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Electrical resistivity tomography, an assessment tool for water resource; case study of Al-Aroub Basin, West Bank, Palestine
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|Authors:||Sirhan, A.; Hamidi, M.; Andrieux, P.|
|Author Affiliations:||Primary: |
University of Pierre and Marie Curie, Paris, France
Al-Quds University, Israel
|Volume Title:||Asian Journal of Earth Sciences|
|Source:||Asian Journal of Earth Sciences, 4(1), p.38-45. Publisher: Asian Network for Scientific Information (ANSInet), Faisalabad, Pakistan. ISSN: 1819-1886|
|Note:||In English. 18 refs.; illus.|
|Summary:||This study aimed to characterize the nature of the shallow subsurface infiltration areas (3-18 m) and to understand the link between water storage transfer and the characteristics of the chalky formation, usually considered as aquitard (non acquifer) by applying the Electrical Resistivity Tomography (ERT) technique. A multi-electrode geo-electrical survey was carried out at AL-Aroub area, West Bank, Palestine to map the electrical resistivity distribution. Electrical Resistivity Tomography (ERT) method is based on the measurements of electrical resistivity along a profile, where a series of electrodes are regularly placed. The interpretation of two dimensional (2D) pseudo-sections showed the existence of a continuous dominated moderate layer (90<pa<130 Ωm) accompanied with an upper clayey layers (<30Ωm). Meanwhile, the heterogeneity of the shallow subsurface layers is evident; the later result permits to explain the groundwater circulation within the fractures existed in the chalky geological formations. These results are highly correlated with the existed dug wells located at the study area.|
|Subjects:||Dipole-dipole methods; Drilling; Electrical methods; Exploration; Geophysical methods; Ground water; Hydrology; Rainfall; Risk assessment; Schlumberger methods; Springs; Tomography; Topography; Water resources; Asia; Middle East; Palestine; West Bank; Al-Aroub Basin|
|Copyright Information:||GeoRef, Copyright 2021 American Geosciences Institute.|
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