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• W2011133046 abstract "Summary 1. Riverine floodplains are highly complex, dynamic and diverse ecosystems. At the same time they are among the world’s most threatened ecosystems because of the pervasiveness of dams, levees and other factors such as rapid spreading of non‐native species. Hence, floodplains are ideal systems to study ecological impacts of multiple stressors at the local, regional and catchment scale. 2. Concepts such as the subsidy‐stress hypothesis and the stress‐induced community tolerance concept have been formulated to study the effect of stressors on aquatic and terrestrial ecosystems, as well as on their functional linkages. 3. Riverine floodplains are pulsed ecosystems with distinct flow, sediment, resource and thermal pulses – thereby creating distinct ‘windows of ecological opportunity’. Human modifications that truncate or amplify theses pulses will have cascading effects on river–floodplain interactions by shifting the thresholds of connectivity, resilience or resistance – causing drastic regime shifts. 4. Most aquatic insects and pond‐breeding amphibians have complex life cycles with aquatic and terrestrial stages. They are exposed to different stressors in their aquatic and terrestrial realm. Because most life history functions of aquatic insects are restricted to a short terrestrial period, we need to fully integrate the ‘airscape’ into the future management of river–floodplain ecosystems. 5. Riverine floodplains integrate and accumulate multiple stressors at the catchment level, as reflected by distinct catchment fingerprints. Based on the European Catchment Data Base we provide spatially explicit information on multiple stressors; a key prerequisite for setting priorities in conservation and management planning. 6. Thematic implications : the management of stressed river and floodplain ecosystems is a major challenge for the near future and water managers worldwide. Management approaches need to be adaptive and embedded within a catchment‐wide concept to cope with upcoming pressures originating from global change." @default.
• W2011133046 created "2016-06-24" @default.
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• W2011133046 date "2010-01-01" @default.
• W2011133046 modified "2023-10-18" @default.
• W2011133046 title "Multiple stressors in coupled river-floodplain ecosystems" @default.
• W2011133046 cites W1430273931 @default.
• W2011133046 cites W1587527338 @default.
• W2011133046 cites W1641704923 @default.
• W2011133046 cites W1940009157 @default.
• W2011133046 cites W1963522481 @default.
• W2011133046 cites W1963988422 @default.
• W2011133046 cites W1969054610 @default.
• W2011133046 cites W1975909388 @default.
• W2011133046 cites W1976894061 @default.
• W2011133046 cites W1977472753 @default.
• W2011133046 cites W1983254149 @default.
• W2011133046 cites W1986940923 @default.
• W2011133046 cites W1989106938 @default.
• W2011133046 cites W1996853006 @default.
• W2011133046 cites W1999690913 @default.
• W2011133046 cites W2007885033 @default.
• W2011133046 cites W2008811203 @default.
• W2011133046 cites W2013323473 @default.
• W2011133046 cites W2017217835 @default.
• W2011133046 cites W2018506398 @default.
• W2011133046 cites W2019481468 @default.
• W2011133046 cites W2019665629 @default.
• W2011133046 cites W2021124879 @default.
• W2011133046 cites W2026496532 @default.
• W2011133046 cites W2027771379 @default.
• W2011133046 cites W2030196717 @default.
• W2011133046 cites W2035287421 @default.
• W2011133046 cites W2038995838 @default.
• W2011133046 cites W2043335109 @default.
• W2011133046 cites W2044183015 @default.
• W2011133046 cites W2045776761 @default.
• W2011133046 cites W2046757075 @default.
• W2011133046 cites W2055155561 @default.
• W2011133046 cites W2056358859 @default.
• W2011133046 cites W2063544684 @default.
• W2011133046 cites W2064826796 @default.
• W2011133046 cites W2066222309 @default.
• W2011133046 cites W2066640052 @default.
• W2011133046 cites W2067511083 @default.
• W2011133046 cites W2068253779 @default.
• W2011133046 cites W2071367218 @default.
• W2011133046 cites W2075888514 @default.
• W2011133046 cites W2079111689 @default.
• W2011133046 cites W2079324406 @default.
• W2011133046 cites W2085183472 @default.
• W2011133046 cites W2089574511 @default.
• W2011133046 cites W2090509199 @default.
• W2011133046 cites W2092276841 @default.
• W2011133046 cites W2096438058 @default.
• W2011133046 cites W2101702625 @default.
• W2011133046 cites W2102200338 @default.
• W2011133046 cites W2107140090 @default.
• W2011133046 cites W2107592766 @default.
• W2011133046 cites W2107661994 @default.
• W2011133046 cites W2107820668 @default.
• W2011133046 cites W2110761895 @default.
• W2011133046 cites W2113089419 @default.
• W2011133046 cites W2116361142 @default.
• W2011133046 cites W2120556058 @default.
• W2011133046 cites W2122219241 @default.
• W2011133046 cites W2122781082 @default.
• W2011133046 cites W2123755141 @default.
• W2011133046 cites W2128222916 @default.
• W2011133046 cites W2132889488 @default.
• W2011133046 cites W2139932948 @default.
• W2011133046 cites W2144855855 @default.
• W2011133046 cites W2151641623 @default.
• W2011133046 cites W2156711637 @default.
• W2011133046 cites W2167543151 @default.
• W2011133046 cites W2170164546 @default.
• W2011133046 cites W2171967851 @default.
• W2011133046 cites W2179980435 @default.
• W2011133046 cites W2180941182 @default.
• W2011133046 cites W2485584703 @default.
• W2011133046 cites W4242878571 @default.
• W2011133046 cites W609350619 @default.
• W2011133046 cites W615382054 @default.
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• W2011133046 doi "https://doi.org/10.1111/j.1365-2427.2009.02371.x" @default.
• W2011133046 hasPublicationYear "2010" @default.
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