Efforts to increase the share of renewable energies and to reduce the negative ecological
impacts of hydropower use are driving the development of novel hydropower technologies …

Resolving the controversy about hydropower is only possible based on reliable data on its
ecological effects, particularly fish welfare. 2. Herein, we propose a comprehensive …

Surface bypasses are downstream migration structures that can help reduce hydropower-
induced damage to migrating fish. However, no comprehensive design concept that …

Knowledge on the extent and mechanisms of fish damage caused by hydropower facilities is
important for the conservation of fish populations. Herein, we assessed the effects of …

Fish passing downstream through hydraulic structures and turbines may be exposed to an
elevated risk of injury and mortality. The majority of live fish studies are single-species …

Given that evolving urban systems require ever more sophisticated and creative solutions to
deal with uncertainty, designing for resilience in contemporary landscape architecture …

Knowing the kinds of physical stress experienced by fish passing through hydropower
turbines can help optimise technologies and improve fish passage. This paper assesses the …

This work aimed to assess the performance of different thermal infrared (TIR)-based
physiological indicators (PI) as an alternative to the stem water potential (Ψs) and stomatal …

China is undergoing a rapid urbanization process, and urbanization will have a direct impact
on regional ecosystems and affect regional ecosystem services. Considering the …

Barotrauma is a major cause of injury and mortality of fish as they pass through hydropower
turbines. Current understanding of hydropower related barotrauma is biased towards …