This review describes mean and turbulent flow and mass transport in the presence of
aquatic vegetation. Within emergent canopies, the turbulent length scales are set by the …

The study of river‐riparian vegetation interactions is an important and intriguing research
field in geophysics. Vegetation is an active element of the ecological dynamics of a …

In many Mediterranean areas, citrus orchards exhibit high soil loss rates because of the
expansion of drip irrigation that allows cultivation on sloping terrain and the widespread use …

In this work, a model for wave transformation on vegetation fields is presented. The
formulation includes wave damping and wave breaking over vegetation fields at variable …

The paper describes the process of induction of equations for the description of vegetation-
induced roughness from several angles. Firstly, it describes two approaches for obtaining …

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 …

This paper reviews recent work on flow and transport in channels with submerged
vegetation, including discussions of turbulence structure, mean velocity profiles, and …

Better understanding of the role of vegetation in the transport of fluid and pollutants requires
improved knowledge of the detailed flow structure within the vegetation. Instead of spatial …

Vegetation plays an important role in soil erosion control, but few studies have been
performed to quantify the effects of vegetation stems on hydraulics of overland flow …

Vegetation is ubiquitous in river channels and floodplains and alters mean flow conditions
and turbulence. However, the effects of vegetation patches on near‐bed turbulence, bed …