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• W3134392356 endingPage "1362" @default.
• W3134392356 startingPage "1348" @default.
• W3134392356 abstract "Abstract Determining sediment discharge out of watersheds is a global, long‐term challenge. In the vast, usually data‐poor, hyperarid regions of the world, this is a greater challenge. Here, we present a unique, decades‐long dataset of individual floods and their respective sediment discharge out of Nahal Yael, an experimental, well‐instrumented, hyperarid (~25–30 mm year −1 ) watershed in southern Israel. The high correlation between directly measured sediment yield by discrete individual floods and their respective total energy, represented by flood‐integrated stream power (FISP), serves here as a rating curve. Using this rating curve, the 51‐year‐long series of FISP in Nahal Yael, calculated from the detailed individual flood hydrographs, was converted into a series of sediment yield by these floods. This, in turn, allows determining the long‐term frequency‐magnitude of sediment exported out of this hyperarid basin. This can assist in landscape evolution modeling, in testing impacts of flood frequency changes enforced by altered regional climatology, and hint at changes needed in forming the observed alluvial fans. We conclude that, at the decadal scale, moderate floods are the most effective in terms of total sediment transport. However, the recurrence intervals of these moderate hyperarid floods are longer than in temperate regions and reach 5–10 years." @default.
• W3134392356 created "2021-03-15" @default.
• W3134392356 creator A5044847857 @default.
• W3134392356 creator A5072281297 @default.
• W3134392356 date "2021-03-16" @default.
• W3134392356 modified "2023-10-17" @default.
• W3134392356 title "Flood‐duration‐integrated stream power and frequency magnitude of >50‐year‐long sediment discharge out of a hyperarid watershed" @default.
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• W3134392356 doi "https://doi.org/10.1002/esp.5104" @default.
• W3134392356 hasPublicationYear "2021" @default.
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