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 …

Electrical resistivity tomography (ERT) and ground-penetrating radar (GPR) are frequently
used geophysical methods in the exploration of near-surface targets such as archaeological …

As powerful economic and cultural centers, fortified sites played an important role in early
medieval society. In Central Europe, early medieval fortified site research has been an …

In this paper we used an integrated geomatics and geophysical investigation to gain insight
about the Upper Pleistocene Cave deposit of Grotta di Fumane, located near to Verona city …

Vegdirektoratet har bedt NIKU om å gjennomføre et forprosjekt der det redegjøres for hvilke
arkeologiske metoder som kan være aktuelle å benytte i forbindelse med arkeologisk …

Various geophysical methods were used to explore the subsurface of the prehistoric site of
Mitrou. Geophysical research was essential for selecting significant areas for excavation as …

Ground penetrating radar supported by electrical resistivity tomography and gradiometer
surveys were used to map buildings and infrastructure documenting sequential property use …

A geophysical survey carried out at Omalos plateau in Chania, Western Crete, Greece
employed seismic as well as electrical tomography methods in order to image karstic …

This thesis is based on surveys of ground-penetrating radar (GPR) conducted at Angkor,
Cambodia. The appraisal of preceding remote sensing surveys led to selective ground …

The present geophysical research aims to evaluate the applicability of multichannel analysis
of surface waves (MASW) on mapping ultrashallow underwater ancient masonry remnants …