Personnel

Nicole VIZUETE Function: PhD student Main Research Unit: LMV Since 2023, Nicole is ClerVolc PhD student at the LMV. Make Magma Eruptible Again – identifying and quantifying self-mixing as an eruption trigger https://lmv.uca.fr/vizuete-nicole/

Vernet KINSON Function: Research engineer Main Research Unit:  Vernet is a research engineer, since 2023. Développement instrumental de CaloRado https://kvernet.com

Abigail METCALFE Function: Postdoc Main Research Unit:  Abigail was a ClerVolc postdoc researcher 2023 and 2025.  Relationships between volcanism and crustal tectonics, IODP https://www.researchgate.net/profile/Abigail-Metcalfe-3

Michael GALARAGGA Function: PhD student Main Research Unit: LMV Michael was a PhD student between 2023 and 2026.  Fracturation dans un édifice volcanique  

Marine BOULANGER Function: Temporary teaching researcher assistant/Postdoc Fellowship Main Research Unit: LMV Marine begun in ClerVolc as a Temporary teaching researcher assistant during several months. Then, in 2022, she became a postdoctoral fellow.  The fate of melts within the slow-spreading

Alexandre CARRARA  Function: Postdoc Fellowship  Main Research Unit: LMV Alexandre was a postdoctoral fellow between 2022 and 2024. . The acoustics of Mush https://lmv.uca.fr/carrara-alexandre/

Luca TERRAY Function: Postdoc Main Research Unit: LMV Luca was a six months ClerVolc postdoctoral researcher. . Mesure continu du radon dans les panaches. https://www.researchgate.net/profile/Luca-Terray

Emmie BONILAURI  Function: Research Assistant Main Research Unit: LMV In 2021, Emmie was a 1 year research assistant at ClerVolc. Modelling of Tsunami propagation https://lmv.uca.fr/bonilauri-Emmie/

Alessandro TADINI Function: Postdoc Main Research Unit: OPGC-LMV-LaMP Alessandro carried out his postdoctoral research in 2020-2021 on the numerical modelling of ash plumes from the eruptive column (Plume-MoM model) to the distal dispersion of ash in the atmosphere (HYSPLIT model).

Farshid DABAGHI Function: Postdoc Main Research Unit: LMV Farshid was funded by Clervolc between 2016 and 2018. His research involved developing a numerical method for determining variable stresses on fractures (faults or magma intrusions) in heterogeneous environments including topography. These