olga petrucci, 2019, Contesti territoriali e loro operatività in ambito idrogeologico,
Protezione civile_ verso una governance più forte per la riduzione del rischio. Workshop di presentazione dei risultati 2018, Sala Convegni del Consiglio Nazionale delle Ricerche, via dei Marrucini - Roma, 25/01/2019,
Abstract
Presentazione del lavoro svolto dai ricercatori dell'IRPI nell'ambito del primo anno del PON GOVERNANCE ...
Presentazione del lavoro svolto dai ricercatori dell'IRPI nell'ambito del primo anno del PON GOVERNANCE
olga petrucci, 2019, From regional to international databases_ EUFF, the European Flood Fatalities Database,
Workshop Projet SO-II : Système d'Observation des Impacts des Inondations, Montpellier, 11/11/2019,
Abstract
Research on Damaging Hydrogeological Events (DHE)
Impact of DHE on people
International databases
Our databases_ The Calabrian database ...
Research on Damaging Hydrogeological Events (DHE)
Impact of DHE on people
International databases
Our databases_ The Calabrian database
The Italian database
Mediterranean Flood Fatalities database 'MEFF'
European Flood Fatalities database 'EUFF'
Barbaro G., Petrucci O., Canale C., Foti G., Mancuso P., Puntorieri P., 2019, Contemporaneity of floods and storms. A case study of Metropolitan Area of Reggio Calabria in Southern Italy,
New Metropolitan Perspectives. ISHT 2018, edited by Calabrò F., Della Spina L., Bevilacqua C., pp. 614–620. Cham, Heidelberg, New York, Dordrecht, London_ Springer, 2019,
Abstract
The environmental balance is being increasingly altered by mankind's direct and indirect actions. Waterproofing of ...
The environmental balance is being increasingly altered by mankind's direct and indirect actions. Waterproofing of territory and continuous climate change are amongst the main factors of hydrogeological risk. In the presence of complex orographies and particular geographical exposure, meteorological phenomena can have devastating consequences. Calabria, located in the southern part of Italy, stands at the confluence of the Tyrrhenian and Ionian Seas and is particularly exposed to such phenomena. Its unique geomorphological formation makes it subject to flooding and sea storms that have revealed the fragility of its territory. When such phenomena occur concurrently, the effects can be devastating, both in terms of infrastructure damage and inconvenience to the local population, as downstream flooding interacts with wave run-up. We will analyze the history of contemporary flooding and storms in the Metropolitan Area of Reggio Calabria, which is located in the south of Calabria and in the middle of the Mediterranean Sea. Two case studies will be illustrated, one relating to the Ionian coast and the other to the Tyrrhenian coast.
Vinet F.; Bigot V.; Petrucci O.; Papagiannaki K.; Llasat M.C.; Kotroni V.; Boissier L.; Aceto L.; Grimalt M.; Llasat-Botija M.; Pasqua A.A.; Rossello J.; Kilic O.; Kahraman A.; Tramblay Y., 2019, Mapping flood-related mortality in the mediterranean basin. Results from the MEFF v2.0 DB,
Water (Basel) 11 (2019). doi_10.3390/w11102196,
DOI: 10.3390%2Fw11102196
Abstract
Recent events in Western Attica in Greece (24 deaths in November 2017), in the Balearic ...
