Carlo Cipolloni
Senior Researcher
ISPRA - Geological Survey of Italy
Italy

Biography
Carlo Cipolloni is scientific coordinator for ISPRA, in charge for the Dissemination and Exploitation activity in the LINKVIT project. Earth Science PhD’, he’s the national technical responsible for INSPIRE implementation and he’s also in charge the leadership of the validation and conformity testing WP in the INSPIRE MIG. As ISPRA scientific responsible has participated in other European Projects (e.g. ICT-PSP, LIFE+, GMES).

Abstract
An INSPIRE Integrate Approach of Geo-Hazard Harmonised Data to Provide Environmental Analysis System

Co-Authors:
Marco Pantaloni, Senior Researcher, ISPRA - Geological Survey of Italy
Carla Iadanza, Technique, ISPRA - Geological Survey of Italy
Alessandro Trigila, Researcher, ISPRA - Geological Survey of Italy

In the last decade in same susceptibility area we are witness of an increase of damage caused by natural disasters to support environmental safety and human protection, by reducing vulnerability of exposed elements as well as improving the resilience of the involved communities need for interoperable added-value services. For this reason, to provide access to harmonized and customized data is only one of several steps towards delivering adequate support to risk assessment, reduction and management. In this contest to ensure an infrastructure based on web services for environmental analysis, that integrates in its own system specifications and results from INSPIRE, SEIS and Copernicus-GEMES an integrate approach has been developed. The two landslide risk scenarios developed in different European projects are driven the harmonization process of data that represents the basic element to have interoperable web services in environmental analysis system. From two different prospective we have built a common methodology to analyse dataset and transform them in INSPIRE compliant format following the Data Specification on Geology and on Natural Risk Zone given by INSPIRE. To ensure the maximum results and re-usability of data we have also applied to the landslide and geological datasets a wider Data model standard like GeoSciML, that represents the natural extension of INSPIRE data model if we want provide more information. The aim of this work is presented the first results of two projects concerning the data harmonisation process, where an important role is played by the semantic harmonisation using the ontology service and/or the hierarchy vocabularies available as Link Data or Link Open Data by means of URI directly in the data spatial services. It will be presented also, how the harmonised web services can provide an add value in a risk scenario analysis system, showing the first results of the landslide environmental analysis developed by the eENVplus and LIFE+IMAGINE projects.