Inland waters are large sources of methane to the atmosphere. However, considerable
uncertainty exists in estimating the emissions of this potent greenhouse gas from global …

The evasions of methane (CH 4) and carbon dioxide (CO 2) from inland waters represent
substantial fluxes of greenhouse gases into the atmosphere, offsetting a large part of the …

Evasion of greenhouse gases (GHG) from fluvial systems is now recognized as a significant
component of the global carbon cycle. However, the magnitudes of GHG fluxes remain …

Inland waters are significant emitters of greenhouse gases for the atmosphere and play an
important role in the global carbon cycle. With a vast land area in East Asia spanning a …

Dissolved carbon (DC) deciphers biotic and abiotic processes in aquatic ecosystems,
representing a critical component of global carbon cycling. However, underlying drivers of …

Streams draining urban areas are usually regarded as hotspots of methane (CH 4) and
nitrous oxide (N 2 O) emissions. However, little is known about the coupling effects of …

Carbon dioxide (CO 2) emissions from inland waters to the atmosphere are a pivotal
component of the global carbon budget. Anthropogenic land use can influence riverine CO 2 …

Dissolved organic matter (DOM), as a large carbon pool, is key to biogeochemical cycles,
especially in some unique areas. Karst rivers typically exhibit unique biogeochemical …

Air temperatures, precipitation, and river discharge have been steadily increasing in many
river basins over the last century. This is especially the case with North America's largest …

Abstract The Yangtze River, the third largest river around the globe, has been heavily
engineered with a series of hydroelectric dams. Meanwhile, it receives elevated organic …