Recent events in Western Attica in Greece (24 deaths in November 2017), in the Balearic Islands (13 deaths in October 2018), and in southern France (15 deaths in October 2018) show that flood-related mortality remains a major concern in Mediterranean countries facing flash floods. Over the past several years, many initiatives have arisen to create databases on flood-related mortality. An international initiative started in 2011 pooling regional and national databases on flood mortality from region and/or countries bordering the Mediterranean Sea. The MEditerranean Flood Fatality Database (MEFF DB) brings together, in 2018, six Mediterranean regions/countries: Catalonia (Spain), Balearic Islands (Spain), Southern France, Calabria (Italy), Greece, and Turkey, and covers the period 1980-2018. MEFF DB is on progress and, every year, new data are included, but for this study, we kept only the preliminary data that were geolocated and validated on 31st of December 2018. This research introduces a new step in the analysis of flood-related mortality and follows the statistical description of the MEFF DB already published. The goals of this paper are to draw the spatial distribution of flood mortality through a geographical information system (GIS) at different spatial scales_ country, NUTS 3 (Nomenclature of Territorial Units for Statistics. Level 3) regions, catchment areas, and grid. A fatality rate (F: number of deaths/year/million of inhabitants) is created to help this analysis. Then, we try to relate mortality to basic (human or physical) drivers such as population density, rainfall seasonality, or rainfall frequency across the Mediterranean Basin. The mapping of F shows a negative mortality gradient between the western and the eastern parts of the Mediterranean Sea. The south of France appears to be the most affected region. The maps also highlight the seasonality of flood-related deaths with the same west-east gradient. It confirms that flood mortality follows the climatological seasonal patterns across the Mediterranean Basin. Flood-related fatalities mainly occur during the early fall season in the western part of the Mediterranean area, while the Easter Basin is affected later, in November or during the winter season. Eastern Turkey introduces another pattern, as mortality is more severe in summer. Mortality maps are then compared with factors that potentiallycontribute to the occurrence of flood fatalities, such as precipitation intensity (rainfall hazard), to explain geographical differences in the fatality rate. The density of a fatal event is correlated to the population density and the rainfall frequency. Conversely, the average number of deaths per event depends on other factors such as prevention or crisis management.
Olga Petrucci1, Luigi Aceto1, Cinzia Bianchi2, Victoria Bigot3, Rudolf Brázdil4, Susana da Silva Pereira5, Abdullah Kahraman6, Özgenur K?l?ç6, Vassiliki Kotroni7, Maria Carmen Llasat8, Montserrat Llasat-Botija8, Katerina Papagiannaki7, Angela Aurora Pasqua1, Jan ?eho?9 Joan Rossello Geli10, Paola Salvati2, Freddy Vinet3 and José Luis Zêzere5, 2019, Flood Fatalities in Europe, 1980-2018: Variability, Features, and Lessons to Learn,
Water (Basel) 11 (2019). doi_10.3390/w11081682,
DOI: 10.3390%2Fw11081682
Abstract
Floods are still a significant threat to people, despite of the considerable developments in forecasting, ...
Floods are still a significant threat to people, despite of the considerable developments in forecasting, management, defensive, and rescue works. In the near future, climate and societal changes as both urbanization of flood prone areas and individual dangerous behaviors could increase flood fatalities. This paper analyzes flood mortality in eight countries using a 39-year database (1980–2018) named EUFF (EUropean Flood Fatalities), which was built using documentary sources. The narratives of fatalities were investigated and standardized in the database reporting the details of the events. The entire dataset shows a stable trend on flood fatalities, despite the existence of individual increasing (Greece, Italy, and South France) and decreasing (Turkey and Catalonia) trends. The 2466 fatalities were mainly males, aged between 30–49 years and the majority of them happened outdoor. Most often people were dragged by water/mud when travelling by motor vehicles. Some cases of hazardous behaviors, such as fording rivers, were also detected. The primary cause of death was drowning, followed by heart attack. This work contributes to understand the human–flood interaction that caused fatalities. The changes in society’s vulnerability highlighted throughout this study contribute to manage future risks, to improve people protection actions, and to reduce risk behaviors.
Gullà G., L. Aceto, L. Antronico, R. Coscarelli, A.A. Pasqua, O. Petrucci, 2019, Validazione e rilascio di algoritmi per CELLE_MATRICE_S giovani e mature. WP04-Task04-CNR-IRPI.,
"RMS_Filiera - Risk Management System", Validazione e rilascio di algoritmi per CELLE_MATRICE_S giovani e mature., 2019,
Abstract
Validazione e rilascio di algoritmi per CELLE_MATRICE_S giovani e mature ...
Validazione e rilascio di algoritmi per CELLE_MATRICE_S giovani e mature
Gullà G., L. Aceto, L. Antronico, R. Coscarelli, A.A. Pasqua, O. Petrucci, 2019, Celle Giovani e Mature. WP04-Task02-CNR-IRPI.,
Progetto "RMS_Filiera - Risk Management System", Celle Giovani e Mature. WP04-Task02-CNR-IRPI, 2019,
Abstract
Celle Giovani e Mature. WP04-Task02-CNR-IRPI. ...
