%0 Journal Article
	%A M. Cuevas-González and  O. Monserrat and  A. Barra and  C. Reyes-Carmona and  R. M. Mateos and  J. P. Galve and  R. Sarro and  M. Cantalejo and  E. Peña and  M. Martínez-Corbella and  J. A. Luque and  J. M. Azañón and  A. Millares and  M. Béjar and  J. A. Navarro and  L. Solari
	%D 2022
	%J International Journal of Geological and Environmental Engineering
	%B World Academy of Science, Engineering and Technology
	%I Open Science Index 190, 2022
	%T ADA Tool for Satellite InSAR-Based Ground Displacement Analysis: The Granada Region
	%U https://publications.waset.org/pdf/10012764
	%V 190
	%X Geohazard prone areas require continuous monitoring to detect risks, understand the phenomena occurring in those regions and prevent disasters. Satellite interferometry (InSAR) has come to be a trustworthy technique for ground movement detection and monitoring in the last few years. InSAR based techniques allow to process large areas providing high number of displacement measurements at low cost. However, the results provided by such techniques are usually not easy to interpret by non-experienced users hampering its use for decision makers. This work presents a set of tools developed in the framework of different projects (Momit, Safety, U-Geohaz, Riskcoast) and an example of their use in the Granada Coastal area (Spain) is shown. The ADA (Active Displacement Areas) tool has been developed with the aim of easing the management, use and interpretation of InSAR based results. It provides a semi-automatic extraction of the most significant ADAs through the application ADAFinder tool. This tool aims to support the exploitation of the European Ground Motion Service (EU-GMS), which will offer reliable and systematic information on natural and anthropogenic ground motion phenomena across Europe.
	%P 134 - 139