How can the applications available on the DestinE Platform help us understand and manage volcanic risk?
INGV (Istituto Nazionale di Geofisica e Vulcanologia), Italy’s national research institution for geophysical and volcanic phenomena, has developed a compelling use case that answers this question using the DEA service on the DestinE Platform.
The use case was successfully presented at the Living Planet Symposium (Vienna, 23–27 June 2025), where it attracted strong interest from representatives of research institutions.
As part of the GET-IT (Geohazards Early Digital Twin Component) project, the 2018 Christmas eruption of Mount Etna – the volcano’s first flank eruption in a decade – was reconstructed through an interactive DEA story. Although the lava flow was relatively modest, the eruption was notable for its intense seismic activity and significant ground deformation, culminating in a magnitude 4.9 earthquake that affected nearby villages.
This digital narrative provides a rich, data-driven exploration of the eruption’s dynamics, offering valuable insights to both scientists and decision-makers.
The DEA story presents a range of visual and analytical elements, such as:
- 3D surface deformation of Etna derived from InSAR satellite and GNSS data
- Lava flow dynamics from four distinct active vents
- “What-if” scenarios showing potential impacts of lava flow on nearby populated areas
- Volcanic inflation and deflation over time, observed via InSAR satellite time series
- Volcanic source modelling
- Evolution of ash and SO₂ mass throughout the eruption
This use case demonstrates how the DestinE Platform effectively empowers stakeholders by providing advanced tools that support decision-making in risk management, emergency planning, and research.
Explore the 2018 Etna eruption story on DEA (login required)!