APPLICATION OF ELECTRICAL RESISTIVITY METHOD FOR SAFETY EVALUATION OF ASEJIRE DAM IBADAN, SOUTHWESTERN NIGERIA

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dc.contributor.authorOladejo, Olagoke Peter
dc.contributor.authorOgunkoya, Charles Olubunmi
dc.contributor.authorFasiku, Taiwo Bukola
dc.contributor.authorOlanrewaju, Surat Alaba
dc.date.accessioned2026-06-18T10:56:42Z
dc.date.available2026-06-18T10:56:42Z
dc.date.issued2024
dc.description.abstractDam construction provides economic importance to the environs through, water supply and flood control. Postconstruction investigation is however necessary for maintenance stability to avoid irreversible environmental changes. In view of this, horizontal resistivity profiling and vertical electrical sounding (VES) were conducted along the embankments and the downstream of Asejire dam to determine its integrity. The methods used were horizontal resistivity profiling and vertical electrical soundings conducted along the embankments and the downstream. Thirty-one VES and Dipole-Dipole Profiling were occupied along the embankments and downstream using Resistivity meter at 20 m intervals for both the VES and Dipole-Dipole. The Dipole-Dipole data were inverted into 2-D Resistivity Images using DIPPRO™ 4.0 Inversion Software while the VES data were quantitatively interpreted using the partial curve matching technique and Winresist 1.0 Version Software. Results of dipole-dipole image and geo-electric section identified three geo-electric layers; comprising topsoil presumably clayey sand and laterites with resistivity and thickness between 59-760 Ω m and 0.7-5.2m respectively. The second layer is weathered layer attributed with clay/clayey sand having resistivity and thickness 18-766Ωm and 3.1-36.7 m. The third layer suspected to be fresh bedrock with resistivity range 121- 3672Ωm and 18-766 m thick. The Dipole-Dipole results displayed resistivity less than 500Ωm in the first layer with structural evidence of discontinuous observables, but the underlying sequences displayed no indicative of structural weakness. This significant features play a major role in seepage processes from the dam, therefore lithological composition obtained from these results shows the dam has a good integrity.
dc.identifier.issn2616 - 1370
dc.identifier.issn2645 - 2944
dc.identifier.urihttps://repository.acu.edu.ng/handle/123456789/1860
dc.language.isoen
dc.publisherFUDMA Journal of Science
dc.relation.ispartofseries8; 2
dc.subjectDam safety
dc.subjectEmbankment
dc.subjectResistivity
dc.subjectAsejire dam
dc.subjectElectromagnetic
dc.subjectVertical Electrical Soundings
dc.subjectResistivity method
dc.titleAPPLICATION OF ELECTRICAL RESISTIVITY METHOD FOR SAFETY EVALUATION OF ASEJIRE DAM IBADAN, SOUTHWESTERN NIGERIA
dc.typeArticle

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