Seismology Team PhDs

February 2025 - January 2028

In progress

Time-lapse seismic imaging of Mount Fuji

Mount Fuji has been dormant for 300 years, with no significant eruptions, gas emissions, or ground uplift. This has led many volcanologists to underes...

October 2024 - October 2027

In progress

Analysis of the eruptive activity of the Stromboli volcano using a network of fibre optics and seismic sensors

Stromboli is primarily characterized by small-volume explosions characterized by explosions ejecting small volumes of incandescent material (scoria) a...

October 2024 - September 2027

Détection, characterisation and modelling of very low frequency earthquakes

Most earthquakes follow well-established laws of scale, which relate the duration of their source to their magnitude. For these classic earthquakes, e...

January 2024 - December 2026

In progress

Full 3D Seismic Modelling using Radial Basis Functions

Understanding the Earth's interior dynamics and evolution is pivotal, necessitating continuous advancements in numerical methods for seismic wave prop...

January 2024 - January 2027

In progress

Utilisation de la fibre optique comme capteur géophysique – Applications ferroviaires

The quality of the railway platform is crucial for operational performance, particularly in terms of safety and efficiency. It provides the infrastruc...

October 2023 - September 2026

In progress

AI-based seismovolcanic activity monitoring of dormant volcanic systems

Mount Fuji has been inactive for more than three centuries. Yet, an eruption could potentially impact 30 million people. Despite its apparent dormancy...

October 2023 - September 2026

In progress

Spatio-temporal study of seismicity in subduction zones from inhomogeneous seismic networks with artificial intelligence

Better understanding of the dynamics of large subduction earthquakes with machine learning

March 2023 - March 2026

Quantification of ice mass loss due to iceberg calving in Greenland by coupling seismology, modelling and machine learning

The contribution of Greenland ice sheet mass loss due to iceberg-calving towards sea-level rise has quadrupled from 1991-2001 to 2002-2011. By using d...

February 2023 - January 2026

Towards monitoring of iceberg calving in polar regions using a coupled approach combining fluid-structure modelling and seismology.

Development of the subject and organisation of the work: One of the fundamental questions linked to climate change is the quantification of its impact...

November 2021 - December 2024

Defended

Ocean floor seismological and environmental monitoring

The study aimed to study the structure of the Earth's crust in oceanic areas using pressure signals from the ocean. The study used ocean bottom statio...

October 2021 - December 2024

Defended

Volcanic hazard monitoring using Distributed Acoustic Sensing at Stromboli volcano

This thesis project aims at testing Distributed Acoustic Sensing (DAS) technology to conduct a higher-resolution analysis of the source and wave-field...

October 2019 - April 2023

Defended

Détection, Localisation and caracterisation of Very Low Frequency (VLF) events in the sismo-volcanic crisis in Mayotte (2018-2022)

Low frequency transient seismic signals are observed in volcanic context and reflects the dynamics of internal fluids inside the magmatic systems. Th...