Studying the volcanoes

 

The study of the procesess that occur in volcanic areas can be approached through empirical and phenomenological methods relying on statistical basis, or through a theoretical and numerical modeling based on a physical ground.

The statistical modeling allows to identify the relevant parameters in a system endowed with a high number of degrees of freedom, and to estimate these parameters directly from data. The simultaneous study of several different volcanoes makes available many more quantitative data, and helps to detect analogies in the pre-eruptive processes.

The volcanic complexes, as the most of the geophysical systems, are inaccesible and guest physical processes occurring over time periods too long to be followed directly. The theoretical modeling is a "trnslation" of the physics in mathematical terms; it can reproduce the behviour of the system, which can be controlled by the scientist, in order to understand the role of the governing parameters, and tell which ones play a key-role, and then deserve a special attention in the monitoring and measurement activity.




ATTENZIONE! si informa che INGV non fornisce nessun servizio di previsione sismica




 

Research Projects

WOVOdat

Database of worldwide volcanic activity,...

Italy-Indonesia Collaboration (COVIN)

Remote high-level seismic monitoring of Sumatra volcanoes, ....

V3_4 - Somma-Vesuvio

Modelling the thermal state of Vesuvius

V3_2 - Campi Flegrei

Estimation of short- and long-term volcanic hazard for Campi Flegrei.

Bayesan Event Tree

The BET model represents a flexible tool to provide probabilities of any specific event at which we are i

V4 - Conception, verification and application of innovative techniques

Development of new quantitative tools to improve the short- and long-term volcanic hazard.