VT-CLAIM

Volcano, Tectonic and Climate–Atmosphere Interactions through AI and Multi-Source Data Integration

Understanding Earth-System Interactions Through AI and Earth Observation

Objectives

VT-CLAIM leverages satellite data, field observations, climate models and AI to reveal the physical and causal connections linking climate, volcanoes and tectonics.

AI-Driven Causal Discovery

Using AI and multi‑source Earth Observation to detect causal links between climate variability, volcanic activity and tectonic processes, revealing how these systems influence each other across time and space.

Volcano–Climate Interactions

Assessing how volcanic activity affects climate dynamics — and how climate forcing can modulate volcanic systems — by analysing feedbacks operating at multiple spatial and temporal scales.

Climate–Tectonic Interactions

Investigating how climatic variability and surface processes influence fault behaviour, crustal deformation and seismicity, improving our understanding of long‑term Earth‑system coupling.

Explainable & Physics-Guided AI

Developing AI models that remain physically consistent, interpretable and scientifically robust, ensuring that data‑driven discoveries align with established Earth‑system knowledge.

Transforming Earth-System observations into actionable knowledge

Scientific Partners

Driving innovation through collaborative research

Contact us to learn more about the VT-CLAIM project

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