Celle Giovani e Mature. WP04-Task02-CNR-IRPI.
Gullà G., L. Aceto, L. Antronico, R. Coscarelli, A.A. Pasqua, O. Petrucci, 2019, Criteri, riferimenti e dati per le procedure di costruzione degli algoritmi di gestione del rischio in funzione del peso conoscitivo delle celle della MATRICE_S (CELLE_MATRICE_S). WP04-Task01-CNR-IRPI.,
Progetto "RMS_Filiera - Risk Management System", Criteri, riferimenti e dati, 2019,
Abstract
Criteri, riferimenti e dati per le procedure di costruzione degli algoritmi di gestione del rischio ...
Criteri, riferimenti e dati per le procedure di costruzione degli algoritmi di gestione del rischio in funzione del peso conoscitivo delle celle della MATRICE_S (CELLE_MATRICE_S)
Gullà G., L. Aceto, L. Antronico, R. Coscarelli, A.A. Pasqua, O. Petrucci, 2019, RMS_FILIERA-Risk Manegement System-Secondo SAL-Relazione CNR-IRPI.,
RMS_FILIERA-Risk Manegement System-Secondo SAL-Relazione CNR-IRPI., 2019,
Abstract
RMS_FILIERA-Risk Manegement System-Secondo SAL-Relazione CNR-IRPI. ...
RMS_FILIERA-Risk Manegement System-Secondo SAL-Relazione CNR-IRPI.
Gullà G., L. Aceto, L. Antronico, R. Coscarelli, A.A. Pasqua, O. Petrucci, 2019, Validazione e rilascio tecnologie abilitanti, strumenti di gestione di condizioni ordinarie e di emergenze, e di strumenti di diffusione. WP05-Task04-CNR-IRPI.,
"RMS_Filiera - Risk Management System", Validazione e rilascio tecnologie abilitanti, strumenti di gestione di condizioni ordinarie e di emergenze, e di strumenti di diffusione., 2019,
Abstract
Validazione e rilascio tecnologie abilitanti, strumenti di gestione di condizioni ordinarie e di emergenze, e ...
Validazione e rilascio tecnologie abilitanti, strumenti di gestione di condizioni ordinarie e di emergenze, e di strumenti di diffusione. WP05-Task04-CNR-IRPI. Progetto "RMS_Filiera - Risk Management System"
Gullà G., L. Aceto, L. Antronico, R. Coscarelli, A.A. Pasqua, O. Petrucci, 2019, Validazione e rilascio dei risultati. WP07-Task02-CNR-IRPI.,
Progetto "RMS_Filiera - Risk Management System" Validazione e rilascio dei risultati, 2019,
Abstract
"RMS_Filiera - Risk Management System", Validazione e rilascio dei risultati. ...
"RMS_Filiera - Risk Management System", Validazione e rilascio dei risultati.
Gullà G., L. Aceto, L. Antronico, R. Coscarelli, A.A. Pasqua, O. Petrucci, 2019, Capacità di RMS_Filiera, prodotti potenziabili ed approfondimenti necessari. WP08-Task01-CNR-IRPI.,
Capacità di RMS_Filiera, prodotti potenziabili ed approfondimenti necessari. WP08-Task01-CNR-IRPI, 2019,
Abstract
Capacità di RMS_Filiera, prodotti potenziabili ed approfondimenti necessari ...
Capacità di RMS_Filiera, prodotti potenziabili ed approfondimenti necessari
Gullà G., L. Aceto, L. Antronico, R. Coscarelli, A.A. Pasqua, O. Petrucci, 2019, RMS_FILIERA-Risk Manegement System-SAL Finale-Relazione Finale CNR-IRPI,
Progetto "RMS_Filiera - Risk Management System", SAL finale, 2019,
Abstract
Relazione Finale CNR-IRPI ...
