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 …

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

One of the most important waterway components is vegetation, which play a pivotal role in
the flow and sediment transport. Vegetation environment and characteristics, including …

We present a critical analysis of experimental findings on vegetation–flow–sediment
interactions obtained through both laboratory and field experiments on tidal and coastal …

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 …

An experimental campaign was implemented along a 300 m stretch of a drainage channel,
with the purpose of estimating the roughness coefficients of vegetated channels at the real …

Hydrodynamics affected by vegetation in channel is one of the hot topics in ecological
hydraulics. Flexible vegetation plays an important role in natural flow region, which changes …

Flow and sediment regimes shape alluvial river channels; yet the influence of these abiotic
drivers can be strongly mediated by biotic factors such as the size and density of riparian …

The strength of interactions between plants and river processes is mediated by plant traits
and fluvial conditions, including above‐ground biomass, stem density and flexibility, channel …

Scour and uprooting during flood events is a major disturbance agent that affects plant
mortality rates and subsequent vegetation composition and density, setting the trajectory of …