Nitrous oxide is a powerful, long‐lived greenhouse gas, but we know little about the role of
estuarine areas in the global N2O budget. This review summarizes 56 studies of N2O fluxes …

This summary focuses on reducing nitrogen (N) and ammonia emissions from poultry
manure through the use of improved amino acid digestibilities and enzyme …

In order to better understand the mechanisms of N2O emissions from nitrifying activated
sludge of urban WWTPs, sludge from the Valenton plant (Paris conurbation) are subjected to …

Estuarine systems are the major conduits for the transfer of nitrate from agricultural and other
terrestrial-anthropogenic sources into marine ecosystems. Within estuarine sediments some …

Until recently, denitrification was thought to be the only significant pathway for N2 formation
and, in turn, the removal of nitrogen in aquatic sediments. The discovery of anaerobic …

The isotope pairing technique (IPT) is a well‐established 15N method for estimation of
denitrification. Presence of anammox, the anaerobic oxidation of NH4+ to N2 with NO2 …

Peatland streams have repeatedly been shown to be highly supersaturated in both CO2 and
CH4 with respect to the atmosphere, and in combination with dissolved (DOC) and …

Estuarine sediments are the location for significant bacterial removal of anthropogenically
derived inorganic nitrogen, in particular nitrate, from the aquatic environment. In this study …

Although increasing atmospheric nitrous oxide (N2O) has been linked to nitrogen loading,
predicting emissions remains difficult, in part due to challenges in disentangling diverse …

Coastal areas such as continental shelves, estuaries, deltas, fjords and lagoons can release
high amounts of nitrous oxide (N2O) and methane (CH4) to the atmosphere. However …