Humans have drastically disrupted the global sediment cycle. Suspended sediment flux and
concentration are key controls over both river morphology and river ecosystems. Our ability …

Nitrous oxide (N2O), a potent greenhouse gas, is produced in rivers through a series of
microbial metabolic pathways. However, the microbial source of N2O production and the …

Streams and rivers are important sources of nitrous oxide (N2O), a powerful greenhouse
gas. Estimating global riverine N2O emissions is critical for the assessment of anthropogenic …

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 …

Inland waters are an important component of the global nitrogen (N) cycle, functioning not
only as land-to-sea transporters but also as active biogeochemical reactors. However, the …

While it is widely acknowledged that different categories of terrestrial land use significantly
affect N 2 O emissions from streams and rivers, a suitable indicator to comprehensively …

River network comprised by varieties of interconnected rivers is an essential form of lotic
environments. Unravelling the biogeochemical processes are essential for promoting the …

Riverine ecosystems are a significant source of nitrous oxide (N 2 O) worldwide, but how
they respond to human and natural changes remains unknown. In this study, we developed …

Microbial communities that reduce nitrous oxide (N2O) are divided into two clades, nosZ I
and nosZ II. These clades significantly differ in their ecological niches and their implications …

Rivers play a significant role in the global nitrous oxide (N 2 O) budget. However, the
microbial sources and sinks of N 2 O in river systems are not well understood or quantified …