Plants growing within river corridors both affect and respond to fluvial processes. Their
above‐ground biomass modifies the flow field and retains sediment, whereas their below …

Riparian vegetation is a crucial component of fluvial systems and serves multiple socio-
ecological functions. The objective of this review is to follow the scientific trajectory of studies …

We propose a conceptual model of vegetation–hydrogeomorphology interactions and
feedbacks within river corridors (ie river channels and their floodplains) that builds on …

Riparian vegetation actively interacts with fluvial systems affecting river hydrodynamics,
morphodynamics and groundwater. These interactions can be coupled because both …

Several decades of field observations, laboratory experiments and mathematical modelings
have demonstrated that the riparian environment is a disturbance-driven ecosystem, and …

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

The highly dynamic processes within a hillslope‐riparian‐stream (HRS) continuum are
known to affect streamflow generation, but are yet not fully understood. Within this study, we …

Predicting when riparian vegetation establishes on river bars is crucial to estimate how
morphology and ecology of gravel bed rivers respond to anthropogenic or climatic changes …

One of the most salient causes of the degradation of freshwater systems is the physical
habitat changes attributed to river damming. Environmental flows reduce such degradation …

Global circulation models forecasts indicate a future temperature and rainfall pattern
modification worldwide. Such phenomena will become particularly evident in Europe where …