My experience encompasses a wide variety of proximal and remote sensing methods such as magnetics, resistivity, electromagnetic induction, ground penetrating radar, gamma ray spectroscopy, and unmanned aerial vehicle imagery. I work on a broad range of projects, mainly focused on sustainable agriculture and environmental management.
I organize a biennial PhD course on "Electromagnetic Soil Sensors - Theory and Applications" and teach at several Masters and PhD courses on the use of smart technologies for high-resolution soil mapping. I also co-supervise several PhD and Masters students.
Recent collaborations include:
1) SkyTEM and IGIS: Using near-surface geophysics for detailed characterization of Danish peatlands.
2) UCLouvain: Developing a drone GPR for rapid estimation of topsoil moisture and electrical conductivity.
3) USDA/ARS: Assessing the use of drones and cameras for mapping agricultural subsurface drainage systems.
