The rivers of the world are undergoing accelerated change in the Anthropocene, and need
to be managed at much broader spatial and temporal scales than before. Fluvial remote …

In an era of big‐data acquisition and semiautomation of geomorphic river surveys, it is timely
to consider how to better integrate this into existing and widely used conceptual frameworks …

A geomorphic unit is a landform that has been created and reworked by a particular set of
earth surface processes. Each geomorphic unit has a particular morphology and sediment …

River restoration practice frequently employs conservative designs that create and maintain
prescribed, static morphology. Such approaches ignore an emerging understanding of …

Fluvial landscape analysis is an essential part of geomorphology, hydrology, ecology, and
cartography. It is traditionally focused on the transition between hillslopes and channel …

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 …

Beavers are ecosystem engineers that create and maintain riparian wetland ecosystems in a
variety of ecologic, climatic, and physical settings. Despite the large‐scale implications of …

Sediment regimes, ie, the processes that recruit, transport, and store sediment, create the
physical habitats that underpin river‐floodplain ecosystems. Natural and human‐induced …

Process-based classification of rivers is widely used for assessing the effects of past
landscape disturbance, current biophysical conditions, and likely responses to future …

The rates at which sediment from the landscape is recruited to channel networks reflect
lateral geomorphic connectivity and have significant implications for biophysical river …