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Numerical Simulation of a landslide with a depth-averaged code. Numerical Simulation of a phreatic explosion with a multiphase 3D code. The Istituto Nazionale di Geofisica e Vulcanologia (INGV) is funding a PhD scholarship to be carried out within the PhD Programme in High Performance Scientific Computing (HPSC) at the University…

Figure 2 The new interactive dashboard in ELICIPY v2. Main view showing the tab with combined CDF and histogram for a selected target question, with summary statistics on the left. de’ Michieli Vitturi M., A. Bevilacqua, A. Tadini, A. Neri (2026).SoftwareX, 35, 102785. https://doi.org/10.1016/j.softx.2026.102785 Abstract The…

Figure 6 The KR-19 3 within the regional environmental and cultural framework. Left panel: Comparison between (A) cultural phases in the Levant, in the Zagros, and in the Tigris headwater regions (phases from ref. 16). (B) KR19-3 δ13C. (C) KR19-3 δ18O. (D) Lake Zeribar (Zer) pollen record (72) (E) Lake…

Best two simulations of the Labronzo PDC, with a 1 m pile thickness, a basal friction coefficient of 0.15 and a turbulent dissipation parameter of (a) 200 and (b) 500 m/s2. Outcrops are depicted as yellow diamonds, with their measured thickness value attached (in cm). The centreline of the valley…

Figure 8 Stratigraphic relationship between the lahar deposit at Schicciole Beach after the May 15, 2025 events. In chronological order: older pre‑2024 deposits (white), overlain by the October 2024 lahar deposits (yellow). The sequence is subsequently cut by the depositional fans formed during the May 2025 event (blue). Photo by…

Enlargement of the NE quadrant of the island of Stromboli, illustrating the PDC invasion probability maps conditioned on the collapse of a random circular sector of 20° width, with respect to a maximum flow thickness threshold of 0.1 m. Basins 1-4 are labeled and shaded in yellow, Sites 1-3 are…