Human activities on floodplains have severely disrupted the regeneration of foundation
riparian shrub and tree species of the Salicaceae family (Populus and Salix spp.) throughout …

The structure and function of riparian ecosystems generally result from feedbacks between
plant dynamics and fluvial processes and landforms, ie, river morphodynamics. Taxonomic …

Cohesive floodplain sediment and vegetation are both thought to cause meandering river
patterns. Our aims are to compare the isolated and combined effects of mud and vegetation …

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 …

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 …

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

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 …

This study investigates the effects of vegetation patch patterns on the morphological
evolution of alluvial river channels at the reach‐scale. For this, a new two‐dimensional …

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

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 …