In many gravel-bedded rivers, floods that fill the channel banks create just enough shear
stress to move the median-sized gravel particles on the bed surface (D 50). Because this …

Exploring the effects of bank vegetation on fluvial morphodynamics has long been an
essential part of fluvial morphodynamic-related research. In a practical sense, a central …

Predicting the frequency and aerial extent of flooding in river valleys is essential for
infrastructure design, environmental management, and risk assessment. Conventional flood …

Considerable research over the past several decades shows that dams, especially large,
flow regulating structures, fragment watersheds and serve to disconnect the normative …

A semi‐empirical bankfull Shields number relation as a function of slope, bed, and bank
sediment grain size is obtained based on a field data set that includes the delta of the …

Satellite imagery of Mars has revealed channel networks, flood outflow channels, river
meanders, fans, and deltas. The peak discharges, total volume of runoff, and estimated …

Many characteristics of alluvial rivers, including hydraulic geometry and sediment transport
during periods of morphological activity, can be related to the bankfull Shields number …

We perform an analysis of the response of a reach of the Minnesota River, US to changes in
sediment loading, including sand and mud. The reach in question extends 160 km …

This dissertation examines dynamics of delta building across different spatial and temporal
scales using field measurements and remotely-sensed data collected from the Selenga …

Morphodynamic numerical models of 2D fan deltas can predict evolution delta area and
extension rates, but these models have struggled to estimate channel features such as width …