Publication: Estudio del subsuelo mediante tomografía eléctrica de alta resolución 2D y 3D en dos zonas de la ciudad íbero romana Begastri, T. M. de Cehegín (Murcia).
Authors
Espin de Gea, Antonio ; Gil Abellán, Antonio ; Reyes Urquiza, Mónica ; Arévalo Lomas, Lucía ; Peñalver Aroca, Francisco
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Publisher
Universidad de Murcia, Servicio de Publicaciones
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DOI
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info:eu-repo/semantics/article
Description
Abstract
El proyecto de investigación mediante tomografía eléctrica en la Ciudad de Begastri
pretende demostrar las grandes posibilidades que ofrece esta técnica geofísica para la detección
en el subsuelo de las construcciones realizadas en el tramo de materiales cuaternarios que existen
en la parte superior del cerro. Se han utilizado varias confi guraciones que han permitido variedad
en la profundidad y resolución de los resultados y podemos detectar estructuras enterradas con
su geometría y estado, detectándose una discontinuidad importante de estas estructuras a 0,75
metros que supone un salto cualitativo interesante en la utilización de la tomografía eléctrica.
The aim of the electrical tomography research project in the city of Begastri was to demonstrate the great possibilities off ered by this geophysical technique for the detection in the subsoil of the constructions carried out in the section of quaternary materials existing in the upper part of the hill. Several confi gurations have been used resulting in a wide range of depths and resolutions in the results, allowing us to detect buried structures with their geometry and state, detecting a signifi cant discontinuity of these structures at 0.75 meters which represents an interesting qualitative leap in the use of the electrical tomography.
The aim of the electrical tomography research project in the city of Begastri was to demonstrate the great possibilities off ered by this geophysical technique for the detection in the subsoil of the constructions carried out in the section of quaternary materials existing in the upper part of the hill. Several confi gurations have been used resulting in a wide range of depths and resolutions in the results, allowing us to detect buried structures with their geometry and state, detecting a signifi cant discontinuity of these structures at 0.75 meters which represents an interesting qualitative leap in the use of the electrical tomography.
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Citation
Antigüedad y Cristianismo, Vol. 35-36, 2018-2019
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