Wednesday 4 September 2024 [17.30-19.30]

Aula M

25-1     17.30 - 17.45
Argentieri A.*, De Ritis R., Fabiani M., Fittante L., Fubelli G., Lafavia C., Liggio F., Rotella G., Scaroni C., Seitone F. & Vitali P. : Landslides monitoring for the protection of the territory: the San Vito Romano study case (Rome metropolitan area, central Italy)

25-2     17.45 - 18.00
De Simone A.*, Guerriero L., Cevasco A., Pepe G., Tufano R., Raso E. & Calcaterra D. : Stability of terraced slopes accounting for potential hydrological scenarios in the UNESCO World Heritage Site of Cinque Terre, Northen Italy

25-3     18.00 - 18.15
Doglioni A.* : Large-scale landslide mapping based on deep-learning paradigms

25-4     18.15 - 18.30
Ferrarotti M., Chicco J.M.*, Marmoni G.M., Fiorucci M., Tufano R., Di Martire D., Esposito C., Mandrone G. & Martino S. : Multidisciplinary approach on the preparatory effect of wildfires in shallow landslides

25-5     18.30 - 18.45
Francioni M.*, Ottaviani F. & Ahmed M. : Survey, data visualization and numerical modelling: An overview about how the new tools and methods of analysis can influence landslide studies

25-6     18.45 - 19.00
Hu L., Donati D.*, Landi G., Zama F. & Borgatti L. : Development and application of an enhanced inversion algorithm for the reconstruction of the basal surface of landslides

25-7     19.00 - 19.15
Martinello C.*, Di Frisco G., Conte A., Mineo G., Bellomo V., Azzara G., Mercurio C., Albo S., Calderón-Cucunuba L.P., Conoscenti C., Cappadonia C., Agnesi V. & Rotigliano E. : Biased landslide inventories and illusory susceptibility model high performances: a test in western Sicily

25-8     19.15 - 19.30
Nava L.*, Mondini A., Bhuyan K., Fang C., Monserrat O., Novellino A. & Catani F. : Sentinel-1 SAR-based globally distributed landslide detection by deep neural networks

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Wednesday 4 September 2024

Poster Area

25-9     Booth 97
De Guidi G.*, Cassaniti C., Carnemolla F., Prisco M., Pulvirenti A.D., Pulvirenti G., Brighenti F., Giuffrida S. & Fardella A. : Geodetic-topographical monitoring of landslide affecting the urban area of Motta Sant ’Anastasia (CT) Sicily

25-10     Booth 98
Di Muro C.*, Calcaterra D., Di Martire D. & Guerriero L. : A combination of deep learning and InSAR techniques for landslide hazard assessment

25-11     Booth 99
Doglioni A.*, Di Taranto L., Fiorentino A., Guerricchio A. & Simeone V. : Nutcracker-like masonry bridges deformation and failure due to slow gravitational deformation

25-12     Booth 100
Hameed A.*, Confuorto P., Parise M., Lollino P., Ishfaq M. & Alias Aamir Soomro M.H. : Landslide susceptibility, vulnerability, and risk assessment based on remote sensing and GIS data models: a case study at the eastern Hindukush Mountain ranges, Pakistan

25-13     Booth 101
Minervino Amodio A., Gioia D., Corrado G.* & Schiattarella M. : Multi-temporal geomorphological analysis and seismic surveys as tools for the investigation of a complex slow-moving landslide: an example from the southern Apennines

25-14     Booth 102
Niaz J.*, Lollino P. & Niaz A. : Integrated geophysical and geotechnical investigations of Upper Sarbala Landslide: a case study of Himalayas Mountain ranges, Pakistan

25-15     Booth 103
Patera A.* & Fabbri A.G. : Assessing landslide hazards in the Volcanic Crater of Lake Albano, Rome, Italy: feasibility and challenges

25-16     Booth 104
Yurdakul E.*, Arnone E., Nardi F. & Capolongo D. : Assessment of the risk of shallow landslides integrating InSAR and optical data with a distributed eco-hydrological model