Keywords:
GNSS; Polar Geodesy; Precise Point Positioning; PPP-AR; Multi-GNSS; GNSS Time Series Analysis
My research activity is in the field of geomatics and GNSS geodesy, with particular focus on high-precision GNSS positioning, PPP and PPP-AR techniques, multi-GNSS processing, and geodetic time-series analysis. I work on the comparison of GNSS velocity solutions obtained from different processing strategies and scientific software packages, assessing their consistency for geodynamic and environmental applications, with particular attention to horizontal agreement and the interpretation of vertical components.
Within my PhD, which is connected to the ICEGIANT project, I work on GNSS-based monitoring of Antarctic glacier dynamics. The aim is to analyse GNSS observations collected in polar environments to investigate glacier flow, tidal effects, and vertical and horizontal ice motion.
In parallel, I am involved in geomatics applications for marine habitat monitoring within the PRIN-funded MANATEE project, including underwater photogrammetry and the integration of optical, acoustic, and navigation data for precise and non-invasive monitoring of marine environments.
