Rivers continue to be harnessed to meet humanity's growing demands for electricity, water,
and flood control. While the socioecological impacts of river infrastructure projects (RIPs) …

Lampreys worldwide face multiple anthropogenic stressors. Several species are 'at-
risk'listed, yet abundance data for most remain insufficient to adequately assess …

The proliferation of river infrastructure projects has altered aquatic longitudinal connectivity,
posing a growing threat to riverine biodiversity and ecosystem processes worldwide …

Global change drivers including eutrophication, hydrological disturbance, climate change,
chemical pollution, overexploitation, invasive species, and land-use change are affecting the …

Overuse of water resources has led to serious ecological degradation in most river basins.
However, there is little processed-based understanding of the dynamic feedback between …

An understanding of how genetic variability is distributed in space is fundamental for the
conservation and maintenance of diversity in spatially fragmented and vulnerable …

Hydropeaking leads to major anthropogenic disturbance of river networks worldwide. Flow
variations imposed by hydropeaking may significantly affect macroinvertebrate assemblages …

Connectivity plays a crucial role in maintaining the structural and functional attributes of river
networks. Therefore, the loss of connectivity (fragmentation) alters the functioning and …

Diplomystidae is an early-diverged family of freshwater catfish endemic to southern South
America. We have recently collected five juvenile specimens belonging to this family from …

The installation of hydroelectric plants has generated multiple environmental impacts on the
world's river systems. In central Chile, the impacts of hydroelectric reservoir operation have …