Field sampling
Profiles, transects, grids, control samples, stratigraphic documentation and landscape context.
Methodological framework
Geochemistry
pXRF and elemental signals of activity areas, buildings, waste, burial, erosion and sedimentation.
Isotope analysis
Carbon, nitrogen, strontium and sulphur according to the research question, material type and temporal scale.
Micromorphology
Thin sections, soil processes, microstratigraphy, traces of waste, burning, trampling and sedimentation.
GIS and maps
Spatial relations of sites, historical maps, terrain models, distances and landscape units.
Data modelling
R workflows, statistics, interpolation, multivariate analyses and reproducible outputs.