquatic systems …

Rivers worldwide are under stress from eutrophication and nitrate pollution, but the
ecological consequences overlap with climate change, and the resulting interactions may be …

Freshwater denitrification removes a considerable amount of nitrogen from inland waters,
which are under pressure from eutrophication and warming. However, incomplete …

Temperature is one of the most fundamental drivers governing microbial nitrogen (N)
dynamics in rivers; however, the effect of climate change-induced warming on N processing …

Freshwater wetlands are natural sinks of carbon; yet, wetland conversion for agricultural
uses can shift these carbon sinks into large sources of greenhouse gases. We know that the …

Trapa japonica was observed to have inhibiting effects and could be used as a potential
environment-friendly control strategy for cyanobacterial blooms in freshwater. However, the …

This review tries to explain the effects of river infiltration and the interaction between
groundwater and surface water on nitrogen (N) and phosphorus (P) distribution in riparian …

Anthropogenic input of excess nutrients stimulates massive nitrous oxide (N 2 O) production
in estuaries with distinct seasonal variations. Here, nitrogen isotopic and isotopomeric …

The availability of nitrogen (N) is crucial for both the productivity of terrestrial and aquatic
ecosystems globally. However, the overuse of artificial fertilizers and the energy required to …