Feedback between hydrogeomorphological processes and riparian plants drives landscape
dynamics and vegetation succession in river corridors. We describe the consequences of …

Until recently, one-way relationships between flow dynamics, geomorphology and plant
ecology were considered dominantly when studying the functioning of river systems …

Riparian vegetation responds to hydrogeomorphic disturbances and environmental
changes and also controls these changes. Here, we propose that the control of sediment …

The development of alternate bars in channelized rivers can be explained theoretically as
an instability of the riverbed when the active channel width to depth ratio exceeds a …

Plant communities and dynamics can be characterized according to species composition or
plant traits. Here, we used species composition and plant traits to compare their …

River embankments are one of the main causes of a loss in active channel movement. The
knock‐on effects of river channel stabilization include important shifts in the ecohydrological …

Many riparian ecosystems in European temperate regions have lost their inherent, highly
dynamic character due to human-induced impacts such as river channelization and flow …

Vegetation succession in riparian zones is traditionally considered to be mainly driven by
allogenic hydrogeomorphological factors, while the importance of autogenic, plant‐induced …

The character of fiver landscapes is largely a function of fluvial processes. Temporal and
spatial variability in disturbance by river flows, and the erosion and deposition of sediment …

Within riparian corridors, biotic-abiotic feedback mechanisms occur between woody
vegetation strongly influenced by hydrogeomorphic constraints (eg, sediment transport and …