An Integrated Remote-Sensing and Geophysical System for Archaeological Prospecting (IREGA)

P156 Abstract 1 We performed an integrated remote-sensing and geophysical study of a sector of the Aquileia Archaeological Park (NE Italy). The objective of the study was to improve the performance of non-invasive methods in the identification of archaeological targets. We implemented an integrated methodology (IREGA) that aims at identifying micro-areas of interest through a process of progressive refinement that starts from remote sensing of macro-areas. We exploit the following methodological sequence: Multispectral Infrared and Visible Imaging Spectrometer (MIVIS) Magnetic Gradiometry and Multi-Fold Ground Penetrating Radar (GPR). The comparison of MIVIS maps and the Aquileia archaeological map (AM) shows a