Rivers are the great shapers of terrestrial landscapes. Very few points on Earth above sea
level do not lie within a drainage basin. Even points distant from the nearest channel are …

This paper explores the potential of Unmanned Aerial Systems (UASs) for the analysis of
variations in the fluvial dynamics of a mid-mountain stream. The UAS photogrammetry was …

Catchment urbanization is widely recognised as a primary driver of stream degradation by
increasing stormwater runoff, which causes major changes to key ecosystem processes …

The spatially distributed effects of riparian vegetation on fluvial hydrodynamics during low
flows to large floods are poorly documented. Drawing on a LiDAR-derived, meter-scale …

The importance of interactions among stream hydrology, morphology, and biology is well
recognized in studies of stream ecosystems. However, when quantifying the impacts of …

Non-intrusive image-based techniques for measuring surface river velocities have rapidly
evolved as a cost-effective and safe means for quantifying flow patterns. Large-scale particle …

We investigated how channel morphology, flow complexity, and habitat characteristics in a
meandering gravel bed river evolved over time from a simple, reconfigured initial condition …

Morphological units (MU) are landforms with distinct local form–process associations at~ 1–
10 channel widths scale that may be the fundamental building blocks describing the …

Bedload transport and bedform mobility in large gravel-bed rivers are not easily monitored,
especially during floods. Large reaches present difficulties in bed access during flows for …

Fluvial landforms at the morphological-unit scale (~ 1–10 channel widths) are typically
delineated and mapped either by breaking up the one-dimensional longitudinal profile with …