Journal Information
Research Areas
Publication Ethics and Malpractice Statement
To Scholarlink Resource Center
Guidelines for Authors
For Authors
Instructions to Authors
Copyright forms
Submit Manuscript
Call for papers
Guidelines for Reviewers
For Reviewers
Review Forms
Contacts and Support
Support and Contact
List of Issues
Indexing

 

Journal of Emerging Trends in Engineering and Applied Sciences (JETEAS)

ISSN:2141-7016

Article Title: Groundwater Prospecting Using Electrical Resistivity Profiles Over Jubilee Homes Parkland, Southwest, Nigeria
by Rotimi O. J., Atunbi J. F., and Osunnuga B.

Abstract:
Urbanization is speedily catching on erstwhile fallow hinterland area of southwest Nigeria. Due to the various production companies springing up in the location adjoining area are experiencing influx of citizenry and accommodation and sustenance become a predominant challenge. Portable water is critical to the survival of man, hence the reason for this study. Electrical resistivity survey were carried out at Jubilee Homes Parkland, to delineate subsurface layers and determine the ground water potential, so as to make adequate provision of portable water supply for the settlements springing up within this area. The electrical resistivity method adopted for this study employed the use of ABEM SAS 1000 terrameter which worked on 16 vertical electrical sounding (VES) points within the area. A maximum distance of 550m current electrode (AB) spread was adopted for this purpose. The result shows the presence of four geoelectric layers with the resistivity of the first layer ranging from 25.54?m-619.45?m and thickness of 0.14-9.21m representing topsoil. The second geoelectric layer has a resistivity ranging from 20.94?m-706.82?m and thickness of 2.58-35.36m representing laterite, while the third geoelectric layer has a resistivity ranging from 12.29?m-598.93?m and thickness 3.33-58.06m representing sandy clay. Finally, the fourth geoelectric layer has a resistivity ranging from 12.10?m-1980.52?m and thickness of 11.4-45m representing sand. It can be concluded that the fourth layer is most prolific and attractive to be explored for groundwater. This thereby affords residents and potential settlers in the area a considerable confidence level in accessing sufficient groundwater for their various uses. Furthermore, construction purposes ongoing in the location could make use of this evaluation to satisfy their need of locating water for their operations.
Keywords: resistivity, groundwater, geoelectric layer, subsurface, terrameter, settlements, thickness,
Download full paper

ISSN: 2141-7016

Editor in Chief.

Prof. Gui Yun Tian
Professor of Sensor Technologies
School of Electrical, Electronic and Computer Engineering
University of Newcastle
United Kingdom

 

 

Copyright © Journal of Emerging Trends in Engineering and Applied Sciences 2010