GNGTS 2024 - Atti del 42° Convegno Nazionale

Session 3.2 GNGTS 2024 Figure 3. Inversion models of tTEM, FloaTEM and DCIP data along the Po river and its south embarkment. Dashed green line: fltraton zone of the embarkment, mapped by adbpo. Acknowledgments This study has been funded by A2A ciclo idrico s.p.a., Emergo s.r.l. and The EEM Team for Hydro & eXploraton. References Auken E., Foged N., Larsen J.J., Trøllund Lassen K.V., Maurya P.K., Dath S.M., Eiskjær T.T (2019). tTEM — A towed transient electromagnetc system for detailed 3D imaging of the top 70 m of the subsurface. Geophysics, 84 (1), E13-E22. Fiandaca, G., Zhang, B., Chen, J., Signora, A., Daut, F., Galli, S., Sullivan, N.A.L., Bollino, A., Viezzoli, A. (2024). EEMverter, a new 1D/2D/3D inversion tool for Electric and Electromagnetc data with focus on Induced Polarizaton. GNGTS 2024, 13-16 February 2024, Ferrara, Italy. Maurya, Pradip Kumar, et al. "Efcient imaging of hydrological units below lakes and fords with a foatng, transient electromagnetc (FloaTEM) system." Hydrology and Earth System Sciences 26.11 (2022): 2813-2827. Sullivan, N.A.L., Viezzoli, A., Fiandaca, G. (2024). EEMstudio: processing and modelling of electric and electromagnetc data in a QGIS plugin. GNGTS 2024, 13-16 February 2024, Ferrara, Italy. Corresponding author: gianluca.fandaca@unimi.it