Electrical resistivity is a well established and widely used prospection method. The technique has also become a valuable and inseparable tool in archaeological site evaluation and excavation planning (Clark, 1990). Nowadays, it is routinely used in mapping the sub-surface resistivity variation of an archaeological site. The compilation of maps that transform the geophysical results into images that resemble a plane view of buried relics comprises the ultimate goal of geoelectrical prospectio..
Summarization: A multimethod geophysical survey was carried out in the archaeological site of Europo...
Introduction The application of geophysical methods to investigate the near-surface soil layers cont...
International audienceWe have developed an inversion process of electromagnetic induction (EMI) data...
This paper deals with the resistivity continuous surveys on extensive area carried out at the Mont’e...
Two advanced applications of electrical resistivity methods in archaeological prospecting are presen...
A large-scale resistivity imaging survey was performed in the acropolis area of Archaic Cnidos, sout...
Fifteen years ago, the introduction of mobile multipole arrays led to substantial improvements in sh...
Non-destructive geophysical prospecting methods are increasingly used for the investigation of arch...
Estimating the geometry and resistivity of archeological structures using resistivity models produce...
Airborne electromagnetic (AEM) data is commonly collected for detecting buried natural resources, an...
Non-destructive geophysical prospecting methods are increasingly used for the investigation of archa...
Introduction The direct current resistivity method is nowadays a well established geophysical techni...
High density electrical prospecting has been widely used in groundwater investigation, civil enginee...
In this study, the optimum electrical resistivity tomography (OERT) concept was analyzed by combinin...
This thesis presents a novel resistivity method called Multi-Electrode resistivity technique (MERIT)...
Summarization: A multimethod geophysical survey was carried out in the archaeological site of Europo...
Introduction The application of geophysical methods to investigate the near-surface soil layers cont...
International audienceWe have developed an inversion process of electromagnetic induction (EMI) data...
This paper deals with the resistivity continuous surveys on extensive area carried out at the Mont’e...
Two advanced applications of electrical resistivity methods in archaeological prospecting are presen...
A large-scale resistivity imaging survey was performed in the acropolis area of Archaic Cnidos, sout...
Fifteen years ago, the introduction of mobile multipole arrays led to substantial improvements in sh...
Non-destructive geophysical prospecting methods are increasingly used for the investigation of arch...
Estimating the geometry and resistivity of archeological structures using resistivity models produce...
Airborne electromagnetic (AEM) data is commonly collected for detecting buried natural resources, an...
Non-destructive geophysical prospecting methods are increasingly used for the investigation of archa...
Introduction The direct current resistivity method is nowadays a well established geophysical techni...
High density electrical prospecting has been widely used in groundwater investigation, civil enginee...
In this study, the optimum electrical resistivity tomography (OERT) concept was analyzed by combinin...
This thesis presents a novel resistivity method called Multi-Electrode resistivity technique (MERIT)...
Summarization: A multimethod geophysical survey was carried out in the archaeological site of Europo...
Introduction The application of geophysical methods to investigate the near-surface soil layers cont...
International audienceWe have developed an inversion process of electromagnetic induction (EMI) data...