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 …

Natural riparian vegetation generally presents a complex hydrodynamic behavior governed
by plant morphology and flexibility. By contrast, hydrodynamic processes in partly vegetated …

Drainage channels are a widespread component of agricultural and urbanized lowland
landscapes. Management of instream and riparian vegetation along drainage channels …

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 …

The condition of emergent or submerged vegetation plays a vital role in affecting the flow
behaviour in open channels. To understand the flow processes in free surface flows under …

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

This study presents a methodology for improving the efficiency of Baptist and Stone and
Shen models in predicting the global water flow resistance of a reclamation channel partly …

The flow turbulence and Reynolds stress anisotropy in flow over the smooth rigid bed with
the emergent rigid vegetation in a straight channel have been experimentally investigated …

Vegetation occurring along river margins deeply alters the hydrodynamic flow structure,
inducing a characteristic shear layer profile and triggering the onset of large scale vortices …

Shrubby and woody vegetation growing on floodplains profoundly influences hydrodynamic
and transport processes in riverine systems. Existing hydrodynamic research is mostly …