Many recent studies have revealed that polluted rivers are emerging as potent emitters of
greenhouse gases (GHGs). However, the scientific understanding of GHG emissions is still …

Estuaries are significant sources of the ozone-depleting greenhouse gas N 2 O. However,
owing to large spatial heterogeneity and discrete measurements, N 2 O emissions from …

Emissions of nitrous oxide (N2O) from aquatic ecosystems are on the rise due to the
dramatic increase in global reactive nitrogen input by anthropogenic activities (eg …

The microbial reduction of N 2 O serves as a “gatekeeper” for N 2 O emissions, determining
the flux of N 2 O release into the atmosphere. Estuaries are active regions for N 2 O …

With the gradual growth of greenhouse gas (GHG) emissions during the agricultural
cultivation cycle, GHG emissions specific to the production and conversion of biomass …

Estuary acts as a hotspot of greenhouse gases (GHGs, including CO 2, CH 4 and N 2 O) to
the atmosphere. However, the GHGs budgets, including input/output fluxes through …

Abstract Using the Pearl River Estuary (PRE) as an example, the exposure time (θ‾) was
calculated to investigate the dominant processes of three-dimensional water exchanges in …

The construction of cascade reservoirs can interfere with the natural hydrologic cycles of
basins, causing negative environmental effects such as altering the emission patterns of the …

Headwater streams play a large role in aquatic greenhouse gas emissions. Carbon dioxide
(CO2) and dissolved oxygen in streams often undergo changes through diel cycles …

Increased anthropogenic input of nitrogen into coastal creeks make them potential hotspots
for N 2 O production and emission, but they are often excluded from regional and global N 2 …