“…Many works have focused on the multidisciplinary investigation of the interplay between humans and their environment in quite different geoarchaeological systems (sensu Schiattarella, Giano, & Guarino, 1998) during the Holocene or shorter historical time-spans (see for example Bini, Baroni, & Ribolini, 2013;Bravi, Fuscaldo, Guarino, & Schiattarella, 2003;Putignano, Orrù, & Schiattarella, 2014), testifying to the significant influence of landscape characteristics on human activities and settlement location (see for example Schmaltz, Märker, Rosner, & Kandel, 2014). Geoarchaeological research aimed at the definition of the settlement rules has frequently exploited topographic analyses and the automatic extraction of DEM-derived parameters (see for example Danese, Gioia, Biscione, & Masini, 2014;Danese, Masini, Biscione, & Lasaponara, 2014;De Jaeger et al, 2000;Di Leo et al, 2018;Gioia, Bavusi, Di Leo, Giammatteo, & Schiattarella, 2016;Silbernagel, Martin, Gale, & Chen, 1997;Turrero, Dominguez-Cuesta, Jimenez-Sanchez, & Garcia-Vazquez, 2013; among others) for the investigation of non-random distribution of archaeological sites and/or the development of predictive archaeology models (Vaughn & Crawford, 2009;Warren & Asch, 2000). Geomorphological analysis and landform mapping represent an alternative but effective approach to develop innovative digital products aimed at the valorization of areas with high archaeological value (Biscione, Danese, & Masini, 2018) or for solving geoarchaeological issues related to landscape archaeology, settlement patterns and the paths of ancient roads (see for example Gioia et al, 2016;Gioia, Del Lungo, Sannazzaro, & Lazzari, 2019;Verhagen & Dragut, 2012).…”