The complete understanding of bedload transport requires the development of reliable
apparatus and techniques for predicting, measuring, and sampling bedload in rivers. This …

▪ Abstract Measurements of cosmogenic nuclides, predominately 10Be, allow new insights
into the ways in which and the rates at which sediment is generated, transported, and …

Catchment configuration and the nature of connectivity within and between landscape
compartments affect the operation of sediment cascades and geomorphic responses to …

Sediment transport through the Brazilian sector of the Amazon River valley, a distance of
2010 km, involves exchanges between the channel and the flood plain that in each direction …

Identification of coarse sediment connectivity down river-channel systems is important for
understanding the linkages between river reaches, the influence of sediment sources on …

The stochastic field of sediment supply to the channel network of a drainage basin depends
on the large‐scale interactions among climatically driven processes such as forest fire and …

This cutting-edge summary combines ideas from several sub-disciplines including geology,
geomorphology, oceanography and geochemistry to provide an integrated view of Earth …

3.3. 2 Debris flows 3.3. 3 Gullies 3.3. 4 Treethrow 3.3. 5 Animal burrows 3.4 Rates of chronic
erosion processes 3.4. 1 Sheetwash erosion 3.4. 2 Wind erosion 3.4. 3 Dry ravel 3.4. 4 Bank …

Abstract Redwood Creek, north coastal California, USA, has experienced dramatic changes
in channel configuration since the 1950s. A series of large floods (in 1955, 1964, 1972 and …

Temporal variations in bedload transport rates that occur at a variety of timescales, even
under steady flow conditions, are accepted as an inherent component of the bedload …