Doctoral project Philippe De Smedt

Exploring minimally-invasive landscape prospection methods for battlefield archaeology

Optimising geophysical approaches for reconstructing complex human-environment interactions

Optimizing high-resolution geophysical imaging with novel sensor platforms

Quantitative characterization of soils using electromagnetic geophysics: model development, validation and implementation.

Improving the 3-D modelling of peat layers using sensor-based data

BOF-ZAP professorship in soil geophysical survey techniques

Developing a method for studying the Critical Zone: Connecting Archaeological and Precision Agricultural approaches to agrarian landscapes by making their advanced sensing data interoperable.

Geofysisch onderzoek te Berg (Tongeren, provincie Limburg) aan weerszijden van de Maastrichtersteenweg

High resolution electromagnetic landscape mapping with multi-channel FDEM instruments

International Thematic Network - PROSPECT 2023-2025

MesoMag: a geophysical perspective on Mesolithic land use in complex environments.

Optimizing high-resolution geophysical imaging with novel airborne and terrestrial sensor platforms

Working the land, searching the soil. A geophysical framework for diachronic land-use studies

Drowned villages of the Scheldt. A geoarchaeological study of late medieval settlement and landscape in the context of climate change.

Environmental magnetism for air pollution monitoring in Flanders

The impact of magnetic particulate matter (mPM) pollution as a contributing factor for development of childhood cancer: an in vitro and in vivo molecular and cellular analysis.

BOF-ZAP professorship in soil geophysical survey techniques

Reconstructing the Stonehenge Landscape through electromagnetic induction survey