This paper combines synoptic airborne LiDAR data with historical aerial photos to
reconstruct floodplain formation and relate this with vegetation patch characteristics on three …

Floodplain riparian ecosystems support unique vegetation communities and high
biodiversity relative to terrestrial landscapes. Accordingly, estimating riparian ecosystem …

Invasive alien plant species negatively impact native plant communities by out‐competing
species or changing abiotic and biotic conditions in their introduced range. River systems …

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 …

For at least two centuries, the lateral mobility of the meandering reaches of the Cher River
(France) has been very low. This article aims to identify the main causes of this behavior …

Multi‐temporal analysis of river‐floodplain processes is a key tool for the identification of
reference conditions or benchmarks and for the evaluation of deviations or deficits as a …

Climate change and river regulation are negatively impacting riparian vegetation. To
evaluate these impacts, process‐based models are preferred over data‐driven approaches …

Over the last twenty years, significant technical advances turned photogrammetry into a
relevant tool for the integrated analysis of biogeomorphic cross-scale interactions within …

Floodplains are complex ecological systems that are mostly regulated by river dynamics and
human disturbances that determine the efficiency of the coupling of hydrogeochemical …

Cohesive sediment (mud) and riparian vegetation interact with river morphodynamics and
affect the formation of river patterns. Mud and vegetation are both associated with a shift …