Bridge piers on large rivers are often protected from scouring using launchable stone, such
as a riprap sloping structure. While such scour countermeasures are effective for pier …

Recent advances in understanding bedload transport under unsteady flow conditions are
presented, with a particular emphasis on laboratory experiments. The contribution of …

Rivers are the great shapers of terrestrial landscapes. Very few points on Earth above sea
level do not lie within a drainage basin. Even points distant from the nearest channel are …

The importance of interactions among stream hydrology, morphology, and biology is well
recognized in studies of stream ecosystems. However, when quantifying the impacts of …

Bedload transport exhibits considerable spatial and temporal variability, as reflected by
large fluctuations of transport rates. Among the various mechanisms proposed for explaining …

A laboratory study was undertaken to investigate how changes in flow regime and
hydrograph shape (number of cycled hydrographs and duration of each hydrograph) …

Restoration of an alluvial wet-meadow system was conducted in the late 1990s to
reestablish hydraulic interactions between the river, floodplain, and groundwater to support …

Flume experiments are conducted to investigate the intrinsic links between time‐varying bed
load transport properties for uniform sediments and bed surface morphology under unsteady …

Braided rivers undergo continuous morphological evolution in response to variations in
water and sediment fluxes associated with a plethora of natural and anthropogenic …

Planimetric change was measured on daily hydrographs over two meltwater seasons using
time‐lapse images of the proglacial, gravel, braided, Sunwapta River, Canada. Significant …