The interaction between flow and vegetation creates feedbacks to deposition that vary with
channel velocity. This experimental study describes how channel velocity and stem …

Natural plants have different morphologies, which may impact the velocity and turbulence
structures inside the canopy interior. Laboratory experiments investigated streamwise …

Abstract Structure-from-Motion (SfM) photogrammetry has become widely used for
topographic data collection in field and laboratory studies. However, the relative …

Laboratory experiments examined the longitudinal evolution of near‐bed velocity, turbulent
kinetic energy (TKE), and net deposition in a model Phragmites australis canopy occupying …

This study achieved three goals to clarify the impact of a vegetation patch on flow adjustment
and velocity. First, a valid equation for the interior adjustment distance (L d) inside a model …

A submerged patch of finite-width vegetation may produce vortex structures in its wake in
both the vertical and horizontal planes. This experimental study used velocity and deposition …

Riparian vegetation patches growing on river banks and floodplains influence in‐channel
and overbank hydromorphological processes. The current knowledge on patch‐scale …

The role of aquatic and riparian vegetation in driving morphodynamics of rivers is being
increasingly recognized across all river types. Here, we focus on gravel‐bed rivers, where …

Sediment is the most valuable natural resource for deltaic environments because it is
required to build new land. For land building to occur, sediment must be retained in the delta …

Flow past a submerged array of rigid cylinders is more complex compared to the limiting
case of an emerged array because part of the flow approaching the array is advected over it …