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Nowadays geomatic techniques can guarantee not only a precise and accurate survey for the documentation of our historical heritage\udbut also a solution to monitor its behaviour over time after, for example, a catastrophic event (earthquakes, landslides, ecc). Europe\udis trying to move towards harmonized actions to store information on cultural heritage (MIBAC with the ICCS forms, English\udheritage with the MIDAS scheme, etc) but it would be important to provide standardized methods in order to perform measuring\udoperations to collect certified metric data. The final result could be a database to support the entire management of the cultural\udheritage and also a checklist of “what to do” and “when to do it”. The wide range of geomatic techniques provides many solutions to\udacquire, to organize and to manage data at a multiscale level: high resolution satellite images can provide information in a short time\udduring the “early emergency” while UAV photogrammetry and laser scanning can provide digital high resolution 3D models of\udbuildings, ortophotos of roofs and facades and so on. This paper presents some multiscale survey case studies using UAV\udphotogrammetry: from a minor historical village (Aielli) to the centre of L’Aquila (Santa Maria di Collemaggio Church) from the\udpost-emergency to now. This choice has been taken not only to present how geomatics is an effective science for modelling but also\udto present a complete and reliable way to perform conservation and/or restoration through precise monitoring techniques, as shown\udin the third case study

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

MULTISCALE DOCUMENTATION AND MONITORING OF L’AQUILA HISTORICAL CENTRE USING UAV PHOTOGRAMMETRY