Relazione Finale CNR-IRPI
Gullà G., Aceto L., Borrelli L., 2019, Approfondimento di Studio – Rischio residuo nell’area urbana di Maierato_ proposta metodologica.,
Approfondimento di Studio-gestione rischio residuo, Gennaio 2019, 2019,
Abstract
Proposta metodologica per la gestione del rischio residuo nell'area urbana di Maierato (frana del 2010). ...
Proposta metodologica per la gestione del rischio residuo nell'area urbana di Maierato (frana del 2010).
Gullà G., Aceto L., Borrelli L., 2019, Approfondimento di Studio – Gestione della Rete Integrata di Monitoraggio (RIMon) nell’area urbana di Maierato_ proposta metodologica.,
Approfondimento di Studio-gestione Rete Integrata di Monitoraggio, Gennaio 2019, 2019,
Abstract
Proposta metodologica per la gestione della Rete Integrata di Monitoraggio (RIMon) nell'area urbana di Maierato ...
Proposta metodologica per la gestione della Rete Integrata di Monitoraggio (RIMon) nell'area urbana di Maierato (frana del 2010 e dintorni)
Gullà G., Reale D., Aceto L., Borrelli L., Fornaro G., 2019, Approfondimento di Studio – Monitoraggio integrato di medio-lungo termine dell’area urbana di Maierato con riferimento alla frana del 15 febbraio 2010_ il contributo dei dati COSMO-SkyMed,
Approfondimento di Studio-Monitoraggio COSMO-SkyMed, Gennaio 2019, 2019,
Abstract
Monitoraggio di medio-lungo termine dell'area urbana di Maierato (frana del 15 febbraio 2010 e dintorni) ...
Monitoraggio di medio-lungo termine dell'area urbana di Maierato (frana del 15 febbraio 2010 e dintorni) con dati COSMO-SkyMed
Gullà G., Aceto L., 2019, Approfondimento di Studio – Analisi delle misure eseguite sulla Rete Integrata di Monitoraggio,
Approfondimento di Studio - Monitoraggio RIMon, Gennaio 2019, 2019,
Abstract
Analisi delle misure eseguite sulla Rete Integrata di Monitoraggio (piezometri, inclinometri, GPS, sorgenti) ...
Analisi delle misure eseguite sulla Rete Integrata di Monitoraggio (piezometri, inclinometri, GPS, sorgenti)
Gullà G., L. Aceto, L. Borrelli, M. Mercuri, 2019, Rapporti di prova (numero 21 – Ottobre 2019),
Rapporti di prova - Ottobre 2019/10, 2019,
Abstract
Rapporti di prova. Attività Laboratorio di Geotecnica. ...
Rapporti di prova. Attività Laboratorio di Geotecnica.
Gullà G., L. Aceto, L. Borrelli, M. Mercuri, 2019, Rapporti di prova (numero 36 – Luglio 2019),
Rapporti di prova - Luglio 2019/7, 2019,
Abstract
Rapporti di prova. Attività Laboratorio di Geotecnica. ...
Rapporti di prova. Attività Laboratorio di Geotecnica.
Gullà G., L. Aceto, L. Borrelli, M. Mercuri, 2019, Rapporti di prova (numero 34 – Maggio 2019),
Rapporti di prova - Maggio 2019/5, 2019,
Abstract
Rapporti di prova. Attività Laboratorio di Geotecnica. ...
Rapporti di prova. Attività Laboratorio di Geotecnica.
Beniamino Sirangelo, Tommaso Caloiero, Roberto Coscarelli, Ennio Ferrari, 2019, A Stochastic Approach for the Analysis of Long Dry Spells with Different Threshold Values in Southern Italy,
Water (Basel) 11 (2019): 1–13. doi_10.3390/w11102026,
DOI: 10.3390%2Fw11102026
Abstract
A non-homogeneous Poisson model was proposed to analyze the sequences of dry spells below prefixed ...
