International audienceElectrical resistivity tomography is a powerful tool for investigating hispanic structures in the tropic. This technique of geophysical prospecting was developed in one of the most important ruins that are part of the archaeological site of Panama Viejo: Santo Domingo’s complex. The prospection was carried out in three zones with the aim to detect buried archaeological structures linked to church and the convent. In all zones, we detected a set of strong electrical anomalies at shallow depths associated with debris from walls and fallen roofs, and deeper we detected high electrical anomalies linked to walls, pebble floors, stone pillars and footing
Electrical Resistivity Tomography (ERT) and resistivity depth sounding surveys were undertaken at tw...
A geophysical survey using geoelectrical profiling technique was conducted at Sungai Mas, Kuala Muda...
The Jesús María site was surveyed using the electrical resistivity technique, resulting in the locat...
International audienceElectrical resistivity tomography is a powerful tool for investigating hispani...
In 2012, a geophysical survey was conducted inside the open space of a Hispanic Dominican co...
This article describes the application of the method of electric prospection to the detection of flo...
The Cástulo archaeological site is one of the most important ofthejaen province. Despite its signifi...
Electrical resistivity tomography is well suited to find and map subsurface cavities because of its ...
An integrated geophysical survey was conducted in September 2007 at the Cathedral of Tarragona to se...
The Cubujuquí archaeological site was surveyed using electrical resistivity and magnetometry geoph...
International audienceThe archaeological site of El Cano is located in the cultural region of Gran C...
Floridablanca is an 18th century archaeological site located in southern Argentina. Archaeological i...
Geophysical reconnaissance in 1995 provided information useful in developing a successful strategy f...
Currently, archaeologists perform excavations determined by previous geophysical studies to accurate...
The workspace as Bouleuterion (parliament house) is located in the ancient city of Alabanda far appr...
Electrical Resistivity Tomography (ERT) and resistivity depth sounding surveys were undertaken at tw...
A geophysical survey using geoelectrical profiling technique was conducted at Sungai Mas, Kuala Muda...
The Jesús María site was surveyed using the electrical resistivity technique, resulting in the locat...
International audienceElectrical resistivity tomography is a powerful tool for investigating hispani...
In 2012, a geophysical survey was conducted inside the open space of a Hispanic Dominican co...
This article describes the application of the method of electric prospection to the detection of flo...
The Cástulo archaeological site is one of the most important ofthejaen province. Despite its signifi...
Electrical resistivity tomography is well suited to find and map subsurface cavities because of its ...
An integrated geophysical survey was conducted in September 2007 at the Cathedral of Tarragona to se...
The Cubujuquí archaeological site was surveyed using electrical resistivity and magnetometry geoph...
International audienceThe archaeological site of El Cano is located in the cultural region of Gran C...
Floridablanca is an 18th century archaeological site located in southern Argentina. Archaeological i...
Geophysical reconnaissance in 1995 provided information useful in developing a successful strategy f...
Currently, archaeologists perform excavations determined by previous geophysical studies to accurate...
The workspace as Bouleuterion (parliament house) is located in the ancient city of Alabanda far appr...
Electrical Resistivity Tomography (ERT) and resistivity depth sounding surveys were undertaken at tw...
A geophysical survey using geoelectrical profiling technique was conducted at Sungai Mas, Kuala Muda...
The Jesús María site was surveyed using the electrical resistivity technique, resulting in the locat...