River hydromorphology has long been subjected to huge anthropogenic pressures with
severe negative impacts on related ecosystems' functioning and water quality. Therefore …

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 …

Riverine ecosystems are governed by patterns of temporal variation in river flows. This
dynamism will change due to climate change and the near-ubiquitous human control of river …

Dynamic interaction between river morphodynamics and vegetation affects river channel
patterns and populations of riparian species. A range of numerical models exists to …

River morphology and riparian vegetation continuously adapt to changing discharge
conditions, which makes it a challenge to distinguish long-term development driven by …

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

Dams strongly impair the fluvial environment by altering downstream flows. We analysed
riverscapes downstream of three dams and hypothesized that different dam types in rivers …

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

Climate change is expected to modify temperature and precipitation patterns throughout
Europe, leading to warmer drier summers; wetter, milder winters; and an extended growing …

Global warming has already affected European rivers and their aquatic biota, and climate
models predict an increase of temperature in central Europe over all seasons. We simulated …