Riparian zones are among the most valuable ecosystems on the earth. They act as the
ecological engineers that improve river health through delivering a range of ecosystem …

The sedimentological connectivity of agricultural catchments may be affected by
anthropogenic structures (land management practices) established to reduce sediment …

Riparian vegetation has a number of effects on the mechanisms by which streambanks fail,
some positive and some negative. Previous research has shown that the effect of …

Flood inundation models enable us to make hazard predictions for floodplains, mitigating
increasing flood fatalities and losses. This book provides an understanding of hydraulic …

This paper reviews current understanding of vegetated flows in fluvial channels. First, the
physical aspects of this understanding are considered, starting with flow resistance …

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

Riparian vegetation provides many noteworthy functions in river and floodplain systems,
including its influence on hydrodynamic processes. Traditional methods for predicting …

Reach-scale experiments simulating the physical characteristics of natural woody plants are
required for the improved modeling of flow resistance in channels with instream and …

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 …

This paper reports a novel method for the incorporation of complex plant morphologies into
a computational fluid dynamics (CFD) model, allowing the numerical prediction of flows …