Cyprinid fish play a major role in riverine ecosystems because of their high abundance,
variety of life-history patterns, and habitat requirements. The nase (Chondrostoma nasus) is …

Most fish recruitment models consider only one or a few drivers in isolation, rarely include
species' traits, and have limited relevance to riverine environments. Despite their diversity …

Downstream displacement and stranding of fish are key impacts in hydropeaked rivers,
adversely affecting the organisms and, subsequently, the population. While these …

The large‐scale degradation of riparian ecotones and of the connectivity between rivers and
their floodplains has resulted in a drastic decline of rheophilic fish populations in European …

Conservation of fish assemblages in severely impounded rivers has often focused on
providing longitudinal and lateral connectivity along the main stem. Less attention has been …

Abstract β-Cyclodextrin-and 2-hydroxypropyl-β-cyclodextrin/Danube common nase
(Chondrostoma nasus L.) oil complexes (β-CD-and HP-β-CD/CNO) have been obtained for …

Rapid water level decreases due to hydropeaking are known to negatively affect riverine
biota, mainly due to the stranding of organisms in the river bank area that becomes regularly …

Captive-breeding and release, also known as restocking, is widely used as the main
response to the widespread decline of key migratory fish species around the world …

Downstream migration (DSM) of young fish has traditionally been considered a passive
process. A review of studies of the patterns and mechanisms of DSM showed that it met the …

Research on how intermittent water releases from hydropower plants affect the early life
stages of fish has advanced in the last years, focusing not only on the direct impacts of rapid …