Abstract Knowledge about historical changes in sediment fluxes in most coarse‐bedded
rivers worldwide is extremely limited. In consideration of this deficiency, we developed a …

The investigation of coarse sediment transport in wide mountain streams is very challenging
because of limitations that affect the adoption of direct and indirect field monitoring …

A comprehensive monitoring programme focusing on bedload transport behaviour was
conducted at a large gravel‐bed river. Innovative monitoring strategies were developed …

The estimation of bedload transport, a type of coarse fluvial sediment motion, is challenging
because of higher-order, complex, and time-variable environmental processes. Still, models …

Many rivers in the Mediterranean region are regulated for urban and agricultural purposes.
Reservoir presence and operation results in flow alteration and sediment discontinuity …

The geomorphic relations of hydraulic geometry at-a-station and downstream, expressed as
power laws, are derived for a straight, single thread, gravel river channel. The cross-section …

Hydropeaking, by artificially generated flow peaks, influences hydro-sedimentary dynamics
on rivers and, consequently, affects bed material entrainment and transport. This study …

In large gravel‐bed rivers, bed material transport estimation is challenging since
theoretically based formulas often fail to accurately predict sediment fluxes, and it is difficult …

To implement soil conservation approaches, it is necessary to estimate the amount of annual
sediment production from a watershed. The purpose of this study was to determine the …

The present study aims at developing a wavelet kernel extreme learning machine (WKELM)
and meta-heuristic method, known as particle swarm optimization (PSO). PSO algorithm is …