Matches in SemOpenAlex for { <https://semopenalex.org/work/W4321201292> ?p ?o ?g. }
Showing items 1 to 72 of
72
with 100 items per page.
- W4321201292 endingPage "104888" @default.
- W4321201292 startingPage "104888" @default.
- W4321201292 abstract "Groundwater recharge is the process that allows water to percolate through permeable/or fractured rocks, and to enter an aquifer. Due to the large permeability of fractures at various scales, aquifers can store large quantities of water; therefore, such aquifers could be good candidates for water exploitation. In following this research, we propose the fractal dimension (FD) as an efficient tool to analyse and quantify the density and complexity of fractures as an index to assess the potentiality of groundwater recharge. The work was carried out in the region of Smaâla, Central Morocco, characterised by semi-arid Mediterranean climate with a mean annual temperature above 26 °C, and an average annual precipitation of 302 mm. In this area, the fracture networks associated with the Hercynian orogeny, were mapped and then quantified by the FD calculated using the box-counting method. The obtained results indicated that the Smaâla area can be divided according to the fracture density into three zones: zones of low FD (≈1.3–1.4) identified as poor groundwater recharge sites, spread in the southeast part of the study area; zones of medium FD (≈1.4–1.5) identified as good to moderate groundwater recharge sites, scattered across the western and southern part of the study area; and zones of high FD (≈1.5–1.61) identified as good to excellent groundwater recharge sites, scattered to the northeast and central part of the study area. Through this study, it seems that the fractal approach can be used as a representative parameter to assess the potentiality and availability of groundwater." @default.
- W4321201292 created "2023-02-18" @default.
- W4321201292 creator A5019539786 @default.
- W4321201292 date "2023-04-01" @default.
- W4321201292 modified "2023-09-29" @default.
- W4321201292 title "Mapping of potential groundwater recharge sites in the Smaâla area (Central Morocco)" @default.
- W4321201292 cites W1969324628 @default.
- W4321201292 cites W2027348778 @default.
- W4321201292 cites W2042663222 @default.
- W4321201292 cites W2047577845 @default.
- W4321201292 cites W2078206416 @default.
- W4321201292 cites W2080908285 @default.
- W4321201292 cites W2161613665 @default.
- W4321201292 cites W2483340931 @default.
- W4321201292 cites W2520470222 @default.
- W4321201292 cites W2592909862 @default.
- W4321201292 cites W2604549872 @default.
- W4321201292 cites W2789059409 @default.
- W4321201292 cites W2885749426 @default.
- W4321201292 cites W2900340970 @default.
- W4321201292 cites W2935768344 @default.
- W4321201292 cites W2940196129 @default.
- W4321201292 cites W2955240566 @default.
- W4321201292 cites W2981311513 @default.
- W4321201292 cites W2989908608 @default.
- W4321201292 cites W3008420374 @default.
- W4321201292 cites W3024850444 @default.
- W4321201292 cites W3038100877 @default.
- W4321201292 cites W3157209567 @default.
- W4321201292 cites W3209551335 @default.
- W4321201292 cites W354380163 @default.
- W4321201292 cites W4246962530 @default.
- W4321201292 cites W4280549422 @default.
- W4321201292 doi "https://doi.org/10.1016/j.jafrearsci.2023.104888" @default.
- W4321201292 hasPublicationYear "2023" @default.
- W4321201292 type Work @default.
- W4321201292 citedByCount "0" @default.
- W4321201292 crossrefType "journal-article" @default.
- W4321201292 hasAuthorship W4321201292A5019539786 @default.
- W4321201292 hasConcept C127313418 @default.
- W4321201292 hasConcept C174091901 @default.
- W4321201292 hasConcept C187320778 @default.
- W4321201292 hasConcept C187606762 @default.
- W4321201292 hasConcept C75622301 @default.
- W4321201292 hasConcept C76177295 @default.
- W4321201292 hasConcept C76886044 @default.
- W4321201292 hasConceptScore W4321201292C127313418 @default.
- W4321201292 hasConceptScore W4321201292C174091901 @default.
- W4321201292 hasConceptScore W4321201292C187320778 @default.
- W4321201292 hasConceptScore W4321201292C187606762 @default.
- W4321201292 hasConceptScore W4321201292C75622301 @default.
- W4321201292 hasConceptScore W4321201292C76177295 @default.
- W4321201292 hasConceptScore W4321201292C76886044 @default.
- W4321201292 hasLocation W43212012921 @default.
- W4321201292 hasOpenAccess W4321201292 @default.
- W4321201292 hasPrimaryLocation W43212012921 @default.
- W4321201292 hasRelatedWork W2004255314 @default.
- W4321201292 hasRelatedWork W2061833231 @default.
- W4321201292 hasRelatedWork W2265269260 @default.
- W4321201292 hasRelatedWork W2729881884 @default.
- W4321201292 hasRelatedWork W2802620913 @default.
- W4321201292 hasRelatedWork W2919913105 @default.
- W4321201292 hasRelatedWork W3174221641 @default.
- W4321201292 hasRelatedWork W4200020643 @default.
- W4321201292 hasRelatedWork W4205562317 @default.
- W4321201292 hasRelatedWork W4232963876 @default.
- W4321201292 hasVolume "200" @default.
- W4321201292 isParatext "false" @default.
- W4321201292 isRetracted "false" @default.
- W4321201292 workType "article" @default.