Animals and plants worldwide are structured in global biogeographic regions, which were
shaped by major geologic forces during Earth history. Recently, humans have changed the …

The spatio‐temporal heterogeneity in process–form–vegetation interactions has enabled the
Brahmaputra river system to dissipate the fluvial energy at hierarchical scales. The present …

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 …

The strength of interactions between plants and river processes is mediated by plant traits
and fluvial conditions, including above‐ground biomass, stem density and flexibility, channel …

The impact of flood regimes on river floodplain vegetation within banks remains poorly
understood. In this study, we examined the monthly variation of river floodplain vegetation …

Gravel-bed rivers are fluvial systems featuring highly complex morphological and
evolutionary patterns because of their configuration characterized by the contemporary …

The dynamic evolution of a large braided river system is characterized by sporadic
operation, impacted by a diverse range of natural and anthropogenic factors. The hydro …

The understanding of fluvial processes controlling morphological adjustments and stability
of anabranching rivers remains incomplete. Focusing on a complex anabranching system in …

Inter-annual variability in growing season temperature and precipitation, together with snow
coverage duration, determine vegetation growth in boreal ecosystems. However, little is …

Salix riparian communities are particularly diverse and of extraordinary ecological
importance. This study will analyze the diversity of Salix riparian communities (S. alba, S …