In the last decades, technological evolution has strongly increased the number of instruments, which can be used to monitor landslide phenomena. These monitoring systems are often organized in a complex network, aimed at controlling the most important physical parameters influencing the evolution of landslide activity. The level of complexity of the monitoring network increases with the number of monitoring systems and this could generate a paradox: the source of data are so numerous and difficult to interpret that a full understanding of the phenomenon could be hampered.
These applications are aimed respectively to collect and process monitoring dataset, manage early warning application based on pre-defined thresholds, and to publish three dimensional displacement maps in near real time. Moreover, LANDMON integrates several new features, such as WebGIS application, modelling using inverse velocity method, and management of webcam monitoring system, meteorological parameters and borehole inclinometric data. The use of LANDMON is part of a more articulated communication strategy, which focuses on dissemination of the landslide monitoring result in order to produce a user-friendly communication system [3].
This system can be used in particular during emergencies to share the information with the involved population and to support decision makers. Sensors 13 7 , In: Margottini, C. Margottini et al. Hazards Earth Syst. AGI is committed to providing a secure, transparent, and positive experience to you.
Our privacy policy clarifies what information we collect and why it's needed to provide our services; and, we address your rights under the GDPR regulations. Select "Accept All Cookies" to indicate your agreement. For more information, see our Privacy Policy. References: [1] Allasia P. Sensors 13 7 , [2] Manconi A.
