Magmatic and volcanic systems

Volcanoes are among the most powerful expressions of Earth’s dynamic character. We study every aspect of volcanoes — from partial melting processes that generate magma, to its transport and evolution within feeding systems, all the way to the deposits that record the eruptions of active and extinct volcanoes.

Magmatism is the product of partial melting of mantle and crust, and it plays a fundamental role in shaping our planet and its atmosphere. The surface expression of this exchange of heat and matter between the solid Earth and the atmosphere is volcanism.
Throughout geological history, volcanoes have contributed extensively to the formation of new crust and to building our planet’s habitability, yet they paradoxically threatened it during massive episodes of anomalous volcanic production. Today, active volcanoes continue to play a key role in geological and climatic processes, while also posing a tangible challenge when located near populated areas, with significant risks to communities and infrastructure.
Our research explores the entire magmatic system — from magma generation and storage, from melt migration through the crust to volcanic eruptions and their products. We apply a wide range of analytical approaches, integrating petrology, geochronology, geochemistry, physical volcanology, and fieldwork. We focus on active volcanoes mainly in the Mediterranean area and South America, as well as on extinct volcanic systems worldwide.

People

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Sara Callegaro

Fixed-term Researcher in Tenure Track L. 79/2022

keywords: Large Igneous Provinces, Petrogenesis, Mantle melting, volatiles, mass extinctions, magma-sediment interaction, magma
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Federico Lucchi

Associate Professor

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Matteo Roverato

Junior assistant professor (fixed-term)

keywords: volcano-stratigraphy, tephro-cronology, precambrian volcanism, volcanic collpases, volcanic landslides
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Claudio Antonio Tranne

Assistant professor

keywords: tepfrocronology, volcanology, Aeolian islands, Tatio (Chile), Volcanic islands, Linosa island