Detection of possible fault in steep hill of Ecoparque El Espino, La Libertad

Authors

  • Kevin Hernández Universidad de El Salvador
  • Sergio Ernesto Aguilar Universidad de El Salvador

DOI:

https://doi.org/10.5377/ref.v7i2.9327

Keywords:

Fault detection, electrical resistivity tomography, Wenner array, inversion methods, San Salvador volcano

Abstract

In order to investigate a possible fault in “Ecoparque el Espino”, a region inside the San Salvador volcano complex, a electrical resistivity tomography was performed using a single survey line of electrodes in a Wenner array. A software inversor was used to produce a two-dimensional cross sections of resistivity values across the survey line, via a least-squares optimization method, with the respective topography corrections. The results show a distortion of equipotential lines in a linear matter in the first 20 meters of the profile, which indicates that a fault with an apparent dip angle around 80° is most likely present.

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Author Biographies

Kevin Hernández, Universidad de El Salvador

Escuela de Física, Universidad de El Salvador, El Salvador

Sergio Ernesto Aguilar, Universidad de El Salvador

Escuela de Física, Universidad de El Salvador, El Salvador

Published

2019-12-19

How to Cite

Hernández, K., & Aguilar, S. E. (2019). Detection of possible fault in steep hill of Ecoparque El Espino, La Libertad. Revista De La Escuela De Física, 7(2), 69–76. https://doi.org/10.5377/ref.v7i2.9327

Issue

Section

Investigation