Matches in SemOpenAlex for { <https://semopenalex.org/work/W3020819309> ?p ?o ?g. }
- W3020819309 endingPage "125035" @default.
- W3020819309 startingPage "125035" @default.
- W3020819309 abstract "Assessing the impact of climate change on floodplain productivity poses unique challenges for hydrodynamic models. For example, the dynamics of floodplain fisheries are governed both by inundation dynamics across thousands of km2, and water storage timing within small depressions (which serve as fish habitat) connected to the river network by meter-scale manmade canals, controlled by flow across fishing weirs. Here, we propose to represent these features as a system of effective, interconnected sub-grid elements within a coarse-scale model. We test this strategy over the Logone floodplain in Cameroon, and its floodplain fishery. We first validate this strategy for a local study area (30 km2); we find that hydraulic models at resolutions from 30 m to 500 m are able to reproduce hydraulic dynamics as documented by in situ water level observations. When applied to the entire floodplain (16,000 km2), we find that the proposed modeling strategy allows accurate prediction of observed pattern of recession in the depressions. Artificially removing floodplain canals in the model causes residence time of water in depressions to be overpredicted by approximately 30 days. This study supports the strategy of modeling fine-scale interconnected features as a system of sub-grid elements in a coarse resolution model for applications such as assessing the sensitivity of floodplain fisheries to future climate change." @default.
- W3020819309 created "2020-05-13" @default.
- W3020819309 creator A5008502764 @default.
- W3020819309 creator A5033174571 @default.
- W3020819309 creator A5043732101 @default.
- W3020819309 creator A5046358017 @default.
- W3020819309 creator A5056635709 @default.
- W3020819309 creator A5063930359 @default.
- W3020819309 creator A5064933798 @default.
- W3020819309 creator A5065872519 @default.
- W3020819309 creator A5068529046 @default.
- W3020819309 creator A5071833637 @default.
- W3020819309 creator A5085463808 @default.
- W3020819309 creator A5087910089 @default.
- W3020819309 creator A5090693697 @default.
- W3020819309 date "2020-09-01" @default.
- W3020819309 modified "2023-10-15" @default.
- W3020819309 title "Small-scale anthropogenic changes impact floodplain hydraulics: Simulating the effects of fish canals on the Logone floodplain" @default.
- W3020819309 cites W1543844559 @default.
- W3020819309 cites W1581058338 @default.
- W3020819309 cites W1587229523 @default.
- W3020819309 cites W1587869157 @default.
- W3020819309 cites W1694119402 @default.
- W3020819309 cites W1767238963 @default.
- W3020819309 cites W1849692094 @default.
- W3020819309 cites W1862386067 @default.
- W3020819309 cites W1967166174 @default.
- W3020819309 cites W1973543565 @default.
- W3020819309 cites W1980168247 @default.
- W3020819309 cites W1982413018 @default.
- W3020819309 cites W1990388200 @default.
- W3020819309 cites W1993999355 @default.
- W3020819309 cites W1999070250 @default.
- W3020819309 cites W2003291833 @default.
- W3020819309 cites W2004609727 @default.
- W3020819309 cites W2011775759 @default.
- W3020819309 cites W2015451330 @default.
- W3020819309 cites W2018306823 @default.
- W3020819309 cites W2020474118 @default.
- W3020819309 cites W2033904036 @default.
- W3020819309 cites W2045303431 @default.
- W3020819309 cites W2055668893 @default.
- W3020819309 cites W2071216848 @default.
- W3020819309 cites W2078308830 @default.
- W3020819309 cites W2083029259 @default.
- W3020819309 cites W2083173052 @default.
- W3020819309 cites W2085489300 @default.
- W3020819309 cites W2089594470 @default.
- W3020819309 cites W2093905602 @default.
- W3020819309 cites W2101044141 @default.
- W3020819309 cites W2105250188 @default.
- W3020819309 cites W2105495027 @default.
- W3020819309 cites W2111456289 @default.
- W3020819309 cites W2114384807 @default.
- W3020819309 cites W2128629836 @default.
- W3020819309 cites W2142511700 @default.
- W3020819309 cites W2165134686 @default.
- W3020819309 cites W2166790957 @default.
- W3020819309 cites W2173056351 @default.
- W3020819309 cites W2303061413 @default.
- W3020819309 cites W2395133038 @default.
- W3020819309 cites W2507564545 @default.
- W3020819309 cites W2527248197 @default.
- W3020819309 cites W2550967757 @default.
- W3020819309 cites W2596245284 @default.
- W3020819309 cites W2620109964 @default.
- W3020819309 cites W2740993754 @default.
- W3020819309 cites W2808943378 @default.
- W3020819309 cites W2887007777 @default.
- W3020819309 cites W2894350612 @default.
- W3020819309 cites W2904793790 @default.
- W3020819309 cites W2910230705 @default.
- W3020819309 cites W2920861189 @default.
- W3020819309 cites W2921231023 @default.
- W3020819309 cites W2980651182 @default.
- W3020819309 cites W3014971053 @default.
- W3020819309 cites W4234391467 @default.
- W3020819309 cites W863051468 @default.
- W3020819309 doi "https://doi.org/10.1016/j.jhydrol.2020.125035" @default.
- W3020819309 hasPublicationYear "2020" @default.
- W3020819309 type Work @default.
- W3020819309 sameAs 3020819309 @default.
- W3020819309 citedByCount "11" @default.
- W3020819309 countsByYear W30208193092020 @default.
- W3020819309 countsByYear W30208193092021 @default.
- W3020819309 countsByYear W30208193092022 @default.
- W3020819309 countsByYear W30208193092023 @default.
- W3020819309 crossrefType "journal-article" @default.
- W3020819309 hasAuthorship W3020819309A5008502764 @default.
- W3020819309 hasAuthorship W3020819309A5033174571 @default.
- W3020819309 hasAuthorship W3020819309A5043732101 @default.
- W3020819309 hasAuthorship W3020819309A5046358017 @default.
- W3020819309 hasAuthorship W3020819309A5056635709 @default.
- W3020819309 hasAuthorship W3020819309A5063930359 @default.
- W3020819309 hasAuthorship W3020819309A5064933798 @default.
- W3020819309 hasAuthorship W3020819309A5065872519 @default.
- W3020819309 hasAuthorship W3020819309A5068529046 @default.
- W3020819309 hasAuthorship W3020819309A5071833637 @default.