Substrate facies monitoring is critical for the understanding of fluvial geomorphologic and
ecohydraulic patterns and processes. However, direct substrate measurement is time …

Fluvial processes are considered decisive for the formation of river channel patterns. The
concepts of fluvial morphology contain a functional relationship between catchment area …

Hydrologic and geomorphic classifications have gained traction in response to the
increasing need for basin‐wide water resources management. Regardless of the selected …

Successful management of flooding and erosion hazards on floodplains depends on our
ability to predict a river channel's shape and the lifespan during which it will continue to flow …

Topography is the most important component of the geographical shell, one of the main
elements of geosystems, and the framework of a landscape. geomorphometry is a science …

Quantifying geomorphic conditions that impact riverine ecosystems is critical in river
management due to degraded riverine habitat, changing flow and thermal conditions, and …

Significant growth in mountain rivers research since 1990 has promoted the concept that
canyon‐confined mountain rivers have complex topographic features nested from base‐to …

The extent and timing of many river ecosystem functions is controlled by the interplay of
streamflow dynamics with the river corridor shape and structure. However, most river …

Reach‐scale morphological channel classifications are underpinned by the theory that each
channel type is related to an assemblage of reach‐and catchment‐scale hydrologic …

This study aims to predict channel unit types (CUTs) by combining remotely sensed data
with morphological variables using machine learning algorithms (random forest, support …