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- W3135334205 abstract "This study examines the spatial and temporal variability of flow intermittence over the period 1970–2018 across four countries (Australia, France, UK and the conterminous USA). Intermittence (no-flow periods) in 471 unregulated non-perennial rivers were analyzed using flow data collected from 1356 gauging stations distributed across the four countries. Climate data were also analyzed to place findings within a climate-change context. Intermittence of streamflow demonstrated high seasonality and showed regional differences. An aridity index was the most relevant explanatory factor of flow intermittence at the global scale; the more arid the climate, the higher the probability of non-perennial flow regimes. Flow intermittence was observed, however, in humid climate zones. A global classification of intermittent rivers was developed that included all the facets of the flow regime. This classification served as a basis for trend detection in annual frequency of no flows at the regional scale. Some, but not all, of the 14 examined regions in Australia and the US displayed significant trends and most of them displayed an upward trend in the occurrence of no-flow days." @default.
- W3135334205 created "2021-03-15" @default.
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- W3135334205 creator A5087237909 @default.
- W3135334205 date "2021-06-01" @default.
- W3135334205 modified "2023-10-12" @default.
- W3135334205 title "Classification and trends in intermittent river flow regimes in Australia, northwestern Europe and USA: A global perspective" @default.
- W3135334205 cites W1525998408 @default.
- W3135334205 cites W1692243462 @default.
- W3135334205 cites W1702110188 @default.
- W3135334205 cites W1940560916 @default.
- W3135334205 cites W1941517946 @default.
- W3135334205 cites W1947840970 @default.
- W3135334205 cites W1951242150 @default.
- W3135334205 cites W1968689402 @default.
- W3135334205 cites W1975932072 @default.
- W3135334205 cites W1976718116 @default.
- W3135334205 cites W1978457069 @default.
- W3135334205 cites W1979296739 @default.
- W3135334205 cites W2015900442 @default.
- W3135334205 cites W2018764772 @default.
- W3135334205 cites W2019327179 @default.
- W3135334205 cites W2022413055 @default.
- W3135334205 cites W2026934896 @default.
- W3135334205 cites W2036606648 @default.
- W3135334205 cites W2040297443 @default.
- W3135334205 cites W2044487056 @default.
- W3135334205 cites W2046960280 @default.
- W3135334205 cites W2052532323 @default.
- W3135334205 cites W2053605206 @default.
- W3135334205 cites W2055577958 @default.
- W3135334205 cites W2056949158 @default.
- W3135334205 cites W2064646141 @default.
- W3135334205 cites W2064673022 @default.
- W3135334205 cites W2066509844 @default.
- W3135334205 cites W2067004775 @default.
- W3135334205 cites W2082915410 @default.
- W3135334205 cites W2087692861 @default.
- W3135334205 cites W2099087792 @default.
- W3135334205 cites W2101108516 @default.
- W3135334205 cites W2101734430 @default.
- W3135334205 cites W2103373879 @default.
- W3135334205 cites W2109328008 @default.
- W3135334205 cites W2110431065 @default.
- W3135334205 cites W2110813083 @default.
- W3135334205 cites W2110946468 @default.
- W3135334205 cites W2112145028 @default.
- W3135334205 cites W2112424353 @default.
- W3135334205 cites W2114671330 @default.
- W3135334205 cites W2115066636 @default.
- W3135334205 cites W2118792424 @default.
- W3135334205 cites W2123898918 @default.
- W3135334205 cites W2124300082 @default.
- W3135334205 cites W2130708243 @default.
- W3135334205 cites W2136347018 @default.
- W3135334205 cites W2139839146 @default.
- W3135334205 cites W2140866601 @default.
- W3135334205 cites W2142873921 @default.
- W3135334205 cites W2142936519 @default.
- W3135334205 cites W2144156998 @default.
- W3135334205 cites W2158952405 @default.
- W3135334205 cites W2159652411 @default.
- W3135334205 cites W2171504008 @default.
- W3135334205 cites W2190095134 @default.
- W3135334205 cites W2200763226 @default.
- W3135334205 cites W2318513751 @default.
- W3135334205 cites W2322694145 @default.
- W3135334205 cites W2466463832 @default.
- W3135334205 cites W2492367495 @default.
- W3135334205 cites W2610266436 @default.
- W3135334205 cites W2648536953 @default.
- W3135334205 cites W2736173602 @default.
- W3135334205 cites W2736761947 @default.
- W3135334205 cites W2739785522 @default.
- W3135334205 cites W2742131558 @default.
- W3135334205 cites W2763366014 @default.
- W3135334205 cites W2766006987 @default.
- W3135334205 cites W2769787590 @default.
- W3135334205 cites W2784327149 @default.
- W3135334205 cites W2794003170 @default.
- W3135334205 cites W2794077583 @default.
- W3135334205 cites W2796616424 @default.
- W3135334205 cites W2809122129 @default.
- W3135334205 cites W2909075534 @default.
- W3135334205 cites W2921235872 @default.
- W3135334205 cites W2924563932 @default.
- W3135334205 cites W2945898390 @default.
- W3135334205 cites W2946882019 @default.
- W3135334205 cites W2953957235 @default.
- W3135334205 cites W2969705054 @default.
- W3135334205 cites W2980346800 @default.
- W3135334205 cites W2982070809 @default.
- W3135334205 doi "https://doi.org/10.1016/j.jhydrol.2021.126170" @default.
- W3135334205 hasPublicationYear "2021" @default.