Geo-electrical measurements in environment with presence of underground water

  • Vladimir Manevski
  • Todor Delipetrov
  • Marjan Delpetrev


The coal mine “Suvodol” is chosen for geo-electrical examination because it has been most thoroughlyresearched and has the densest network of mapped boreholes. Through examination of the parameters fromthe boreholes and the geological map of the coal mine we determinate the layered structure of the ore body that providesfavorable conditions for applying the method of geo-electrical sounding. In the process of production of themodels particular attention is given to the level of underground water that has dominant influence in the conductivityproperties of the geological structures.The curves of apparent electrical resistance are interpreted while solving the directtask. For acquiring precise and concrete data while interpreting the synthetic curves it is important to obtain accuratedata for the mapped geological material.


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Delipetrov T.: Basics of geophysics, University of “Sts. Cyril and Methodius”, Skopje, Faculty of Mining and Geology, Štip, 2003.

Orenellaand E., Mooney, H. M.: Master Tables and Curves for Vertical Electrical Sounding over Layered

Structures, Interciencia, Madrid, 1966.

Черняк, Г. Я.: Электро-магнитнъие методы в гидро-геологии и инженерной геологии, 1987.

Hydro-geological map of the coalmine “Suvodol”, (2004).

Geological investigations made through mapped boreholesin the coalmine “Suvodol” (2002–2003).

Situational map of drainage system with designed and constructed wells and piezometers for PJS “Suvodol” (2012).

Field investigations of the wells and piezometers in the drainage system (2012).

Romano, E., Giudici, M. and Ponzini, G.: Simulation of interactions between well fields with nested models (2002).

Slimak, Šandor: Inženjerska geofizika (1996).

Jakosky, J. J.: Geofizička istraživanja (1960).

Тверской, П. Н.: Курс по геофизика (1951).

Добрев, Т., Димитров, Л., Пищалов, С., Иванова, В.: Кратъ курс по приложна геофизика (1973).

Краев, А. П.: Основъи геоэлектрики (1965).

Todd, D. K.: Groundwater Hydrology, Second Edition, John Wiley & Sons Inc., New York, 2004.

Dey, A. and Morrison, F.: Resistivity modeling for arbitrarily shaped two dimensional structures, 1979.

Batayneh, A. T.: A hydrogeophysical model of the relationship between geoelectric and hydraulic parameters, Central Jordan, J. of Water Res. and Prot., 1 (2009).

Никитина, А. А: Комплексирование методов разве-дочной геофизики, 1984.

Kirsch, R. and Ernstson, K.: Geoelectrical Methods, In: Kirsch, R. Ed., Groundwater Geophysics, a Tool for Hydrogeology, Germany, 2006.

Reynolds, John M.: An introduction to applied and environmental geophysics, 1997.

Sharma, Prem V.: Environmental and engineering geophysics, 2004.

Barker, R. D.: Geotechnical and Environmental Geophysics, 2, SEG, Tusla, Oklahoma (1990).

Loke, M. H.: The inversion of two-dimensional resistivity data. Phd thesis university of Birmingham, UK. (1994).

Stoyer, Charles, Zerilli Andrea: Geoffrey Wilson (1993) Resix.

Doneva B,: Correlation between the real geological medium and the geoelectrical model. MasterThesis, University of Goce Delčev, Faculty of natural and technicalsciences, Štip, p. 98, 2009.

Добрев, Т., Иванова, В., Радиков, Р.: Комплексиране при геофизичните проучвания (1989).

How to Cite
Manevski, V., Delipetrov, T., & Delpetrev, M. (2015). Geo-electrical measurements in environment with presence of underground water. Geologica Macedonica, 29(1), pp. 93-98. Retrieved from