International audienceThe low-frequency electromagnetic method (or EMI for ElectroMagnetic Induction), at the crossroads of the magnetic, electrical and GPR methods, offers many possibilities of development but is also limited by important technical constraints. In spite of instrumental developments initiated during the sixties, their use has long been limited in archaeology to the mapping of apparent electrical conductivity and/or magnetic susceptibility over restricted areas or with wide mesh sampling strategies. Since the end of the 2000s, due to their application in soil science, EMI methods have been widely diffused. Multi-coils and multi-frequency systems have replaced single-frequency and single-receiver devices, then opening up new ...
Increasingly, conventional soil sampling procedures face restrictions because of their destructive c...
Multi-receiver electromagnetic induction (EMI) sensors are increasingly being used to map soil spati...
International audienceWe used two different loop-loop electromagnetic induction (EMI) devices to det...
International audienceThe low-frequency electromagnetic method (or EMI for ElectroMagnetic Induction...
International audienceWe have developed an inversion process of electromagnetic induction (EMI) data...
Increasingly, electromagnetic induction methods (EMI) are being used within the area of archaeologic...
This study has been conducted in the framework of the CIFRE doctoral contract, in collaboration with...
The archaeological evaluation of project sites is often solemnly based on extensive trenching progra...
Recently, the unique foundations of a school of gladiators were discovered in the Roman town of Carn...
In Flanders, the risk of destruction of archaeologically valuable sites is high due to the intensive...
Near-surface applied electromagnetic geophysics is experiencing an explosive period of growth with m...
Magnetic susceptibility is an important indicator of anthropogenic disturbance in the natural soil. ...
Geophysical prospection as a noninvasive archaeological survey technique has become a widely applied...
The magnetic properties are involved in two geophysical exploration methods: the magnetic method wit...
Increasingly, conventional soil sampling procedures face restrictions because of their destructive c...
Multi-receiver electromagnetic induction (EMI) sensors are increasingly being used to map soil spati...
International audienceWe used two different loop-loop electromagnetic induction (EMI) devices to det...
International audienceThe low-frequency electromagnetic method (or EMI for ElectroMagnetic Induction...
International audienceWe have developed an inversion process of electromagnetic induction (EMI) data...
Increasingly, electromagnetic induction methods (EMI) are being used within the area of archaeologic...
This study has been conducted in the framework of the CIFRE doctoral contract, in collaboration with...
The archaeological evaluation of project sites is often solemnly based on extensive trenching progra...
Recently, the unique foundations of a school of gladiators were discovered in the Roman town of Carn...
In Flanders, the risk of destruction of archaeologically valuable sites is high due to the intensive...
Near-surface applied electromagnetic geophysics is experiencing an explosive period of growth with m...
Magnetic susceptibility is an important indicator of anthropogenic disturbance in the natural soil. ...
Geophysical prospection as a noninvasive archaeological survey technique has become a widely applied...
The magnetic properties are involved in two geophysical exploration methods: the magnetic method wit...
Increasingly, conventional soil sampling procedures face restrictions because of their destructive c...
Multi-receiver electromagnetic induction (EMI) sensors are increasingly being used to map soil spati...
International audienceWe used two different loop-loop electromagnetic induction (EMI) devices to det...