FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285403721> ?p ?o ?g. }

• W4285403721 endingPage "100060" @default.
• W4285403721 startingPage "100060" @default.
• W4285403721 abstract "To avoid negative consequences to freshwater biota from climate change, society must complete the transition from fossil to renewable electricity sources. However, temporal patterns in hydropower generation (and flow releases that affect aquatic biota) may change with increased wind and solar penetration. We used power cost modeling to characterize current and future within-day and seasonal patterns in hydropower generation across the Eastern Interconnection in a wet and a dry year. Compared to the baseline, future hydropower generation across the grid decreased during the day and increased before dawn and after dusk. At a project level, such a pattern would suggest ‘double peaking’ operation (up- and down-ramping before dawn and after dusk, with lower releases midday). Variation in generation was higher in wet years than dry years, foreshadowing possible flow constraints on hydropower flexibility. At the grid scale, projected ramping rates were higher in all seasons. A review of the ecological literature suggests that these changes would shift the timing of invertebrate drift and elevate the risk of nest scouring during up-ramping and the risk of stranding or dewatering during down ramping. Thermal conditions may be moderated by increased ramping. Strategies for adapting to future shifts in the renewable portfolio range from re-regulation in reservoir cascades to providing flow refuge (structures and vegetation) below individual projects. Coordinated basin-scale operation can distribute peaking operation to maintain grid support while restricting local ramping at critical ecological times. In addition, research to design hybrid renewable systems that add battery storage is needed to understand how we can mitigate future risks to aquatic communities while promoting the use of renewable energy. This study, which is among the first to examine ecological side-effects of the shift to renewable energy in freshwater ecosystems, lays out a path toward understanding and navigating changes to flow regimes under the energy transition." @default.
• W4285403721 created "2022-07-14" @default.
• W4285403721 creator A5048369212 @default.
• W4285403721 creator A5058677851 @default.
• W4285403721 creator A5059839707 @default.
• W4285403721 creator A5060382028 @default.
• W4285403721 creator A5060426876 @default.
• W4285403721 date "2022-08-01" @default.
• W4285403721 modified "2023-10-17" @default.
• W4285403721 title "Shifts in hydropower operation to balance wind and solar will modify effects on aquatic biota" @default.
• W4285403721 cites W1483268503 @default.
• W4285403721 cites W1508342761 @default.
• W4285403721 cites W1985436159 @default.
• W4285403721 cites W2021141951 @default.
• W4285403721 cites W2026934896 @default.
• W4285403721 cites W2028811450 @default.
• W4285403721 cites W2038395469 @default.
• W4285403721 cites W2051131633 @default.
• W4285403721 cites W2053731359 @default.
• W4285403721 cites W2072074214 @default.
• W4285403721 cites W2073088534 @default.
• W4285403721 cites W2079433005 @default.
• W4285403721 cites W2089241441 @default.
• W4285403721 cites W2108609135 @default.
• W4285403721 cites W2113580194 @default.
• W4285403721 cites W2117773509 @default.
• W4285403721 cites W2122194263 @default.
• W4285403721 cites W2124825079 @default.
• W4285403721 cites W2128665181 @default.
• W4285403721 cites W2129194805 @default.
• W4285403721 cites W2131216533 @default.
• W4285403721 cites W2131788014 @default.
• W4285403721 cites W2137739476 @default.
• W4285403721 cites W2139478750 @default.
• W4285403721 cites W2146620255 @default.
• W4285403721 cites W2147068264 @default.
• W4285403721 cites W2148594476 @default.
• W4285403721 cites W2167911891 @default.
• W4285403721 cites W2169010303 @default.
• W4285403721 cites W2170971093 @default.
• W4285403721 cites W2321662788 @default.
• W4285403721 cites W2341158656 @default.
• W4285403721 cites W2344907110 @default.
• W4285403721 cites W2411085559 @default.
• W4285403721 cites W2414683248 @default.
• W4285403721 cites W2522531718 @default.
• W4285403721 cites W2539902286 @default.
• W4285403721 cites W2550966689 @default.
• W4285403721 cites W2749826899 @default.
• W4285403721 cites W2765214112 @default.
• W4285403721 cites W2765239829 @default.
• W4285403721 cites W2765997829 @default.
• W4285403721 cites W2769741878 @default.
• W4285403721 cites W2886346138 @default.
• W4285403721 cites W2899900347 @default.
• W4285403721 cites W2901882662 @default.
• W4285403721 cites W2904438291 @default.
• W4285403721 cites W2921439312 @default.
• W4285403721 cites W2972439144 @default.
• W4285403721 cites W2973706045 @default.
• W4285403721 cites W3001035819 @default.
• W4285403721 cites W3004595498 @default.
• W4285403721 cites W3016142434 @default.
• W4285403721 cites W3016362926 @default.
• W4285403721 cites W3118583037 @default.
• W4285403721 cites W3122809520 @default.
• W4285403721 cites W3134408425 @default.
• W4285403721 cites W3172485700 @default.
• W4285403721 cites W3177803472 @default.
• W4285403721 cites W3194657503 @default.
• W4285403721 cites W3209331576 @default.
• W4285403721 cites W4226162808 @default.
• W4285403721 cites W4238380085 @default.
• W4285403721 cites W4292494081 @default.
• W4285403721 cites W4318817431 @default.
• W4285403721 doi "https://doi.org/10.1016/j.watbs.2022.100060" @default.
• W4285403721 hasPublicationYear "2022" @default.
• W4285403721 type Work @default.
• W4285403721 citedByCount "2" @default.
• W4285403721 countsByYear W42854037212023 @default.
• W4285403721 crossrefType "journal-article" @default.
• W4285403721 hasAuthorship W4285403721A5048369212 @default.
• W4285403721 hasAuthorship W4285403721A5058677851 @default.
• W4285403721 hasAuthorship W4285403721A5059839707 @default.
• W4285403721 hasAuthorship W4285403721A5060382028 @default.
• W4285403721 hasAuthorship W4285403721A5060426876 @default.
• W4285403721 hasBestOaLocation W42854037212 @default.
• W4285403721 hasConcept C121332964 @default.
• W4285403721 hasConcept C132651083 @default.
• W4285403721 hasConcept C163258240 @default.
• W4285403721 hasConcept C188573790 @default.
• W4285403721 hasConcept C18903297 @default.
• W4285403721 hasConcept C29450965 @default.
• W4285403721 hasConcept C39432304 @default.
• W4285403721 hasConcept C40675005 @default.
• W4285403721 hasConcept C423512 @default.
• W4285403721 hasConcept C62520636 @default.
• W4285403721 hasConcept C86803240 @default.

• next