Marco Moro (Ph.D.) received the master degree and the Ph.D. in Geology at the University “La Sapienza”, Rome, in 1996 and 2007. He is a senior researcher at the Istituto Nazionale di Geofisica e Vulcanologia (INGV) since 2021. In 2017 obtains an important worldwide award by entering into the "Top 100 Scientific Reports Earth Science Papers in 2017” he was awarded the Top downloaded paper 2018-2019 by Hydrological Processes-Wiley Journal. The main research activities are in active tectonics by means of tectonic geomorphology studies necessary to identify seismogenic sources (historical and instrumental seismicity analisys, stress field from data break-outs and focal mechanisms, recognition and mapping of tectonic features using photo interpretation, geological mapping and analysis of DEM) and paleoseismology approach aimed at the characterization of the geometric and kinematic behaviour of the seismogenic structures; analyses and interpretation of coseimic deformations by means of DInSAR images; analyses and interpretation of interseismic deformations by means of multitemporal DInSAR time series; quaternary geology integrating the stratigraphyc sequences to paleosurfaces for the geological reconstruction of the quaternary evolution in basins sectors; study of the deep gravitational slope deformations (DGPV) and their interaction with the active tectonics, through the integration of differential interferometry (DInSAR) and geomorphologic techniques.
Marco Moro (Ph.D.) received the master degree and the Ph.D. in Geology at the University “La Sapienza”, Rome, in 1996 and 2007. He is a senior researcher at the Istituto Nazionale di Geofisica e Vulcanologia (INGV) since 2021. In 2017 obtains an important worldwide award by entering into the "Top 100 Scientific Reports Earth Science Papers in 2017” he was awarded the Top downloaded paper 2018-2019 by Hydrological Processes-Wiley Journal. The main research activities are in active tectonics by means of tectonic geomorphology studies necessary to identify seismogenic sources (historical and instrumental seismicity analisys, stress field from data break-outs and focal mechanisms, recognition and mapping of tectonic features using photo interpretation, geological mapping and analysis of DEM) and paleoseismology approach aimed at the characterization of the geometric and kinematic behaviour of the seismogenic structures; analyses and interpretation of coseimic deformations by means of DInSAR images; analyses and interpretation of interseismic deformations by means of multitemporal DInSAR time series; quaternary geology integrating the stratigraphyc sequences to paleosurfaces for the geological reconstruction of the quaternary evolution in basins sectors; study of the deep gravitational slope deformations (DGPV) and their interaction with the active tectonics, through the integration of differential interferometry (DInSAR) and geomorphologic techniques.