Recent technological developments in geodesy, surveying and remote sensing present new
opportunities to quantify the rate and distribution of fluvial processes in gravel bed rivers …

Soon after their first deployment in rivers in the early 2000s, RFID tags rapidly became the
reference technology for bedload tracing in rivers. We can estimate from the literature that …

We present new measurements of bed load tracer transport in a mountain stream over
several snowmelt seasons. Cumulative displacements were measured using passive …

The artificial gravel augmentation of river channels is increasingly being used to mitigate the
adverse effects of river regulation and sediment starvation. A systematic framework for …

In this chapter, we present a review of sediment tracing studies in gravel bed streams. Our
primary objective is to critically assess the use of tracers for obtaining information on …

Sediment transport is a key process that affects the morphology and ecological habitat
diversity of rivers. As part of a gravel augmentation program to mitigate sediment deficit …

Occurrence and distribution of microplastics in different ecosystems have recently become
subjects of numerous studies. However, to date the research has focused mainly on marine …

Low‐frequency passive integrated transponders (PIT tags), are commonly used for
monitoring pebble mobility in gravel‐bed rivers. Although early studies reported high …

Bedload transport and bedform mobility in large gravel-bed rivers are not easily monitored,
especially during floods. Large reaches present difficulties in bed access during flows for …

Racetrack flumes are established experimental settings in ecohydraulics and sediment
studies. Their experimental results are often coupled with numerical simulations. The two …