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November 2017 - present
Publications
Publications (11)
In this study, we describe new advances in the multiscale methodology to allow a more realistic interpretation of volcanic deformation fields by investigating geometrically irregular bodies and multi-source scenarios. We propose an integrated approach to be applied to InSAR measurements, employing the Multiridge and ScalFun methods and the Total Ho...
In this work, we propose a multi-scale approach for modeling the ground deformation field of volcanic sources. The methodology is based on the use of Multiridge and ScalFun methods to analyze the elastic deformation fields by providing source information, such as the depth, the horizontal position, and its morphological features. This strategy is a...
Over the past three decades, the online setting in high school student education and orientation programs has increased, becoming widely adopted during and after the COVID-19 block. Regarding student orientation, the University’s websites now offer easy access to study programs, facilitate exploration of course structures and subjects, and provide...
We propose a novel multidisciplinary approach to image the thermo-rheological stratification beneath active volcanic areas, such as Long Valley Caldera (LVC). We performed a thermal fluid dynamic model via optimization procedure of the thermal conditions of the crust. We characterize the topology of the hot magmatic bodies and the hot fluid circula...
Observations from satellites provide high-resolution images of ground deformation allowing to infer deformation sources by developing advanced modeling of magma ascent and intrusion processes. Nevertheless, such models can be strongly biased without a precise model of the internal structure of the volcano. In this study, we jointly
exploited two in...
The Long Valley Caldera occupies a unique position at the intersection between the Sierra Nevada and the Basin and Range physiographic-tectonic provinces. Nowadays, the caldera hosts an active hydrothermal system circulating within the post-caldera rhyolites and the Bishop Tuff sediments with several superficial geothermal manifestations. Temperatu...
The Long Valley Caldera (LVC), located in the eastern California, developed inside a transfer zone between NNW-SSE trending normal faults separating the western Sierra Nevada block and the eastern Basin & Range Province. Nowadays, the LVC hosts an active hydrothermal system circulating within the post-caldera rhyolites and the Bishop Tuff sediments...
Uturuncu volcano (southwestern Bolivia) is localized within one of the largest updoming volcanic zones, the Altiplano Puna Volcanic Complex (APVC). In several geodetic studies the observed uplift phenomenon is analyzed and modeled by considering a deep source, related to the Altiplano Puna Magma Body (APMB). In this framework, we perform a multisca...
Abstract Volcanic phenomena are currently monitored by the detection of physical and chemical observations. Generally, the ground deformation field is the most relevant shallow expression of the geometric and physical parameters variations in the magmatic reservoir. In this study, we propose a novel method for the direct estimation of the geometric...
Geophysical Research Abstracts Vol. 19, EGU2017-946, 2017 EGU General Assembly 2017 © Author(s) 2016
