Matches in Ghent University Academic Bibliography for { <https://biblio.ugent.be/publication/01HJ18D0RKJN6DM0D6FDE5T5JZ> ?p ?o. }
Showing items 1 to 22 of
22
with 100 items per page.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ classification C3.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ date "2023".
- 01HJ18D0RKJN6DM0D6FDE5T5JZ language "eng".
- 01HJ18D0RKJN6DM0D6FDE5T5JZ type conference.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ hasPart 01HNZ0TGJBFZDZGREDCWKPDS3B.pdf.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ hasPart urn:uuid:397f84d9-1b9c-4654-b31d-d9716236389d.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ subject "Earth and Environmental Sciences".
- 01HJ18D0RKJN6DM0D6FDE5T5JZ presentedAt urn:uuid:126ec9f1-a769-46bb-86b4-6e5ae4a2b2ee.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ abstract "The Bou Omrane-Sabkhet Naouel area, located in the southern Tunisian Atlas, including the elongated E–W synclinal basin of Bou Omrane to the west, and the wide plain of Talh-Sabkhet Naouel, to the east. This area is restricted between the anticlinal ranges of Orbata-Tyouna-Bouhedma to the north, and Chemsi-Benkhir, to the south. Sebkhet Naouel constitutes its outlet. The hydrographic network is relatively dense. The study area faces severe aridity and lack of water resources. Groundwaters are the main source of water for drinking-domestic and agricultural uses. Population access to groundwater by artisanal well is limited because of the seasonal lowering of the water table and the increase of salinity toward Sebkhet Naouel borders. However, deep Miocene-Cretaceous aquifers are abstracted by means of 48 wells (in 2016). In the last decade, the number of wells increased dramatically around Sebkhet Naouel to more than 260 and led to the establishment of a cultivated perimeter. This work aims to evaluate the groundwater potential for the region based on a hydrogeological and geophysical approach. Also, it raises awareness for the local population to the increased concerns on the sustainable use of water resources in the region that faces overexploitation and climatic change. In fact, the basin is filled with Meso-Cenozoic sediments that developed some aquifer systems within the Cretaceous, Miocene and Mio-Pliocene-Quaternary sequences. In this survey, geological and geoelectrical data, calibrated with outcropping series and available hydraulic and petroleum wells were used to delineate the geometry of the shallow to semi-deep aquifer system in the region and to propose its conceptual hydrogeological model. The structural background of the region is complex, and the Meso-Cenozoic strata are strongly dislocated by folding, and faulting which largely controlled the development of the aquifer’s units. This issue needs further investigation to endeavor comprehensive hydrogeological exploration of the region.".
- 01HJ18D0RKJN6DM0D6FDE5T5JZ author F419120A-F0ED-11E1-A9DE-61C894A0A6B4.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ author aebe5497-f0b8-11eb-909f-a9c3037aabf8.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ author urn:uuid:0dbcf738-8beb-4389-853a-1156c033ddbf.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ author urn:uuid:1432f87a-de43-4f34-aa5f-b6a411d46d64.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ author urn:uuid:175c9201-3eb1-4613-8ff1-ee2bb2362431.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ author urn:uuid:fcd8e669-30cb-4784-aa90-b1b848b600db.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ dateCreated "2023-12-19T14:41:42Z".
- 01HJ18D0RKJN6DM0D6FDE5T5JZ dateModified "2024-10-29T18:40:07Z".
- 01HJ18D0RKJN6DM0D6FDE5T5JZ name "Hydro-geophysical study of the Bou Omrane-Sabkhet Naouel region (Tunisian Southern Atlas)".
- 01HJ18D0RKJN6DM0D6FDE5T5JZ pagination urn:uuid:a50fdd6e-087a-4e8f-b8dd-532109e0704e.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ sameAs LU-01HJ18D0RKJN6DM0D6FDE5T5JZ.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ sourceOrganization urn:uuid:4296fd12-39d8-4de7-a731-9cb5b607a7d0.
- 01HJ18D0RKJN6DM0D6FDE5T5JZ type C3.