Riparian zones are dynamic ecosystems that form at the interface between the aquatic and
terrestrial components of a landscape. They are shaped by complex interactions between …

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 many hydrodynamic implications associated with the geomorphological evolution of
braided rivers are still not profoundly examined in both experimental and numerical …

Rivers have an intricate relationship with the vegetation that colonizes them. Riparian plants,
capable of thriving within river corridors, both respond to and influence geomorphology. Yet …

Downed large wood on floodplains creates similar geomorphic and ecological effects as
wood in the active channel, but has been the subject of fewer geomorphic studies. I propose …

Biogeomorphology has been expanding as a discipline, due to increased recognition of the
role that biology can play in geomorphic processes, as well as due to our increasing …

Riparian vegetation plays a fundamental role in alluvial channel evolution by modifying flow
and sedimentation dynamics. To elucidate the roles of sediment supply, flow‐dependent …

Imaging and measuring the Earth's relief with sensors mounted upon unmanned aerial
vehicles is an increasingly frequently used and promising method of remote sensing. In the …

The longitudinal connectivity of rivers facilitates the downstream transfer of discharge and
sediment. Any alterations to this component can potentially impair/block sediment …

Native riparian forests provide the physical structure, nutrient inputs, and habitat elements
necessary to support ecosystem function for many aquatic and terrestrial species. However …