Nitrous oxide (N2O) is a long-lived greenhouse gas and currently contributes∼ 10% to
global greenhouse warming. Studies have suggested that inland waters are a large and …

Aquaculture systems receive intensive carbon (C) and nitrogen (N) loadings, and are
therefore recognized as major anthropogenic sources of methane (CH 4) and nitrous oxide …

Water-level fluctuations due to reservoir management could substantially affect the timing
and magnitude of reservoir methane (CH4) fluxes to the atmosphere. However, effects of …

Eutrophic lakes are major contributors to global aquatic methane emissions. Methanotrophy,
performed by methane oxidizing bacteria, results in the production of biomass, fermentation …

Nitrous oxide (N2O) emissions show large variability among dam reservoirs, which makes it
difficult to estimate N2O contributions to global greenhouse gases (GHGs). Because river …

Reservoirs are important sites for nitrogen processing, especially those located in
agricultural and urban watersheds. Nitrogen inputs promote N2O production and emission …

Excess nitrogen (N) in freshwater systems, estuaries, and coastal areas has well-
documented deleterious effects on ecosystems. Ecological engineering practices (EEPs) …

The fate of the enormous amount of reactive nitrogen released to the environment by human
activities in India is unknown. Here we show occurrence of seasonal stratification and …

Excessive nutrient discharges have resulted in pervasive water pollution and aquatic
eutrophication. China has made massive efforts to improve water quality since 2000 …

Quantifying net N2 flux, the balance between nitrogen (N) fixation and denitrification, may
help inform the decades-long debate about the significance of N relative to phosphorus (P) …