Soil and water bioengineering is a technology that encourages scientists and practitioners to
combine their knowledge and skills in the management of ecosystems with a common goal …

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 …

Observations of plant‐flow interactions on salt marshes have revealed a highly complex
process dominated by the tightly coupled effects of plant characteristics and hydrodynamic …

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 …

Streambank retreat is a complex cyclical process involving subaerial processes, fluvial
erosion, seepage erosion, and geotechnical failures and is driven by several soil properties …

The complex multi-directional interactions between hydrological, biological and fluvial
processes govern the formation and evolution of river landscapes. In this context, as key …

This chapter deals with hydraulic modelling for predicting flow properties used in
ecohydraulics, in its broader sense, which encompasses aquatic habitat modelling …

An improved model to describe the drag and reconfiguration of flexible riparian vegetation is
proposed. The key improvement over previous models is the use of a refined …

Instream plants, which act as biological processors, have emerged as potentially
advantageous eco-morphologic tools to be used in river management and restoration. Most …

Flow resistance through riparian forests due to drag on trees is often expressed in hydraulic
models with an increase in a boundary resistance factor such as Manning's n. However …