The HydroGeosITe project aims at the establishment of the first Italian calibration and reference site for airborne electromagnetic (AEM), ground EM and Electric Geophysical methods within the largest AEM campaign carried out in Italy for groundwater mapping and management (2021-2023, >1800 km2 survey area). The HydroGeosITe will serve as calibration site for future AEM campaigns, as well as for ground-based EM and galvanic surveys and its geophysical characterization combines galvanic direct current and full-decay induced polarization (DCIP), Airborne (AEM) and ground EM surveys, for the retrieval of a homogeneous 3D distribution of conduction and polarization electrical properties.

Joint inversion of E&EM data with IP modelling, The HydroGeosITe case study / A. Signora, S. Galli, F. Dauti, N.A.L. Sullivan, A. Lucchelli, M. Gisolo, G. Fiandaca. ((Intervento presentato al 7. convegno International Workshop on Induced Polarization tenutosi a Lund, Sweden nel 2024.

Joint inversion of E&EM data with IP modelling, The HydroGeosITe case study

A. Signora;S. Galli;F. Dauti;N.A.L. Sullivan;A. Lucchelli;G. Fiandaca
2024

Abstract

The HydroGeosITe project aims at the establishment of the first Italian calibration and reference site for airborne electromagnetic (AEM), ground EM and Electric Geophysical methods within the largest AEM campaign carried out in Italy for groundwater mapping and management (2021-2023, >1800 km2 survey area). The HydroGeosITe will serve as calibration site for future AEM campaigns, as well as for ground-based EM and galvanic surveys and its geophysical characterization combines galvanic direct current and full-decay induced polarization (DCIP), Airborne (AEM) and ground EM surveys, for the retrieval of a homogeneous 3D distribution of conduction and polarization electrical properties.
28-mag-2024
Settore GEOS-04/B - Geofisica applicata
Joint inversion of E&EM data with IP modelling, The HydroGeosITe case study / A. Signora, S. Galli, F. Dauti, N.A.L. Sullivan, A. Lucchelli, M. Gisolo, G. Fiandaca. ((Intervento presentato al 7. convegno International Workshop on Induced Polarization tenutosi a Lund, Sweden nel 2024.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/1173568
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