Introduction The direct current resistivity method is nowadays a well established geophysical technique, used routinely and successfully in the detection and mapping of concealed subsurface structures, like walls, ditches and anthropogenic or natural cavities (Dahlin and Zhou, 2004). In archaeological geophysics, tombs constitute the most common subterranean manmade cavities of the greatest archaeological and historical importance. Several successful case studies in the detection of tombs hav..
Non-destructive geophysical prospecting methods are increasingly used for the investigation of arch...
ABSTRACT. The article provides information for a geophysical survey of Thracian burial mounds. The c...
Satala is one of the last great military centers in the Roman East available for archaeological and ...
Introduction The direct current resistivity method is nowadays a well established geophysical techni...
Two advanced applications of electrical resistivity methods in archaeological prospecting are presen...
This paper describes a case history of the application of resistivity methods on the detection of a ...
Electrical resistivity tomography (ERT) is a popular geophysical subsurface-imaging technique and wi...
Electrical resistivity is a well established and widely used prospection method. The technique has a...
To determine the data acquisition and inversion capabilities of electrical resistivity tomography (E...
Nif Mountain is located approximately at the borders of Kemalpasa, Torbali, and Buca districts in th...
Introduction The application of geophysical methods to investigate the near-surface soil layers cont...
A large-scale resistivity imaging survey was performed in the acropolis area of Archaic Cnidos, sout...
In archaeology, multilayered settlements (hoyuk, tell, tepe) are among the most important sites for ...
AbstractScientific interest in mounds as geomorphological features that currently represent topograp...
In this study, the optimum electrical resistivity tomography (OERT) concept was analyzed by combinin...
Non-destructive geophysical prospecting methods are increasingly used for the investigation of arch...
ABSTRACT. The article provides information for a geophysical survey of Thracian burial mounds. The c...
Satala is one of the last great military centers in the Roman East available for archaeological and ...
Introduction The direct current resistivity method is nowadays a well established geophysical techni...
Two advanced applications of electrical resistivity methods in archaeological prospecting are presen...
This paper describes a case history of the application of resistivity methods on the detection of a ...
Electrical resistivity tomography (ERT) is a popular geophysical subsurface-imaging technique and wi...
Electrical resistivity is a well established and widely used prospection method. The technique has a...
To determine the data acquisition and inversion capabilities of electrical resistivity tomography (E...
Nif Mountain is located approximately at the borders of Kemalpasa, Torbali, and Buca districts in th...
Introduction The application of geophysical methods to investigate the near-surface soil layers cont...
A large-scale resistivity imaging survey was performed in the acropolis area of Archaic Cnidos, sout...
In archaeology, multilayered settlements (hoyuk, tell, tepe) are among the most important sites for ...
AbstractScientific interest in mounds as geomorphological features that currently represent topograp...
In this study, the optimum electrical resistivity tomography (OERT) concept was analyzed by combinin...
Non-destructive geophysical prospecting methods are increasingly used for the investigation of arch...
ABSTRACT. The article provides information for a geophysical survey of Thracian burial mounds. The c...
Satala is one of the last great military centers in the Roman East available for archaeological and ...