Analyze the transformations of the territories over the centuries by crossing the archaeological, historical, geological and geomorphological sources. Understanding the spatial organization and zoning of historical cities that overlapped over time and that today are buried or only partially visible, to create predictive maps of archaeological potential through the use of GIS tools and numerical analysis processes. Interdisciplinary approaches for the evaluation of archaeological potential: the MAPPA laboratory has a great tradition of research in the archiving and categorization of archaeological data, up to their analysis through GIS tools and mathematical/statistical methods, aimed at the predictive calculation of archaeological potential.

Big Data allow us to learn things impossible to understand using small amounts of data, thanks to the potential offered by software, hardware and algorithms. Their use requires a new archaeological approach: managing large amounts of data, accepting complexity, moving from causality to correlation. Big data inform, expose schemes for archaeological interpretation, are a resource and a tool: data mining, text mining, data visualization, quantitative methods, image processing, etc. help to understand complex archaeological information. Big Data open up new and unprecedented opportunities to read the great historical phenomena, allowing us to re-establish the social role of archeology.

The MAPPA Lab has always paid attention to communication planning, developing strategies aimed at reaching different public targets in order to facilitate the understanding of scientific concepts and encourage collaboration with researchers outside the laboratory. Thanks to the use of different media, communication tools, and the collaboration with professionals in various sectors, MAPPA Lab carefully plans communication and dissemination for each research project.