Sediment management is an important part of river rehabilitation and management. Global
case studies provide a growing number of examples of successful sediment augmentation …

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 …

Flow regime alteration by dams has been recognized as a major impact factor for aquatic
communities. Spain is currently the member state of the EU with the largest number of large …

Over the last two centuries, rivers have been strongly regulated, inducing notable sediment
starvation and flow reduction. This regulation has altered aquatic habitats, biocenosis and …

River rehabilitation and ecological engineering are becoming critical issues for improving
river status when ecological habitats and connectivity have been altered by human …

Riverbeds downstream of dams are starved of sediment, impacting habitat structure and
ecological function. Despite the implementation of sediment management techniques, there …

This study examines the spatial pattern of fractional sediment mobility and assesses the
influence of morphologic units on bedload transport in a small pool‐riffle reach with limited …

Objectives To analyze the time between antiretroviral therapy (ART) initiation and the first
HIV viral load (VL) test< 40 copies—time to suppression (TS)—in a cohort of persons aged≥ …

The rise of restoration projects on large rivers is a response to the increasing human-
induced pressures on these ecosystems. Despite this, there is a relative lack of data …

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