VOLCANO: COV10 Session S1.25 “New analytical techniques for understanding volcanic systems, from magma generation to the emplacement of volcanic products”

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From: "Dioguardi, Fabio" <fabiod@xxxxxxxxx>
Subject: COV10 Session S1.25 “New analytical techniques for understanding volcanic systems, from magma generation to the emplacement of volcanic products”
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Dear colleagues,

 

We would like to draw your attention to the following session at the next "Cities on Volcanoes 10" conference held in Naples (Italy) this 2-7 of September 2018:



S1.25  “New analytical techniques for understanding volcanic systems, from magma generation to the emplacement of volcanic products”

 

The session is targeted at researchers that make use of or develop cutting edge analytical techniques for quantitatively characterizing the processes taking place before and during explosive volcanic eruptions.  We are pleased to announce that Dr. Ian Schipper (Victoria University of Wellington) will be the invited speaker for this session.


Please note the abstract deadline of May 10, 2018. 

 

 


Kind regards,

 

Daniela Mele (Istituto Nazionale di Geofisica e Vulcanologia - sezione di Napoli, Italy • daniela.mele@xxxxxxxx)

Fabio Dioguardi (British Geological Survey, United Kingdom • fabiod@xxxxxxxxx)

Pierfrancesco Dellino (University of Bari, Italy • pierfrancesco.dellino@uniba.it)

Tobias Dürig (University of Otago, New Zealand • tobias.durig@xxxxxxxxxxx)

 


S1.25  “New analytical techniques for understanding volcanic systems, from magma generation to the emplacement of volcanic products”


The development of new tridimensional (3D) analytical techniques represents a new frontier in the world of modern volcanology. These advances not only offer an important and reliable information on vesiculation, degassing and crystallization processes but can also give information on the transportation capability of pyroclastic particles into the atmosphere. Hence these novel approaches have the potential to contribute both to understanding eruption dynamics and volcanic hazard.  Through this session, we invite contributions dealing with these 3D techniques in any field of volcanology from subsurface to aerial volcanic dynamics.

 
















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