A non-homogeneous Poisson model was proposed to analyze the sequences of dry spells below prefixed thresholds as an upgrade of a stochastic procedure previously used to describe long periods of no rainfall. Its application concerned the daily precipitation series in a 60-year time span at four rain gauges (Calabria, southern Italy), aiming at testing the different ehaviors of the dry spells below prefixed thresholds in two paired periods (1951-1980 and 1981-2010). A simulation analysis performed through a Monte Carlo approach assessed the statistical significance of the variation of the mean values of dry spells observed at an annual scale in the two 30-year periods. The results evidenced that the dry spells durations increased passing from the first 30-year period to the second one for all the thresholds analyzed. For instance, for the Cassano station, an increase of about 10% of the maximum dry spell duration was detected for a threshold of 5 mm. Moreover, the return periods evaluated for fixed long dry spells through the synthetic data of the period 1981-2010 were lower than the corresponding ones evaluated with the data generated for the previous 30-year period. Specifically, the difference between the two 30-year periods in terms of the return period of long dry spells occurrence increased with the growing thresholds. As an example, for the Cosenza rain gauge with a threshold of 1 mm, the return period for a dry spell length of 70 days decreased from 20 years (in 1951-1980) to about 10 years (in 1981-2010), while for a threshold of 5 mm, the return period for the dry spell lengths of 120 days decreases from 70 years to about 20 years. These results show a higher probability of the occurrence of long dry spells in the more recent period
than in the past.
Loredana Antronico (1), Francesco De Pascale (1), Fausto Marincioni (2), 2019, Presentazione del volume “Natural Hazards and Disaster Risk Reduction Policies”,
Geologia dell'ambiente 3/2019 (2019): 27–30.,
Abstract
Presentazione del volume "Natural Hazards and Disaster Risk Reduction Policies". Natural Hazards and Disaster Risk ...
Presentazione del volume "Natural Hazards and Disaster Risk Reduction Policies". Natural Hazards and Disaster Risk Reduction policies, editors L. Antronico and F. Marincioni, is a volume of the book series "Geographies of the Anthropocene" published by Il Sileno Edizioni. It collects 14 original essays, of authors from all around the World, exploring strategies and ability of local communities to adjust to natural hazard and disasters. The book, fostering the current scientific debate on disaster ecology, muses about the need for Homo sapiens to define its rights and responsibilities in environmental dynamics, including extreme events and disasters.
Roberto Coscarelli, Tommaso Caloiero, Giulio Nils Caroletti, 2019, VALUTAZIONI DI CONDIZIONI DI SICCITÀ IN CALABRIA,
Technologies for Integrated River Basin Management, edited by Giuseppe Frega, Francesco Macchione, pp. 777–790. Cosenza_ Edibios, 2019,
Abstract
Negli ultimi decenni, le osservazioni da satellite e le reanalisi climatiche vengono sempre più utilizzate ...
Negli ultimi decenni, le osservazioni da satellite e le reanalisi climatiche vengono sempre più utilizzate per avere, a complemento delle osservazioni a terra, griglie regolari di dati e, quindi, risolvere anche il problema dei dati mancanti. Nella presente memoria, i dati delle serie Climate Hazards group InfraRed Precipitation with Station data (CHIRPS), con una risoluzione spaziale di circa 5 km, e quelli della reanalisi dell'European Climate Assessment Dataset's E-OBS, con una risoluzione spaziale di 25 km, sono stati confrontati per la Calabria con i dati registrati a terra dalla rete del Centro Regionale Funzionale Multirischi (ARPACAL) per il periodo 1981-2010. I risultati ottenuti dai test di confronto hanno evidenziato una migliore performance della banca dati CHIRPS, anche per l'elevata risoluzione spaziale. Tale banca dati è stata quindi utilizzata per l'analisi della siccità meteorologica in Calabria nel periodo 1981-2018, tramite l'indice SPI valutato per due aggregazioni temporali_ 3 e 12 mesi. I dati ottenuti hanno mostrato una frequenza degli eventi di siccità severa e estrema maggiore per i decenni passati rispetto a quelli più recenti, confermando risultati già ottenuti con i dati registrati a terra in precedenti valutazioni. L'elevata risoluzione spaziale della banca dati CHIRPS ha permesso, inoltre, di ottenere valutazioni su tutto il territorio calabrese, evidenziando maggiori frequenze delle siccità severe e estreme, specie in inverno, in alcune specifiche aree della regione, quali, fra gli altri, i territori a più elevata altitudine. Dato che queste aree sono normalmente interessate maggiormente dalle piogge e rappresentano, quindi, le zone più idonee per la "naturale ricarica" dei corpi idrici (superficiali e sotterranei), i risultati ottenuti possono avere concrete applicazioni nella gestione delle risorse idriche.
