There have been major improvements in instrumentation, field survey design and data
inversion techniques for the geoelectrical method over the past 25 years. Multi-electrode …

Natural processes are known to cause significant damage to archaeological monuments. In
fact, the key to understanding the decay of building materials is the internal movement of …

A geophysical study that involved different techniques was carried out with the aim to
improve the knowledge of the archaeological site where the Basilica of Maxentius was …

In archaeo‐geophysical investigations, the accuracy and resolution of the generated
geophysical models are crucial parameters for excavation decision. Therefore, the …

Ongoing and extensive urbanisation, which is frequently accompanied with careless
construction works, may threaten important archaeological structures that are still buried in …

The Sivas district is the most important gypsum karstified area in Turkey. The oldest
evaporites in the region were formed during the sedimentation process of the Oligocene …

Pisidian Antioch was founded as a military base in the Hellenistic period around 300 bc. A
consecutive archaeological structure, extending 55 m long, mainly includes two adjacent …

Magnetic and electrical resistivity tomography (ERT) surveys were carried out in the area of
a Roman military installation located near the Zeugma archaeological site in southeastern …

With the increased demand to facilitate the archaeological work either in well-known
archaeological sites or the crude sites, geophysical methods plays an important role. The …

Geochemical and geophysical techniques have been applied to investigate the potential
environmental impact of the abandoned La Aquisgrana mine tailings, one of the most …