Vegetation on the banks and flooding areas of watercourses significantly affects energy
losses. To take the latter into account, computational models make use of resistance …

The determination of longitudinal dispersion coefficient in rivers is necessary for pollution
control, environmental risk assessment, and management. In rivers with aquatic vegetation …

Velocity and forces on individual plants were measured within an emergent canopy with real
plant morphology and used to develop predictions for the vertical profiles of velocity and …

Based on the Lagrangian approach, this study proposes a random displacement model
(RDM) to predict the concentration of suspended sediment in vegetated steady open …

Floodplain vegetation is heterogeneous with varying heights and spacing. Laboratory
studies concerning compound channels with mixed submerged and emergent vegetation …

Bank angle and floodplain vegetation emergence determine the flow nature in a compound
channel. Two sets of 45 and 90 bank angle compound channel is considered in the present …

Simulation of suspended sediment concentration (SSC) has great significance in predicting
the sediment transport rate, vegetation growth, and the river ecosystem in channels. The …

Environmental hydraulics, a neighboring research field to ecohydrology, is an intermediate
area between hydrodynamics and ecology/biology. The main research topic of this …

Riparian vegetation plays a crucial role in determining the flow behaviour in the channel.
The effect of flow on the slope and main channel varies based on the size, type, and density …

Vegetation present in the water streams, on the banks and in the floodplain areas largely
affects the river hydraulics. Indeed, river vegetation significantly influences hydrodynamics …