G. Esposito, M. Melillo, S.L. Gariano, O. Petrucci, P. Reichenbach, 2019, PON Governance. B11CAL_AF1 – Affiancamento alla Regione Calabria per la verifica dei contesti territoriali e per l’individuazione del set di indicatori,
2019,
Abstract
Nel rapporto è riportato lo stato di attività, in relazione al percorso di affiancamento tecnico-scientifico ...
Nel rapporto è riportato lo stato di attività, in relazione al percorso di affiancamento tecnico-scientifico realizzato all'interno della Regione Calabria, con il fine di concretizzare le indicazioni emerse dalle linee di intervento dell'Attività A_1_1.
F. Violante, G. Esposito, O. Petrucci, P. Reichenbach, 2019, PON Governance. B11CAM_AF1 – Affiancamento alla Regione Campania per la verifica dei contesti territoriali e per l’individuazione del set di indicatori,
2019,
Abstract
Nel rapporto è riportato lo stato di attività, in relazione al percorso di affiancamento tecnico-scientifico ...
Nel rapporto è riportato lo stato di attività, in relazione al percorso di affiancamento tecnico-scientifico realizzato all'interno della Regione Campania, con il fine di concretizzare le indicazioni emerse dalle linee di intervento dell'Attività A_1_1.
Giulio Nils Caroletti, Roberto Coscarelli, Tommaso Caloiero, 2019, Validation of Satellite, Reanalysis and RCM Data of Monthly Rainfall in Calabria (Southern Italy),
Remote sensing (Basel) 11 (2019). doi_10.3390/rs11131625,
DOI: 10.3390%2Frs11131625
Abstract
Skills in reproducing monthly rainfall over Calabria (southern Italy) have been validated for
the Climate Hazards ...
Skills in reproducing monthly rainfall over Calabria (southern Italy) have been validated for
the Climate Hazards group InfraRed Precipitation with Station data (CHIRPS) satellite data, the E-OBS
dataset and 13 Global Climate Model-Regional Climate Model (GCM-RCM) combinations, belonging
to the ENSEMBLES project output set. To this aim, 73 rainfall series for the period 1951-1980 and
79 series for the period 1981-2010 have been selected from the database managed by Multi-Risk
Functional Centre of the Regional Agency for Environmental Protection (Regione Calabria). The
relative mean and standard deviation errors, and the Pearson correlation coecient have been used
as validation metrics. Results showed that CHIRPS satellite data (available only for the 1981-2010
validation period) and RCMs based on the ECHAM5 Global Climate performed better both in mean
error and standard deviation error compared to other datasets. Moreover, a slight appreciable
improvement in performance for all ECHAM5-based models and for the E-OBS dataset has been
observed in the 1981-2010 time-period. The whole validation-and-assessment procedure applied in
this work is general and easily applicable where ground data and gridded data are available. This
procedure might help scientists and policy makers to select among available datasets those best
suited for further applications, even in regions with complex orography and an inadequate amount
of representative stations.
GIULIO IOVINE (1)
con la collaborazione di_ S. GABRIELE (1), V. BASILE (2), C. BRUNO (1), D. DISTILO (3), D. D'ONOFRIO (1), V. LUPIANO (1), F. MUTO (4), V. RAGO (1), 2019, SITO RFI_ PISCIOTTA – KM 70. Rapporto finale,
2019,
Abstract
Si riportano i risultati di rilievi e monitoraggio (in sito e in remoto) per lo ...
Si riportano i risultati di rilievi e monitoraggio (in sito e in remoto) per lo studio evolutivo di una frana che minaccia la linea ferroviaria.
Si includono alcune considerazioni conclusive sulle evidenze evolutive riscontrate, con suggerimenti sulle azioni da implementare per una adeguata gestione del rischio.
