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• W3156272542 endingPage "104224" @default.
• W3156272542 startingPage "104224" @default.
• W3156272542 abstract "The suitability of groundwater for drinking and irrigation purposes is potentially disturbed by a variety of factors, including climate change, salinization and risky agricultural practices. The region of Kebilli (Southwestern Tunisia) is marked by an arid climatic condition with a Saharan tendency. However, the spatial partition of the stress factors was not addressed so far in spite of the increasing demand for groundwater to the agricultural and domestic activities which supports the social and economic pressure. Therefore, Water Quality Index (WQI) and Fuzzy Logic models were applied to evaluate the groundwater quality in the Kebilli region for both drinking and irrigation purposes using the geographic information system (GIS) environment to analyze the spatial partition of various factors. According to the analytical results, the calculated values of WQI are between 83.421 and 436.858 for drinking and range from 50 to 77 for irrigation purposes. The prepared Fuzzy spatial maps show that the “desirable” and “acceptable” classes of groundwater quality samples are situated in the center of the studied region, while the “undesirable” quality of groundwater is observed mainly at the Southeastern sectors due to the domestic and agricultural activities besides the over-exploitation of the aquifer. In addition, the Fuzzy membership levels generated into a GIS-based maps give a high correlation of 0.88 and 0.79 with assessed values of WQI for both drinking and irrigation purposes respectively. Grouping analyses also confirm the resulted maps, in turn, the anthropogenic effects coincides globally with the unsuitable areas for both drinking and irrigation purposes. Consequently the perturbations in the fragile environment of the oasis ecosystem are closely related to the deterioration of the groundwater quality and the intensive use of fertilizers and pesticides for agricultural needs in the Kebilli region. The research results may improve the understanding of the groundwater sustainability and as support decision makers for planning the water management and its protection." @default.
• W3156272542 created "2021-04-26" @default.
• W3156272542 creator A5025826940 @default.
• W3156272542 creator A5070089674 @default.
• W3156272542 creator A5091542287 @default.
• W3156272542 date "2021-08-01" @default.
• W3156272542 modified "2023-10-11" @default.
• W3156272542 title "Multicriteria-analysis of deep groundwater quality using WQI and fuzzy logic tool in GIS: A case study of Kebilli region, SW Tunisia" @default.
• W3156272542 cites W1517260455 @default.
• W3156272542 cites W1966548366 @default.
• W3156272542 cites W1968950884 @default.
• W3156272542 cites W1971381271 @default.
• W3156272542 cites W1972973316 @default.
• W3156272542 cites W1973507704 @default.
• W3156272542 cites W1974230032 @default.
• W3156272542 cites W1980666777 @default.
• W3156272542 cites W1982836372 @default.
• W3156272542 cites W1987291994 @default.
• W3156272542 cites W1988101670 @default.
• W3156272542 cites W1990340569 @default.
• W3156272542 cites W1992311063 @default.
• W3156272542 cites W2001645181 @default.
• W3156272542 cites W2002054624 @default.
• W3156272542 cites W2007711691 @default.
• W3156272542 cites W2008031852 @default.
• W3156272542 cites W2013972468 @default.
• W3156272542 cites W2014645126 @default.
• W3156272542 cites W2015247269 @default.
• W3156272542 cites W2018186596 @default.
• W3156272542 cites W2020278664 @default.
• W3156272542 cites W2041280856 @default.
• W3156272542 cites W2047097742 @default.
• W3156272542 cites W2052466840 @default.
• W3156272542 cites W2052550476 @default.
• W3156272542 cites W2061427324 @default.
• W3156272542 cites W2063688501 @default.
• W3156272542 cites W2077795175 @default.
• W3156272542 cites W2078701851 @default.
• W3156272542 cites W2079658287 @default.
• W3156272542 cites W2089736336 @default.
• W3156272542 cites W2090524817 @default.
• W3156272542 cites W2091552194 @default.
• W3156272542 cites W2094311756 @default.
• W3156272542 cites W2095076638 @default.
• W3156272542 cites W2105455980 @default.
• W3156272542 cites W2146964617 @default.
• W3156272542 cites W2159520512 @default.
• W3156272542 cites W2206296605 @default.
• W3156272542 cites W2223261853 @default.
• W3156272542 cites W2224847271 @default.
• W3156272542 cites W2280683319 @default.
• W3156272542 cites W2283117010 @default.
• W3156272542 cites W2294774390 @default.
• W3156272542 cites W2322788782 @default.
• W3156272542 cites W2340378323 @default.
• W3156272542 cites W2539195151 @default.
• W3156272542 cites W2564075225 @default.
• W3156272542 cites W2582901367 @default.
• W3156272542 cites W2594013227 @default.
• W3156272542 cites W2614619000 @default.
• W3156272542 cites W2726943406 @default.
• W3156272542 cites W2748392333 @default.
• W3156272542 cites W2751174794 @default.
• W3156272542 cites W2767580308 @default.
• W3156272542 cites W2769100659 @default.
• W3156272542 cites W2792717144 @default.
• W3156272542 cites W2795160856 @default.
• W3156272542 cites W2795245677 @default.
• W3156272542 cites W2800604825 @default.
• W3156272542 cites W2805615126 @default.
• W3156272542 cites W2865036108 @default.
• W3156272542 cites W2883217892 @default.
• W3156272542 cites W2895788072 @default.
• W3156272542 cites W2901505487 @default.
• W3156272542 cites W2901606966 @default.
• W3156272542 cites W2908729607 @default.
• W3156272542 cites W2913086699 @default.
• W3156272542 cites W2922117126 @default.
• W3156272542 cites W2963114603 @default.
• W3156272542 cites W2965523344 @default.
• W3156272542 cites W2979768846 @default.
• W3156272542 cites W2991172987 @default.
• W3156272542 cites W3004998366 @default.
• W3156272542 cites W3013358582 @default.
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• W3156272542 doi "https://doi.org/10.1016/j.jafrearsci.2021.104224" @default.
• W3156272542 hasPublicationYear "2021" @default.
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