Nutrient offsetting allows nutrient point source polluters to pay for diffuse source nutrient
reductions, or improvements in nutrient load reductions from alternative point sources …

This contribution points out that while the importance of hydrologic, geomorphic, ecological,
temporal, and socio‐cultural connectivity in the functioning of hydrosystems has been …

With the continuous development of hydropower on a global scale, stranding of freshwater
fishes is of growing concern, and an understanding of the mechanisms and variables …

Research and management of hydropeaked rivers largely overlook the ecological impacts of
recurring flow fluctuations, such as fish stranding, on ecosystem health. This article …

Flow intermittence is a major disturbance for riverine fishes. Many species of fishes that
evolved in naturally intermittent streams have specialized adaptations to survive drought …

Abstract Study region The Tonghui River–a treated effluent-affected urban river located in
Beijing, China. Study focus Inspired by the signal processing theory, this study presented a …

Hydropeaking mitigation based on down‐ramping thresholds is crucial to avoid stranding of
fish and ensure sustainable hydropower production. However, the risk of stranding is …

Effluent-fed streams, which receive inputs from wastewater treatment plants, are becoming
increasingly common across the globe as urbanization intensifies. In semi-arid and arid …

Anthropogenically driven flow intermittency is increasing in freshwater streams, with
important implications for the management and conservation of aquatic ecosystems …

Fish stranding in rivers, due to rapid shoreline dewatering, often occurs during the down‐
ramping phase of hydropeaks, which enables peak energy production. Multiple …