Theme: Geohydrological hazard

Earth observation and climate change

project-OT4CLIMA-evidenza The OT4CLIMA project moves from the awareness that the impacts of climate change on the environment need to be better observed, understood, and modelled, especially at the local and regional scale, in order to put in place appropriate and effective risk mitigation ...

Typify geo-hydrological events

project-Tipizza-evidenza A Geo-hydrological event (EDId) (landslides, mass movements, floods, etc.) can result in a high social and economic impact, especially if it is generated by multiple simultaneous phenomena, when it is able to produce social hardships and economic damage characterized by important and lasting effects. The identification of the typical elements of the phenomena that can contribute to an EDId (typify) is essential to adequately define the risk ...

Models of geo-hydrological processes

project-modelli-processi-geo-idrologici-evidenza-2 The area of interest specifically refers to the study of the following themes: extreme hydrological events and their interaction with slopes and watercourses; soil water erosion; debris flows; slope stability; triggering instability mechanisms; evolution of slope movements; monitoring systems for gravitational movements for the purpose of alerting for the mitigation of geo-hydrological risk. The activities proposed in the module are therefore ...

Regenarating ECOsystems with Nature-based solutions for hydro-meteorological risk rEduCTion

project-Reconect-evidenza RECONECT is a Horizon 2020 project that aims to enhance the European reference framework on Nature Based Solutions (NBS) for hydro-meteorological risk reduction by demonstrating, referencing, upscaling and exploiting large-scale NBS in rural and natural areas. The Pilot site is the Portofino Natural Regional Park (Ligurian Apennines), 25 km E of Genoa. The park extends along both sides of the Promontory of Portofino, facing Tigullio and ...

Cartografia delle frane nell’area dell’invaso di Casanuova (PG)

project-l-eaut-area-evidenza The reservoir of Casanuova on the Chiascio river, Central Umbria, occupies an area affected by numerous landslides, already identified in the regional cartographies. However, the potential interaction between the evolution of landslides and the reservoir is not evaluable because the available landslide inventories are not updated and do not contain information on the morphological evolution over time of the slopes that drain into the reservoir. ...

Decree 473: early civil protection actions to cope with rainfall events that affected Calabria on November 2016 and January 2017

project-Ordinanza-473-evidenza During about two months, two rain events that occurred in the periods 25-26 November 2016 and 22-25 January 2017 affected Calabria region, producing landslides and floods and causing huge damage on large ...

Study and monitoring activities on Arzeno landslide – Municipality of Ne (GE)

project-MonitoraggioArzeno-evidenza The Municipality of Ne (GE) is involved by an important landslide in the Arzeno and Prato di Reppia areas. The phenomenon is monitored using standard techniques for some years. The goals of this study is increasing the knowledge of the phenomenon using automatic monitoring ...

Integrated assessment of geo-hydrological instability phenomena in the Apulia region, interpretative models and definition of rainfall thresholds for landslide triggering

project-GeoPuglia-2018-evidenza The Apulia region is affected by multiple types of geo-hydrological instability processes such as sinkholes, flash floods and landslides. Landsliding mainly affects the north-western sector of the Region (bordering with Apennine chain) and the sea rocky cliffs. The sub-Appennine Daunia portion of the Region is exposed to landslide risk due to hydro-geological setup of the soil/rock deposits, the poor mechanical properties of the ...

Smart Monitoring of basins subject to high geohydrological risk

OLYMPUS DIGITAL CAMERA The R&D project SMoRI starts from two needs to be reconciled. The first, coming from the scientific community, concerns a best definition of integrated monitoring systems aimed at controlling the conditions of high geo-hydrological risk. The second need is to acquire by the industrial partners a specialized know-how on new technologies related to Cloud Computing and I.o.T. and on the environmental ...

Deep seated Gravitational Slope Deformation (DsGSD) analysis and criticalities assessment of the regional monitoring network of the landslides

evidenza-dgpv-giordan-cime-bianche The Aosta Valley region presents a landscape almost totally occupied by mountain. In this context, a number of meaningful landslides is present, which vary from rock falls to deep-seated gravitational slope deformation (DsGSD), passing for the complex landslides. The study of these phenomena, finalized to guarantee suitable standard of safety and to facilitate a compatible development, results a fundamental necessity for this ...

Advanced Environment Monitoring System (SMAT) – F2

SMATF2_flottaUAVs_20141120 The environment monitoring has several purposes, including the prevention of geo-hydrogeological risks, forest fires, or prevention and suppression of illegal activities. The SMAT-F2 main objective is to define, design and develop an advanced monitoring system of the territory based on innovative unmanned air systems, coordinated by a supervision and coordination station (SSC). The first phase of the project, called SMAT-F1, finished at ...

Civil Protection Competence Centre on Geo-Hydrological Risk

progetti-cc-dpc-evidenza- In Italy landslides and floods are frequent, widespread and dangerous phenomena, that cause fatalities and serious economic damage. In our country, landslides and floods pose major problems of scientific interest and of social and economic relevance. The Institute is a Competence Centre for the Italian national Civil Protection Department,  an Office of the Prime Minister. For the Department of Civil Protection we execute research and ...