Solid Earth
Overview
This theme explores the dynamic processes that shape the Earth from its core to its surface, as well as the fundamental principles governing planetary bodies. Our research investigates the structural framework of the lithosphere, the evolution of the Earth's crust over billions of years, and the active tectonic forces that trigger earthquakes and reshape landscapes. By combining geological field observations, structural analysis, seismological and co-seismological measurements, and satellite-based geophysical data, we aim to decode the history of our planet and understand the complex mechanics of the "Solid Earth" in a broader planetary context.
Themes
Earth’s Internal Structure and Evolution: Investigating the composition, layering, and thermal history of the Earth to understand how deep-seated processes drive surface phenomena.
Structural Geology: Studying the deformation of rocks at all scales to interpret the history of stress and strain that has shaped the Earth's architectural framework.
Crustal Evolution: Decoding the chemical and physical processes responsible for the formation, growth, and recycling of continental and oceanic crust through geological time.
Tectonic Geomorphology: Analyzing the interplay between tectonic activity and surface processes to understand how mountains, valleys, and drainage systems evolve.
Seismotectonics: Examining the relationship between active tectonic structures and seismic activity to assess earthquake hazards and understand fault mechanics.
Tectonics & Coastal Tectonics: Researching large-scale plate movements and their specific impact on coastal regions, including sea-level changes and shoreline stability.
Satellite Geophysics: Utilizing space-borne data and remote sensing techniques to monitor crustal deformation, gravity anomalies, and planetary-scale geophysical changes.
