I am a geoscientist who strives to advance fundamental knowledge on important earth system processes. With a strong background in active fault systems and subduction seismogenesis, my research has long focused on the deformation of the Earth’s crust and its implications for seismic hazard. This expertise now extends to the role of active faults in natural hydrogen migration from ultramafic rocks, where interaction with water generates H₂. My experience in field-based structural geology, fault mechanics and geohazard assessment, positions me to lead innovative research into how fault dynamics influence hydrogen migration pathways in Greece. By integrating structural analysis with geochemical and geophysical investigations, my team aims to advance fundamental knowledge of natural hydrogen systems— critical for sustainable energy solutions.

Another aspect of our current research focuses on the little understood Hellenic Subduction System. While previous studies have provided important insights into the tectonic framework of the Hellenic forearc, many questions remain regarding its deep structure and kinematics, landward of the Mediterranean Ridge. Our research addresses these gaps by jointly analysing morphobathymetric and offshore seismic-reflection data, coupled with seafloor geodesy. Our ultimate goal is to identify and characterise key submarine faults within the Hellenic forearc and assess their potential in subduction-related seismogenesis (and tsunamigenesis).

Research Interests:

• Palaeoseismology
• Tectonics of convergent margins
• Natural hydrogen
• Fault growth
• Tectonic geomorphology
• Archaeoseismology
• Quaternary geology
• Landscape evolution