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 …

This paper presents an overview of the recent geomorphological and hydraulic insights on
the dynamics of steep mountain streams, here defined as those channels with slope> 4–5 …

River histories provide important guidance with which to inform river management.
Evolutionary trajectories and appraisals of system responses to changing flux conditions …

The physical basis of Bagnold's equation for critical stream power is examined. Although the
general approach is well founded, the original equation can be criticised for (1) failing to …

This paper reports a radiofrequency identification (RFID) tracing experiment implemented in
a high‐sediment‐load mountain stream typical of alpine gravel‐bed torrents. The study site …

Urbanization typically leads to erosion and instability in rivers, and many management and
restoration strategies have been developed to dampen the worst impacts. Stream power …

Acquiring high resolution topographic data of natural gravel surfaces is technically
demanding in locations where the bed is not exposed at low water stages. Often the most …

This paper investigates the slope-dependent variation in critical mean bed shear stress for
coarse grain motion, and evaluates stream power per unit bed area as an alternative …

Recent developments in zoogeomorphology in combination with the increasing interest of
ecologists in ecosystem engineering by organisms initiated considerable research on the …

The morphological expression of rivers provides a primary medium for human
understanding of river geomorphology and the transmission of geographical information. In …