It is predicted that 60% of all new energy investments over the next 20 years will be in
renewables. The estimation for new hydropower production is 25% of all new renewables …

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 dynamic component in hydrology, sedimentology, and, consequently, river morphology
serves as a backbone for the entire river environment (Maddock 1999). In addition to water …

The overpresence of fine sediment and fine sediment infiltration (FSI) in the aquatic
environment of rivers are of increasing importance due to their limiting effects on habitat …

Increases in the fine sediment supply and fine sediment deposits have been highlighted as
one of the main pressures affecting the ongoing degradation of freshwater pearl mussel …

Streamflow in the Ésera and Upper Cinca Rivers (South Central Pyrenees) experiences
alterations in the form of rapid pulses, commonly referred to as hydropeaks, associated with …

River regulation alters flow and sediment regime, habitat availability, and ultimately the
ecological functioning of rivers. Various restoration and mitigation measures have been …

Freshwater pearl mussels have high ecological demands on their habitat. For natural
reproduction and distribution, they need a colmation-free porespace in the substrate and …

Sedimentation in impoundments of run-of-river hydropower plants is an ongoing and
progressing management issue for hydropower operators because of its consequences for …

The presented study investigates the evolution of artificial gravel placements for Atlantic
salmon and sea trout in Aurlandselva in Western Norway. Various monitoring methods have …