The loss of land due to riverbank erosion is a crucial factor in sha** landforms and plays a
significant role in fluvial geomorphology. Understanding and the quantification of the …

Many researchers and engineers have shown great interest in mass transfer processes
produced by wind-induced waves. Such waves contribute significantly to the transfer of …

In the case of increasingly serious river pollution worldwide, aeration in channels is an
effective way to solve water pollution. However, traditional aeration research is aimed mainly …

Submerged vegetation changes the hydrodynamic characteristics of rivers, lakes, wetlands,
and coastal zones. However, only a few studies have focused on the effect of flexible …

Stream ecosystems are actively involved in the biogeochemical cycling of carbon (C) and
nitrogen (N) from terrestrial and aquatic sources. Streams hydrologically connected to …

High-resolution large eddy simulations and complementary laboratory experiments using
particle image velocimetry were performed to provide a detailed quantitative assessment of …

Dissolved Oxygen (DO) fluxes across the air‐water and sediment‐water interface (AWI and
SWI) are two major processes that govern the amount of oxygen available to living …

Environments with aquatic vegetation can mitigate excess nitrogen (N) loads to downstream
waters. However, complex interactions between multiple hydro‐biogeochemical processes …

Floating canopies of vegetation alter the vertical profile of flow velocity within and below
canopies, which in turn impacts sediment deposition below canopies. This study explored …

It is important to determine the transport mechanisms of dissolved gases through free
surfaces in open channels. Even though many physical and phenomenological models …