FR 
EN 
Project name: Gigapixel Imaging for Geohazards Assessment and Awareness in Italy
This project explores ultra-high definition gigapixel imaging in engineering geology to create an affordable robotic tool for monitoring landslides, avalanches, and floods.
By capturing highly detailed images, it enhances understanding of geological processes, improving disaster prediction and response.
This innovative, cost-effective approach enables precise field assessments, supports timely interventions, and strengthens hazard awareness, ultimately fostering safer, more resilient communities in vulnerable areas prone to natural disasters.
landslides
and railways
Impact and Key Findings
1
This technique simplifies the collection of precise spatial data, enhancing geological assessments in hazard-prone areas. It improves monitoring and analysis of dynamic geohazards like landslides and floods, enabling more accurate predictions and better-informed risk management strategies.
2
By integrating diverse geological features, this method produces high-precision digital twins replicating real-world terrain and hazard conditions. These models enhance visualization and analysis, equipping researchers and decision-makers with deeper insights to predict, assess, and mitigate complex geological risks.
3
These digital twins deliver high-resolution, actionable insights that enhance disaster prediction, planning, and response. By improving risk assessment and decision-making, they strengthen community preparedness and resilience, ensuring better protection against geohazards and minimizing potential impacts.
