The deformation and gravity data are of fundamental importance for the study and monitoring of active volcanoes. Different kind of complementary information can be obtained by analyzing the two types of measurements individually, gaining insights on the dynamics of magma inside and beneath of the volcano. This work aims to identify the similarities between strain and gravimetric measurements by comparing the results through a GIS application that uses 3D raster data.
Comparison of deformation and gravimetric data using 3D raster data: A case study from Etna Volcano (Sicily, Italy)
Michele Mangiameli;Giuseppe Mussumeci
2022-01-01
Abstract
The deformation and gravity data are of fundamental importance for the study and monitoring of active volcanoes. Different kind of complementary information can be obtained by analyzing the two types of measurements individually, gaining insights on the dynamics of magma inside and beneath of the volcano. This work aims to identify the similarities between strain and gravimetric measurements by comparing the results through a GIS application that uses 3D raster data.File in questo prodotto:
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