We present QUIN, a “QUaternary fault strain INdicators database”, designed to integrate and
unify published and unpublished local-scale geological information and derive strain …

We investigated whether the joint inversion of geodetic and stress direction data can
constrain long‐term fault slip rates in the central Apennines, and ultimately how extension is …

Abstract Persistent Scatterer Interferometric Synthetic Aperture Radar (PS-InSAR) is an
advanced technique enabling effective ground deformation monitoring. In this study, PS …

Abstract Study area Venafro Mts., southern-central Italy, Mediterranean basin. Study focus
Via a collection of geological and hydrogeological data, a flow conceptual model of a …

The Riardo basin hosts groundwater exploited for the production of high quality, naturally
sparkling, bottled water (eg, Ferrarelle water), and circulating in a system constituted by …

A multidisciplinary methodology, integrating stratigraphic, geomorphological and structural
data, combined with GIS-aided analysis and PS-InSAR interferometric data, was applied to …

Seismic amplifications are dictated by the depth of the bedrock and the stratigraphy and
dynamic properties of the soil deposits. Quantifying these properties, together with their …

Complex hydrogeological systems require detailed knowledge of aquifer dynamics to
ensure appropriate and sustainable management of the groundwater resource. The Riardo …

A methodology to evaluate the hydraulic conductivity of the karst media at a regional scale
has been proposed, combining pumping tests and the hydrostructural approach, evaluating …

Seismic risk maps are a useful tool researchers use for representing to stakeholder and
decision makers the adverse outcomes a seismic event can have over the territory …