Nitrous oxide (N2O) produced from dissolved nitrogen (N) compounds in agricultural runoff
water must be accounted for when reporting N2O budgets from agricultural industries …

Growing evidence shows that riverine networks surrounding urban landscapes may be
hotspots of riverine greenhouse gas (GHG) emissions. This study strengthens the evidence …

Although an increasing number of reports have revealed that rivers are important sources of
greenhouse gases (GHGs), the magnitude and underlying mechanism of riverine GHG …

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 …

Anthropogenic activities increase the contributions of inland waters to global greenhouse
gas (GHG; CO 2, CH 4, and N 2 O) budgets, yet the mechanisms driving these increases are …

A mixed land use/land cover (LULC) catchment increases the complexity of sources and
transformations of nitrate in rivers. Spatial paucity of sampling particularly low-resolution …

Abstract Nitrate (NO 3−) is a major trigger for river eutrophication. While efforts have been
made to understand the anthropogenic NO 3− pollution in rivers, the role of background NO …

Rare earth mining causes severe riverine nitrogen pollution, but its effect on nitrous oxide (N
2 O) emissions and the associated nitrogen transformation processes remain unclear. Here …

Greenhouse gas fluxes (CO2, CH4, and N2O) from African streams and rivers are under‐
represented in global datasets, resulting in uncertainties in their contributions to regional …

Streams are disproportionately significant contributors to increases in greenhouse gas
(GHG) effluxes in river networks. In the context of global urbanization, a growing number of …