Table of Contents

Part I Keynote.- Part II Aggregates: The Most Widely Used Raw Material.- Part III Analysis and Control of Ground Deformations by Remote Monitoring.- Part IV Building Stones & Ornamental Rocks—Resource Evaluation, Technical Assessment, Heritage Designation.- Part V Communicating Engineering Geology with Urban Planners.- Part VI Complexity in Hazard and Risk Assessment.- Part VII Engineering Geology in Rural Infrastructure Planning.- Part VIII Engineering Problems in Karst.- Part IX Excavation in Potentially Asbestos-Bearing Rocks: Methodologies for Risk Evaluation and Safety Management.- Part X Experiences and Potentialities of Data-Driven Modeling in Earth Science Issues.- Part XI Geohazard in Urban Scenarios: Forcasting and Protective Monitoring.- Part XII Geo-Hydrological Risk and Town and Country Planning.- Part XIII Landslide and Flood Hazard in Urban Areas: Assessment, Monitoring and Mitigation Strategies.- Part XIV Mapping Urban Subsurface for Geohazard Assessment and Risk Management.- Part XV Off-Fault Coseismic Surface Effects and Their Impact in Urban Areas.- Part XVI Remote Sensing Applications for the Detection, Monitoring, Modeling, and Damage Assessment of Critical Structures and Complex.- Part XVII Surface Fault-Rupture Hazard in Urban Areas.- Part XVIII The Seismic Microzonation: Input Data, Methodology, and Impact on Planning.- Part XIX Underground Urban Development.- Part XX Urban and Land Planning Versus Risks Resilient Management.- Part XXI Contruction Materials.- Part XXII Aquifer Vulnerability and Springs/Wells Protection Zones.