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Finding middle ground:Flow regimes designed for salmon and energy value

Water Biology and Security 2023年第3期2卷 19-29页

作者： Henriette I.Jager Rocio Uria-Martinez Oak Ridge National Laboratory Oak RidgeTN37831-6038USA

In regulated rivers,shaping seasonal flows to recover species at risk depends on understanding when to expect conflicts with competing water users and when their interests are ***-objective optimization can be used to reveal such conflicts and *** species are involved,multi-objective optimization is challenged by the need to simulate complex species responses to flow ***,we addressed that challenge by developing a simplified salmon model(Quantus)that defines cohorts of salmon by the river section and time in which they were *** in these space-time cohorts are tracked from the time redds(nests)are constructed until the cohort exits the tributary en route to the *** this study,we modeled seasonal patterns in energy value and developed a Pareto-optimal frontier of seasonal flow patterns to maximize in-river salmon survival and hydropower *** flow regimes were characterized by two pulse flows varying in magnitude,timing,and duration and constrained by a total annual flow near the historical *** analysis revealed times when economic and salmon objectives were aligned and times when they *** flows that favored higher energy value were timed to meet demand during extreme *** salmon and hydropower objectives produced optimal flow regimes with pulse flows in early summer,but only solutions favoring hydropower value included high flows in *** favoring higher age-0 salmon survival provided an extended pulse flow in late winter/early spring,which suggests that access to productive floodplain habitat allowed faster growth and earlier out-migration and reduced the need for higher temperature-moderating flows later in *** flows were also higher among solutions favoring salmon over *** tools used to produce these results can help to design simplified seasonal flow regimes by revealing compromise solutions that satisfy both fish and energy producers

关键词： Optimization Environmental flows Reservoir release schedule Genetic algorithm Pareto optimal frontier electricity price model Fall chinook salmon Pulse flows Multi-objective

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