Fish‐Net: Probabilistic models for fishway planning, design and monitoring to support environmentally sustainable hydropower - Wilkes, Martin; Baumgartner, Lee; Boys, Craig; Silva, Luiz G M; O'Connor, Justin; Jones, Matthew; Stuart, Ivor; Habit, Evelyn; Link, Oscar; Webb, J Angus (Fish and fisheries (Oxford, England), 2018)
Keywords: Barotrauma; Barriers; Bayesian analysis; Bayesian theory; blade strike; case studies; Computational fluid dynamics; Dam design; Dam engineering; dams (hydrology); Data processing; Design; Design criteria; Design parameters; Downstream; Ecological distribution; Empirical analysis; Environmental quality; expert opinion; Fish; Fish ladders; Fish migration; fish passage; fishway design; Fishways; Habitat preferences; Habitat selection; Habitats; Hydroelectric dams; Hydroelectric power; hydropower; Indigenous species; Mathematical models; Migration; migratory behavior; Mitigation; Modelling; Monitoring; Mortality; Native organisms; nature‐like bypass; Numerical prediction; Parameter sensitivity; Parameters; planning; Probabilistic models; Probability theory; Sensitivity analysis; Southern Hemisphere; Spillways; Turbine engines; Turbines; Upstream; water power