The Rhine River is affected by major human interventions affecting its morphology and
sediment regime, which have severely changed its flow and sediment transport. While …

Engineering modifications of rivers, eg, dams or groynes, often induce long-term riverbed
erosion, which can be mitigated with sediment nourishments. Here, we consider …

Over the last two centuries, rivers worldwide have been affected by human interventions,
including dams, river training, and gravel mining. Such actions have often involved river …

Anthropogenic alterations of sediment supply and transport processes may impact the
ecological state of riverscapes and threaten infrastructure along the river. Sediment …

Restoring in-stream spawning habitats in degraded rivers has received increasing attention
as a tool for mitigating local wild fish population declines, notably in response to the …

River regulations ultimately degrade fluvial forms and morphodynamics and simplify riparian
and aquatic habitats. For several decades, river restoration actions have been performed to …

River regulation alters hydrological and sediment regimes and consequently affects habitat
complexity and dynamics, biodiversity and ecosystem services. Although channel bank …

River restoration and rehabilitation projects are widespread, but rarely include the data
needed to fully evaluate if they are successful in achieving their goals or how long the …

The Rhine River is affected by major human interventions affecting its morphology and
sediment regime, which have severely changed its flow and sediment transport. While …

Sediment Replenishment (SR) is a common restoration measures implemented in Japanese
rivers, which aims to recover the degraded river's morphology and aquatic ecosystem …