Intensive hydraulic works made to reduce hydraulic and hydrogeological risk may result in an alteration of coastal dynamics. The adoption of an approach to watershed level and the monitoring of the effects of existing works on the hydrographic network can help minimize the environmental impact of these works, thus improving the design and conversion criteria. The GIS “ARCH.I.M.E.D.E”, implemented as part of a case study relating to the metropolitan area of Reggio Calabria, has allowed us to manage multiple information about hydraulic works, which showed the need to combine the management efficacy and the need to transfer sediments towards the coast.

Hydrogeological risk and coastal protection in the Metropolitan Area of Reggio Calabria: a GIS to manage engineering control works / Bombino, G.; Denisi, P.; Fortugno, D.; Marziliano, P. A.. - In: PROCEDIA: SOCIAL & BEHAVIORAL SCIENCES. - ISSN 1877-0428. - 223:(2016), pp. 733-738. (Intervento presentato al convegno 2ND INTERNATIONAL SYMPOSIUM NEW METROPOLITAN PERSPECTIVES - STRATEGIC PLANNING, SPATIAL PLANNING, ECONOMIC PROGRAMS AND DECISION SUPPORT TOOLS, THROUGH THE IMPLEMENTATION OF HORIZON/EUROPE2020, (ISTH2020) tenutosi a Reggio Calabria nel 18-20 maggio 2016) [10.1016/j.sbspro.2016.05.250].

Hydrogeological risk and coastal protection in the Metropolitan Area of Reggio Calabria: a GIS to manage engineering control works

Bombino G.;Fortugno D.
;
Marziliano P. A.
2016-01-01

Abstract

Intensive hydraulic works made to reduce hydraulic and hydrogeological risk may result in an alteration of coastal dynamics. The adoption of an approach to watershed level and the monitoring of the effects of existing works on the hydrographic network can help minimize the environmental impact of these works, thus improving the design and conversion criteria. The GIS “ARCH.I.M.E.D.E”, implemented as part of a case study relating to the metropolitan area of Reggio Calabria, has allowed us to manage multiple information about hydraulic works, which showed the need to combine the management efficacy and the need to transfer sediments towards the coast.
2016
Engineering control works
Hydrogeological risk
Metropolitan city
Coastal protection
GIS
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12318/5730
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