This article aims to provide a comprehensive appraisal on the current status of three-
dimensional (3D) numerical modeling of local scour around instream hydraulic structures …

The influence of naturally occurring in‐channel large wood (LW) on the hydraulics,
hydrology and geomorphology of rivers is well documented. To inform management and …

River systems in forested catchments are strongly influenced by wood and sediment loading
from both natural (eg mass wasting) and anthropogenic (forestry) sources. In order to …

This article has taken a distributed modelling approach to examine the potential for hillslope
storage bunds as a natural flood management (NFM) strategy to mitigate the effects of …

Abstract Nature Based Solutions (NBS), including Natural Flood Management (NFM)
schemes are becoming an important component of many governmental and organisation …

Log jams alter gradients in hydraulic head, increase the area available for hyporheic
exchange by creating backwater areas, and lead to the formation of multiple channel …

Engineered log jams (ELJs) are used widely in practice as a river restoration measure. One
desired feature of an ELJ is its porous nature, which plays an important role in …

Flow resistance in mountain streams is important for assessing flooding hazard and
quantifying sediment transport and bedrock incision in upland landscapes. In such settings …

The flow forces on step-pool units are important to understand the physical processes and
flow resistance partitioning in step-pool channels, and build the basis for better prediction of …

The coupling of sediment sources varies in terms of efficiency and availability based on the
frequency and intensity patterns of rainfall events over time. It is commonly assumed that …