Large wood is an important physical component of woodland rivers and significantly
influences river morphology. It is also a key component of stream ecosystems. However …

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 …

This paper summarizes current practices for the estimation of flow resistance caused by
floodplain vegetation in emergent flow conditions. The current state-of-the-art for the …

The presence of vegetation modifies flow and sediment transport in alluvial channels and
hence the morphological evolution of river systems. Plants increase the local roughness …

River flows are greatly influenced by floodplain vegetation with implications on hydrological
and hydraulic conditions from cross-sectional to river reach scales. Flow models need to …

Flood hazard mitigation in urban areas crossed by vegetated flows can be achieved through
two distinct approaches, based on structural and eco-friendly solutions, referred to as grey …

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 …

Both the foliage and stem essentially influence the flow resistance of woody plants, but their
different biomechanical properties complicate the parameterization of foliated vegetation for …

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