Resistance to flow determines several important hydraulic parameters in streams and rivers
and must be properly represented in models for estimating water discharge and sediment …

The notion of sediment‐transport capacity has been engrained in geomorphological and
related literature for over 50 years, although its earliest roots date back explicitly to Gilbert in …

Up to 80% of the plastics in the oceans are believed to have been transferred from river
networks. Microplastic contamination of river sediments has been found to be pervasive at …

The accurate prediction of bedload transport in gravel-bed rivers remains a significant
challenge in river science. However the potential for data mining algorithms to provide …

In images of sedimentary or granular material, or simulations of binary (two‐phase) granular
media, in which the individual grains are resolved, the complete size distribution of apparent …

As rivers transport water and sediment across Earth's surface, they radiate elastic and
acoustic waves. We use seismic and infrasound observations during a controlled flood …

Field measurements of sediment transport in gravel bed rivers often reveal hysteretic effects
due to differences in sediment availability between the rising and falling limbs of a flood …

An adequate bedload prediction is a challenging task in hydraulic engineering because of
the complex sediment transport processes and corresponding environmental factors. The …

Predicting the transport of bedload tracer particles is a problem of significant theoretical and
practical interest. Yet, little understanding exists for transport in rivers in the presence of …

The transport of coarse sediment during floods often exhibits hysteresis patterns from
changes in flow fields, channel geometry, bedforms, or sediment supply conditions. Flume …