News

Figure 8 BSE images of tephra samples belonging to cluster C4. Highly vesicular pumiceous fragments and glass-dominated particles. Del Carlo P., G. Fisauli, A. Musu, A. Di Roberto, G. Re, G. Giudice, M. Ágreda-López, M. Petrelli (2026).Communications Earth & Environment, 7(815). https://doi.org/10.1038/s43247-026-04105-7 Abstract Volcanic deposits preserved within Antarctic…

Figure 4 Map of the key area showing the geological and morphological context of the analysed stratigraphic sections containing tephra deposits. See Fig. 3 for location. The inset picture (40.364003° N; 15.870837° E − CGS WGS84) displays the cataclastic breccia of Early Cretaceous carbonates (fault zone F1) in coincidence…

The δ18O GO3 record (dark blue line) compared with δ18O records from lakes Prespa (orange line, Leng et al., 2010), and Ohrid (black line from Leng et al., 2010; light blue from Lacey et al., 2015), Lake Prespa lowstand (yellow box) and highstand (dark blue box) (…

Fig. 6. Last Interglacial (LIG) Relative Sea Level (RSL) data. From the top: Relative Sea Level curves (Brown line Rohling et al.,(2019); dark green line Grant et al. (2014); Relative sea-level data terrestrial limiting point – speleothems – (red: Andrews et al. (2007); light blue: Bini et…

Difference between May 2025 DSM and Aug. 2023 LiDAR DSM, with the most recent DEM hillshaded in background. The main drainage basins are also indicated by dashed lines and blue labels. Color scale indicates the elevation difference and labels mark the areas described in Table 2. Bevilacqua A., A.

This pair of manuscripts (2025-6539 and 6540) constitute a significant step forward in the modelling of ballistic hazards from volcanic explosive activity at a volcano that has an unparalleled dataset (collated by these authors, building on previous work) and where there is considerable tourist activity particularly in the summer…