GIULIO IOVINE (1)
con la collaborazione di_ S. GABRIELE (1), V. BASILE (2), C. BRUNO (1), D. DISTILO (3), D. D'ONOFRIO (1), V. LUPIANO (1), F. MUTO (4), V. RAGO (1), 2019, SITO RFI_ PISCIOTTA – KM 70. Rapporto di sopralluogo.,
2019,
Abstract
Si riportano i risultati di rilievi e monitoraggio (in sito e in remoto) per lo ...
Si riportano i risultati di rilievi e monitoraggio (in sito e in remoto) per lo studio evolutivo di una frana che minaccia la linea ferroviaria.
GIULIO IOVINE (1)
con la collaborazione di_ S. GABRIELE (1), V. BASILE (2), C. BRUNO (1), D. DISTILO (3), D. D'ONOFRIO (1), V. LUPIANO (1), F. MUTO (4), V. RAGO (1), 2019, SITO RFI_ PISCIOTTA – KM 70. Rapporto di sopralluogo.,
2019,
Abstract
Si riportano i risultati di rilievi e monitoraggio (in sito e in remoto) per lo ...
Si riportano i risultati di rilievi e monitoraggio (in sito e in remoto) per lo studio evolutivo di una frana che minaccia la linea ferroviaria.
Francesco De Pascale, Loredana Antronico, Roberto Coscarelli, 2019, La percezione del rischio idrogeologico in Calabria_ il caso studio della Costa degli Dei,
Archivio di studi urbani e regionali (Online) (2019): 171–199. doi_10.3280/ASUR2019-124008,
DOI: 10.3280%2FASUR2019-124008
Abstract
Con questo lavoro si vogliono analizzare i meccanismi di percezione del rischio idrogeologico in un ...
Con questo lavoro si vogliono analizzare i meccanismi di percezione del rischio idrogeologico in un tratto di costa del Tirreno meridionale (Co-sta degli Dei), situato in provincia di Vibo Valentia; nel triennio 2009-2011, questo tratto ha subito gli effetti di numerose colate di detrito e al-luvionamenti innescati da eventi piovosi anche di non elevata intensità. Un questionario strutturato è stato somministrato a 300 cittadini dei Co-muni di Tropea, Parghelia e Zambrone.
Francesco De Pascale 1, Sebastiano D'Amico 2, Loredana Antronico 1 and Roberto Coscarelli 1, 2019, Geographies of the Anthropocene_ Geoethics and Disaster Risk Reduction Tools Applied to Mediterranean Case Studies,
Key Challenges in Geography (EUROGEO Book Series), edited by de Miguel González R., Donert K., Koutsopoulos K. (eds), pp. 183–200, 2019,
Abstract
AbstractThis chapter seeks to analyze the new processes of the Anthropoceneepoch by examining, in the ...
AbstractThis chapter seeks to analyze the new processes of the Anthropoceneepoch by examining, in the first part, the relationship with human geography andgeoethics. In fact, Anthropocene is also faced with an ethical and cultural perspec-tive. Geoethics focuses on how scientists (natural and social), arts and humanitiesscholars working in tandem can become more aware of their ethical responsibilitiesto guide society on matters related to public safety in the face of natural hazards,sustainable use of resources, climate change, and protection of the environment.Furthermore, some case studies in the Mediterranean basin, where the transforma-tions imposed by human action and society on the Earth's environment are evident,will be analyzed in relation to Disaster Risk Reduction practices_ social perceptionand communication, community resilience, participative approaches, using CIGISand neogeographic technologies. These case studies constitute some examples of"geographies and cartographies of the Anthropocene". In this framework, two casestudies in the Central Mediterranean will be analyzed with the support of Web 2.0and geohydrological risk perception using Community Integrated GIS.
