Predicting the morphodynamics of sedimentary landscapes due to fluvial and aeolian flows
requires answering the following questions: Is the flow strong enough to initiate sediment …

This paper outlines the various approaches used to calculate bedload transport. As bedload
transport exhibits considerable spatial and temporal variations, computing the bedload …

Earth's surface is composed of a staggering diversity of particulate–fluid mixtures: dry to wet,
dilute to dense, colloidal to granular and attractive to repulsive particles. This material variety …

By the late nineteenth century, the scientific study of bedload transport had emerged as an
offshoot of hydraulics and geomorphology. Since then, computing bedload transport rates …

Scientific research on sediment dynamics in the coastal zone and along the littoral zone has
evolved considerably over the last four decades. It benefits from a technological revolution …

The impacts of aquatic vegetation on bed load transport rate and bedform characteristics
were quantified using flume measurements with model emergent vegetation. First, a model …

The study of stochastic problems is very important and there is an increasing demand for
investigating the behavior of a number of sophisticated dynamical systems in different areas …

There is a paradox in the relationship between bedload transport rates and flow variables:
laboratory and field studies have reported on how bedload transport rates depend on flow …

Research on factors affecting sediment regime in glacierized catchments under warming
climates is still scarce despite its societal relevance. In particular, coarse bedload transport …

In mountain rivers, long‐term observations of water and sediment fluxes are crucial for
understanding the dynamics of bedload fluctuations. We analyze 7 years of continuous data …