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• W4288457002 abstract "The use of environmental flow (e-flow) regimes has been widely implemented to improve fish habitat quality in river restoration efforts. However, e-flow designs focusing only on one key life stage (e.g., spawning) without considering potential bottlenecks in other stages (e.g., hatching) can result in little to no improvement, especially when targeting the restoration of fish with drifting eggs. Few e-flow assessments are available that closely link the spatial–temporal dependence of the hydrodynamic effect of drifting eggs on hatching habitats. Moreover, an understanding of how to allocate e-flows to achieve the best possible outcomes for biological diversity conservation is still lacking. In this study, a new framework was developed to assess e-flows, aiming to satisfy the requirements of multiple fish species with different spawning patterns concerning streamflow requirements during spawning and hatching periods. In this framework, the final weighted usable area (FWUA) was proposed by linking the spawning demand to the hydrodynamic effect of drifting eggs to assess habitat quality for fish that produce drifting eggs, and water temperature was used to guide when and how to shift from fixed to moving protection targets in allocating e-flows. Here, we used the Xiangjiaba Reservoir, located in the lower Jinsha River, as a case study to design e-flows for the conservation of multiple fish species with different spawning patterns, which was beneficial for increasing the probability of restoration success. By testing scenarios with an absence of drifting passage, the ecological base flow considering only spawning habitat appears to be lower than that considering both quality of spawning habitat and hatching passage. The ecological benefits (FWUA) generated from the ecological base flow identified by traditional models represent only 64.91% of our framework and are thus anticipated to have cascading deviant effects on ecological patterns and processes in riverine ecosystems. This underlying difference in FWUA generated due to different ecological base flows determined from traditional models and our framework, however, has been overshadowed in previous research. We highlight that the highest fish population density recovery potential will be reached at only certain ratios for both sets of habitat benefits. This work provides a tool that can help managers evaluate e-flows and compare different river restoration scenarios to protect degraded rivers or develop strategies to build resilience to climate change." @default.
• W4288457002 created "2022-07-29" @default.
• W4288457002 creator A5029360035 @default.
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• W4288457002 date "2022-09-01" @default.
• W4288457002 modified "2023-10-03" @default.
• W4288457002 title "Does drifting passage need to be linked to fish habitat assessment? Assessing environmental flow for multiple fish species with different spawning patterns with a framework integrating habitat connectivity" @default.
• W4288457002 cites W1515985639 @default.
• W4288457002 cites W1543187702 @default.
• W4288457002 cites W1604022118 @default.
• W4288457002 cites W1860093990 @default.
• W4288457002 cites W1921763116 @default.
• W4288457002 cites W1964519805 @default.
• W4288457002 cites W1976162905 @default.
• W4288457002 cites W1980972650 @default.
• W4288457002 cites W1989991820 @default.
• W4288457002 cites W1993031695 @default.
• W4288457002 cites W1996950224 @default.
• W4288457002 cites W2006459669 @default.
• W4288457002 cites W2006600281 @default.
• W4288457002 cites W2015933446 @default.
• W4288457002 cites W2022413055 @default.
• W4288457002 cites W2023601341 @default.
• W4288457002 cites W2035506537 @default.
• W4288457002 cites W2053220276 @default.
• W4288457002 cites W2061808073 @default.
• W4288457002 cites W2064421288 @default.
• W4288457002 cites W2066803576 @default.
• W4288457002 cites W2069454402 @default.
• W4288457002 cites W2072123988 @default.
• W4288457002 cites W2075930525 @default.
• W4288457002 cites W2079615264 @default.
• W4288457002 cites W2084944923 @default.
• W4288457002 cites W2089710147 @default.
• W4288457002 cites W2092444779 @default.
• W4288457002 cites W2114452389 @default.
• W4288457002 cites W2119094813 @default.
• W4288457002 cites W2120716973 @default.
• W4288457002 cites W2125715102 @default.
• W4288457002 cites W2136771284 @default.
• W4288457002 cites W2143938433 @default.
• W4288457002 cites W2150165128 @default.
• W4288457002 cites W2156353061 @default.
• W4288457002 cites W2158138954 @default.
• W4288457002 cites W2162119525 @default.
• W4288457002 cites W2203167908 @default.
• W4288457002 cites W2288425891 @default.
• W4288457002 cites W2394545782 @default.
• W4288457002 cites W2409131550 @default.
• W4288457002 cites W2414683248 @default.
• W4288457002 cites W2463802165 @default.
• W4288457002 cites W2518900522 @default.
• W4288457002 cites W2540693093 @default.
• W4288457002 cites W2571448974 @default.
• W4288457002 cites W2580807005 @default.
• W4288457002 cites W2624049204 @default.
• W4288457002 cites W2626784013 @default.
• W4288457002 cites W267227856 @default.
• W4288457002 cites W2735012778 @default.
• W4288457002 cites W2737077479 @default.
• W4288457002 cites W2737349246 @default.
• W4288457002 cites W2747703072 @default.
• W4288457002 cites W2755299846 @default.
• W4288457002 cites W2766361688 @default.
• W4288457002 cites W2766706927 @default.
• W4288457002 cites W2767156204 @default.
• W4288457002 cites W2771425478 @default.
• W4288457002 cites W2788951922 @default.
• W4288457002 cites W2796685037 @default.
• W4288457002 cites W2799802142 @default.
• W4288457002 cites W2802333973 @default.
• W4288457002 cites W2802536779 @default.
• W4288457002 cites W2804005869 @default.
• W4288457002 cites W2808331825 @default.
• W4288457002 cites W2809147811 @default.
• W4288457002 cites W2810683309 @default.
• W4288457002 cites W2810877208 @default.
• W4288457002 cites W2884075570 @default.
• W4288457002 cites W2884739814 @default.
• W4288457002 cites W2889101322 @default.
• W4288457002 cites W2889411449 @default.
• W4288457002 cites W2889930063 @default.
• W4288457002 cites W2891594488 @default.
• W4288457002 cites W2903634832 @default.
• W4288457002 cites W2904227939 @default.
• W4288457002 cites W2904757689 @default.
• W4288457002 cites W2919496064 @default.
• W4288457002 cites W2929977650 @default.
• W4288457002 cites W2932054448 @default.
• W4288457002 cites W2941941344 @default.
• W4288457002 cites W2944232213 @default.
• W4288457002 cites W2947064583 @default.
• W4288457002 cites W2952700601 @default.

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