Building a geo-database on geohydrological phenomena (landslides, floods, sinkholes) represents the basic activity for the complex elaborations aimed at the spatial and temporal prediction of future events and their possible consequences. The collection and organization of data, together with the management of the database structure, is of extreme importance for the practical technical use of the catalogue. A new database structure, LAND-deFeND 1.1, designed and developed by CNR-IRPI is here presented. It is a database structure that allows to record, organize and manage non-homogeneous information on geo-hydrological events (landslides, floods, sinkholes) occurred in the past, able to overcome many of the limitations highlighted in the databases for Italy. The database has been implemented in the framework of a project involving Civil Protection Department of Apulia region, in order to collect available information on geo-hydrological events occurred in Apulia after 1992. The structure of the database is then presented, illustrating the methodology used to collect information and record data in the database. The collected data are presented, with particular attention to a complex event, in order to highlight the potential of the structure.
LAND-deFeND 1.1 un geodatabase di eventi geo-idrologici per attività di Protezione Civile nella Regione Puglia
Mario Parise;
2020-01-01
Abstract
Building a geo-database on geohydrological phenomena (landslides, floods, sinkholes) represents the basic activity for the complex elaborations aimed at the spatial and temporal prediction of future events and their possible consequences. The collection and organization of data, together with the management of the database structure, is of extreme importance for the practical technical use of the catalogue. A new database structure, LAND-deFeND 1.1, designed and developed by CNR-IRPI is here presented. It is a database structure that allows to record, organize and manage non-homogeneous information on geo-hydrological events (landslides, floods, sinkholes) occurred in the past, able to overcome many of the limitations highlighted in the databases for Italy. The database has been implemented in the framework of a project involving Civil Protection Department of Apulia region, in order to collect available information on geo-hydrological events occurred in Apulia after 1992. The structure of the database is then presented, illustrating the methodology used to collect information and record data in the database. The collected data are presented, with particular attention to a complex event, in order to highlight the potential of the structure.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
