1. High-resolution sequence stratigraphy of Quaternary successions
I investigate the stratigraphic architecture of late Quaternary deltaic and alluvial systems through detailed facies analysis on cores, CPT/CPTU data and regional markers such as paleosols and unconformities. The aim is to build high-resolution stratigraphic models linking depositional system evolution to climate and sea-level changes.
2. 3D subsurface modelling and management of coastal aquifers
I develop 3D geological models of coastal plains and deltaic areas (mainly within the Po–Adriatic domain) to describe the heterogeneity of phreatic aquifers and identify hydrogeological barriers. These models support sustainable groundwater management and spatial planning in densely populated coastal regions.
3. Quaternary paleovalleys, subsidence and sediment compaction
My research addresses the role of coastal paleovalley fills, commonly rich in soft clays, in driving compaction and subsidence of coastal plains. By combining stratigraphic information and satellite-derived displacement data, I assess vertical movements and the mechanical behaviour of late Quaternary strata.
4. Seismic site characterization and soil–structure interaction in paleovalleys
I integrate microtremor (HVSR) measurements, geotechnical data and stratigraphic models to characterize the seismic response of paleovalleys and alluvial plains. A key focus is on the combined amplification effects related to buried valley geometries and building response, with implications for urban seismic hazard assessment.
5. Integration of sedimentological, geophysical and geochemical data for geological mapping
I perform core logging, facies analysis, sample preparation for geochemical analyses and microtremor surveys within the Italian national geological mapping programme (CARG). The integration of these datasets underpins high-resolution subsurface maps (e.g. Holocene base) and explanatory notes for official geological sheets.
