Understanding the statistics of bedload particle motions is of great importance. To model the
hop events which are defined as trajectories of particles moving successively from the start …

We study the dynamics of dilute, slightly negatively buoyant, millimetre-size spherical
particles fully suspended in a smooth-wall open channel flow. The Reynolds number is …

Bedload particle hops are defined as successive motions of a particle from start to stop,
characterizing one of the most fundamental processes of bedload sediment transport in …

In gravel bed rivers, bed load transport exhibits considerable variability in time and space.
Recently, stochastic bed load transport theories have been developed to address the …

In the last decade several efforts were devoted to model sediment‐particle transport in rivers
as a stochastic process. Experimental observations are therefore needed to validate these …

Sediment particles transported as bed load undergo alternating periods of motion and rest,
particularly at weak flow intensity. Bed load transport can be investigated by either following …

The ideas of advection and diffusion of sediment particles are probabilistic constructs that
emerge when the Master equation, a precise, probabilistic description of particle …

In conventional analysis of sedimentation in open channel flow, suspended sediment
transport is regarded as an advection diffusion process. A series of theories based on …

To date, there is no consensus on the probability distribution of particle velocities during
bedload transport, with some studies suggesting an exponential‐like distribution while …

The ubiquitous distribution of microplastics (MPs) in aquatic environments is linked to their
transport in rivers and streams. However, the specific mechanism of bedload microplastic …