Add to ORKGThe aim of this study is to investigate an archaeological site by large-scale resistivity method, and then to compare the results with the conventional large-scale magnetics. The resistivity data were collected in 3-D manner by pole-pole configuration using multi-channel measuring technique. The magnetic data were acquired by gradient technique using an FM-36 gradiometer. Then, the resistivity data were inverted by using the smoothness-constrained and robust algorithms. The magnetic and resistivity data quietly supported each other. In addition, archaeological excavations verified the results of large-scale geophysical surveys
A combination of electrical resistivity tomography (ERT) and magnetic gradiometry was selected to ex...
A multi-method geophysical survey has been carried out on a Roman archaeological site, where part of...
In Flanders, the risk of destruction of archaeologically valuable sites is high due to the intensive...
The aim of this study is to investigate an archaeological site by large-scale resistivity method, an...
In this study, we investigated the Kuriki Mound Area using direct current resistivity and magnetomet...
Satala is one of the last great military centers in the Roman East available for archaeological and ...
This paper examines a buried Adramytteion ancient city in the Balikesir-Burhaniye-Oren district loca...
The response characteristics of total intensity and vertical gradient magnetic techniques have been ...
A large-scale resistivity imaging survey was performed in the acropolis area of Archaic Cnidos, sout...
Magnetic and electrical resistivity tomography (ERT) surveys were carried out in the area of a Roman...
The results of a large scale exploration of an archaeological site by geophysical means are presente...
A geophysical survey using geoelectrical profiling technique was conducted at Sungai Mas, Kuala Muda...
The increasing interest in preserving of the archaeological sites requires the integration of a wide...
Summarization: A multimethod geophysical survey was carried out in the archaeological site of Europo...
For more than a decade now, geophysical prospecting has been considered an integral part of archaeol...
A combination of electrical resistivity tomography (ERT) and magnetic gradiometry was selected to ex...
A multi-method geophysical survey has been carried out on a Roman archaeological site, where part of...
In Flanders, the risk of destruction of archaeologically valuable sites is high due to the intensive...
The aim of this study is to investigate an archaeological site by large-scale resistivity method, an...
In this study, we investigated the Kuriki Mound Area using direct current resistivity and magnetomet...
Satala is one of the last great military centers in the Roman East available for archaeological and ...
This paper examines a buried Adramytteion ancient city in the Balikesir-Burhaniye-Oren district loca...
The response characteristics of total intensity and vertical gradient magnetic techniques have been ...
A large-scale resistivity imaging survey was performed in the acropolis area of Archaic Cnidos, sout...
Magnetic and electrical resistivity tomography (ERT) surveys were carried out in the area of a Roman...
The results of a large scale exploration of an archaeological site by geophysical means are presente...
A geophysical survey using geoelectrical profiling technique was conducted at Sungai Mas, Kuala Muda...
The increasing interest in preserving of the archaeological sites requires the integration of a wide...
Summarization: A multimethod geophysical survey was carried out in the archaeological site of Europo...
For more than a decade now, geophysical prospecting has been considered an integral part of archaeol...
A combination of electrical resistivity tomography (ERT) and magnetic gradiometry was selected to ex...
A multi-method geophysical survey has been carried out on a Roman archaeological site, where part of...
In Flanders, the risk of destruction of archaeologically valuable sites is high due to the intensive...