Quantifying seepage dynamics in a real-scale levee using time-lapse 3D ERT and novel spatiotemporal metrics

Ahmed M. Ali; Attila Timar; James P. Boyd; Károly Barta; Enas Abdelsamei; Diaa Sheishah; Alexandru Hegyi; Viktória Blanka-Végi; György Sipos

doi:10.1016/j.enggeo.2025.108386

Geomagnetic and Geoelectric Department Geomagnetic Lab. 2025 Q1 · SJR

Quantifying seepage dynamics in a real-scale levee using time-lapse 3D ERT and novel spatiotemporal metrics

Ahmed M. Ali, Attila Timar, James P. Boyd, Károly Barta, Enas Abdelsamei, Diaa Sheishah, Alexandru Hegyi, Viktória Blanka-Végi, György Sipos

Engineering Geology · 2025

No abstract available for this record.

Keywords

Piezometer Levee Saturation (graph theory) Flood myth Electrical resistivity tomography Pore water pressure Hydrology (agriculture) Geophysical Methods and Applications

View Paper (DOI)

How to cite

Ali, A. M., Timar, A., Boyd, J. P., Barta, K., Abdelsamei, E., Sheishah, D., Hegyi, A., Blanka-Végi, V., & Sipos, G. (2025). Quantifying seepage dynamics in a real-scale levee using time-lapse 3D ERT and novel spatiotemporal metrics. Engineering Geology, 357, 108386. https://doi.org/10.1016/j.enggeo.2025.108386