Matches in SemOpenAlex for { <https://semopenalex.org/work/W2135442065> ?p ?o ?g. }
- W2135442065 endingPage "720" @default.
- W2135442065 startingPage "708" @default.
- W2135442065 abstract "Abstract Floodplain rivers in arid and semi‐arid regions may be the most threatened of all river systems because water resource developments typically dampen their most distinctive characteristics—extreme flow variability and ‘boom and bust’ ecological dynamics. This article shows how one of the world's most variable arid‐zone river systems—Cooper Creek in Australia's Lake Eyre Basin—functions and how it supports its unique fish assemblage and productive fisheries. The ecological roles of drought refugia, channel flows and flooding are reviewed in relation to fish persistence and losses, life history strategies, movement potential, food web processes and production levels. Comparisons are drawn with other floodplain rivers and fisheries to draw out common understandings and universal principles for conservation and management of arid‐zone rivers and their fish resources. Ecological implications of hydrologic alterations and land‐based activities are presented to highlight the importance of maintaining the hydrologic, geomorphic, sedimentary and biogeochemical processes of arid‐zone river systems. Preservation or restoration of natural flow intermittency, sequential flood pulses, complex habitat mosaics, connectivity and identification of the environmental flow requirements for highly valued species and processes are key scientific principles for the management of arid‐zone floodplain rivers. Copyright © 2011 John Wiley & Sons, Ltd." @default.
- W2135442065 created "2016-06-24" @default.
- W2135442065 creator A5017165450 @default.
- W2135442065 creator A5084682125 @default.
- W2135442065 date "2011-04-26" @default.
- W2135442065 modified "2023-10-12" @default.
- W2135442065 title "Extreme flow variability and the ‘boom and bust’ ecology of fish in arid-zone floodplain rivers: a case history with implications for environmental flows, conservation and management" @default.
- W2135442065 cites W129547249 @default.
- W2135442065 cites W1493673907 @default.
- W2135442065 cites W1515365356 @default.
- W2135442065 cites W156586770 @default.
- W2135442065 cites W1573821763 @default.
- W2135442065 cites W1597326327 @default.
- W2135442065 cites W1780044675 @default.
- W2135442065 cites W1895164393 @default.
- W2135442065 cites W1965113141 @default.
- W2135442065 cites W1969049388 @default.
- W2135442065 cites W1971180139 @default.
- W2135442065 cites W1971796971 @default.
- W2135442065 cites W1972344148 @default.
- W2135442065 cites W1976991785 @default.
- W2135442065 cites W1982901688 @default.
- W2135442065 cites W1985816447 @default.
- W2135442065 cites W1987383096 @default.
- W2135442065 cites W1988735381 @default.
- W2135442065 cites W1990099831 @default.
- W2135442065 cites W1992907982 @default.
- W2135442065 cites W1996950224 @default.
- W2135442065 cites W1997867905 @default.
- W2135442065 cites W2004266737 @default.
- W2135442065 cites W2004503083 @default.
- W2135442065 cites W2007131168 @default.
- W2135442065 cites W2008942529 @default.
- W2135442065 cites W2014724154 @default.
- W2135442065 cites W2017222274 @default.
- W2135442065 cites W2020844047 @default.
- W2135442065 cites W2024858350 @default.
- W2135442065 cites W2031222039 @default.
- W2135442065 cites W2032815803 @default.
- W2135442065 cites W2036361293 @default.
- W2135442065 cites W2037867596 @default.
- W2135442065 cites W2046002453 @default.
- W2135442065 cites W2046049261 @default.
- W2135442065 cites W2047314320 @default.
- W2135442065 cites W2048139251 @default.
- W2135442065 cites W2049784167 @default.
- W2135442065 cites W2051099388 @default.
- W2135442065 cites W2052207475 @default.
- W2135442065 cites W2060753024 @default.
- W2135442065 cites W2065108634 @default.
- W2135442065 cites W2065133690 @default.
- W2135442065 cites W2067310749 @default.
- W2135442065 cites W2071080899 @default.
- W2135442065 cites W2074031809 @default.
- W2135442065 cites W2079671208 @default.
- W2135442065 cites W2082178466 @default.
- W2135442065 cites W2095153361 @default.
- W2135442065 cites W2096113236 @default.
- W2135442065 cites W2100729953 @default.
- W2135442065 cites W2107670982 @default.
- W2135442065 cites W2113474948 @default.
- W2135442065 cites W2113895209 @default.
- W2135442065 cites W2118792424 @default.
- W2135442065 cites W2121452840 @default.
- W2135442065 cites W2131997040 @default.
- W2135442065 cites W2132757147 @default.
- W2135442065 cites W2136064710 @default.
- W2135442065 cites W2141439399 @default.
- W2135442065 cites W2143838000 @default.
- W2135442065 cites W2144105898 @default.
- W2135442065 cites W2145893303 @default.
- W2135442065 cites W2150457759 @default.
- W2135442065 cites W2151786524 @default.
- W2135442065 cites W2154330429 @default.
- W2135442065 cites W2160688452 @default.
- W2135442065 cites W2163596425 @default.
- W2135442065 cites W2167060243 @default.
- W2135442065 cites W2167770786 @default.
- W2135442065 cites W2171333738 @default.
- W2135442065 cites W2415331304 @default.
- W2135442065 cites W4229678515 @default.
- W2135442065 cites W43752361 @default.
- W2135442065 doi "https://doi.org/10.1002/eco.221" @default.
- W2135442065 hasPublicationYear "2011" @default.
- W2135442065 type Work @default.
- W2135442065 sameAs 2135442065 @default.
- W2135442065 citedByCount "104" @default.
- W2135442065 countsByYear W21354420652012 @default.
- W2135442065 countsByYear W21354420652013 @default.
- W2135442065 countsByYear W21354420652014 @default.
- W2135442065 countsByYear W21354420652015 @default.
- W2135442065 countsByYear W21354420652016 @default.
- W2135442065 countsByYear W21354420652017 @default.
- W2135442065 countsByYear W21354420652018 @default.
- W2135442065 countsByYear W21354420652019 @default.
- W2135442065 countsByYear W21354420652020 @default.
- W2135442065 countsByYear W21354420652021 @default.
- W2135442065 countsByYear W21354420652022 @default.