GFZ German research centre for geo sciences

(b) Pre-eruptive volcano physics

The team pre-eruptive volcano physics develops process-oriented analytical, numerical and analog models for the propagation and storage of magma and other fluids in the Earth’s crust. We simulate magma propagation focusing on the effect of rock rheology and stress heterogeneities induced for example by evolving surface loads in the context of extensional or compressional tectonics and stress interaction with pre-existing tectonic structures. We validate our models by looking at the shape, trajectory and velocity of the dikes, crustal deformation, seismicity rates, scaling and organisation of the earthquakes or of the dikes, distribution of eruptive vents and orientation of fissures, and investigate how all these interactions contribute to the evolution of volcanism and architecture of magma storage.

former projects:
Magma Propagator
NEWTON-g
Magma Kammer
Magma course
Modelling melt ascent

 

"Pre-eruptive volcano physics" team in Section 2.1: Physics of Earthquakes and Volcanoes:
Mehdi Nikkhoo

furthermore involved are:
Lorenzo Mantiloni (now Post Doc at Exeter University, UK)
Francesca Silverii (now permanent scientist at INGV, Rome, Italy)
Ayleen Gaete (now permanent scientist in Chile)
Francesco Maccaferri (now permanent scientist at INGV, Osservatorio Vesuviano, Italy)
Luigi Passarelli (now permanent scientist at INGV, Bologna, Italy)
Timothy Davis (now Post Doc at Oxford University, UK)
Fabio Corbi (now permanent scientist at CNR, Rome, Italy)
Camilla Cattania (now Assistant Professor at MIT, Cambridge, Massachusets, USA)
Jana Schierjott (now Post Doc at University of Hawai'i at Manoa)

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