Francesco De Pascale 1, Loredana Antronico 1, Roberto Coscarelli 1, Francesco Muto 2, 2019, Un besoin clair de planification d’en bas_ une étude sur la perception du risque hydrogéologique en Calabre (Italie du Sud),
X INCONTRO ITALO- GEOGRAFIA SOCIALE FRANCESE DI "Ripartire dal territorio, i limiti e le potenzialità di una pianificazione dal basso", pp. 97–110, Lecce, 30-31/03/2017,
Abstract
Cette contribution vise à analyser les mécanismes de représentation du territoire
qui se sont générés et ...
Cette contribution vise à analyser les mécanismes de représentation du territoire
qui se sont générés et reproduits en présence d'une action humaine associée à l'existence
d'un risque hydrogéologique, dans le cadre d'un tronçon de la côte de la mer Tyrrhénienne
méridionale (Costa degli Dei_ Côte des Dieux), situé dans la province de Vibo Valentia
(Calabre, Italie).
En effet, sur ce littoral, il existe de nombreux cônes alluviaux qui, au cours des cinquante
dernières années, ont été soumis à un développement urbain constant. Dans les années
2009, 2010 et 2011, ces cônes alluviaux ont subi les effets de nombreuses coulées de débris
et d'inondations, provoquées par des événements pluvieux, parfois pas particulièrement
exceptionnels. En conséquence de cela, en plus de multiples dommages aux structures, des
conditions de risque élevé pour la population ont eu lieu. Les premières données issues de
l'enquête sont alarmantes : la communication entre les institutions et les citoyens est perçue
par les citoyens eux-mêmes comme inexistante. De plus, la majorité des répondants croient que les glissements de terrain et les inondations sont causés par l'homme, indiquant « constructions illégale », « aménagement du territoires», «désintéressement de la part des
administrateurs publics locaux» parmi les facteurs qui influent le plus sur les glissements de
terrain et les inondations.
Ainsi, un modèle de gouvernance caractérisé par un «état d'urgence démocratique et
participatif» émerge à partir de l'analyse des principaux résultats.
Apollaro C, Perri F, Borrelli L, Caloiero T, 2019, The Role of Water-Rock Interaction Processes in Soil Formation_ Geochemical, Mineralogical, Geomorphological, and Engineering-Geological Aspects,
Geofluids (Oxford. Print) (2019). doi_10.1155/2019/8453136,
DOI: 10.1155%2F2019%2F8453136
Roberto Coscarelli, Giulio Nils Caroletti, Tommaso Caloiero, 2019, Trends in extreme precipitation for the alert areas of Calabria (southern Italy) using observation-validated satellite data,
Geophysical research abstracts (Online) 21 (2019).,
Abstract
The use of validated gridded data in assessment procedures is of fundamental importance, as it ...
The use of validated gridded data in assessment procedures is of fundamental importance, as it allows to calculate
trends and changes not only at locations equipped with meteorological stations, but to whole regions. Using
validated data can help in developing a more precise risk assessment especially in regions with a complex
orography and sub-regional scale microclimates.
In this study, we have used the CHIRPS dataset, an observation-validated satellite dataset, to assess extreme
precipitation in the eight alert areas of Calabria (southern Italy). CHIRPS is a quasi-global gridded rainfall
dataset, spanning 50S-50N at all longitudes, incorporating 0.05 resolution satellite imagery with in-situ station
data starting in 1981 (Funk et al., 2015).
The Calabria region has been selected for this assessment study, as it is a challenging region with complex
orography, and with a high number of rain stations, used in previous gridded data validation studies. The CHIRPS
dataset was validated for Calabria for the 1981-2010 time period by means of the registrations of 79 rain gauges
of the Multi-Risk Functional Centre of the Regional Agency for Environmental Protection. Metrics used were
the mean error and standard deviation (Caroletti and Coscarelli, 2019). The alert areas were defined according
to the Directive "Sistema di Allertamento regionale per il rischio meteoidrogeologico ed idraulico in Calabria"
(Resolution of Regione Calabria Government n. 535 of November15th, 2017). Four areas are located on the
western side of the region, and four on the eastern side.
We investigated the changes in the number of extreme events and the values of extreme precipitation in
each area in the 1981-2017 time period.We considered extreme all precipitation events that occurred over the 99th
percentile threshold for the study period.
By using 5-years running means of precipitation at each satellite data cell, CHIRPS showed an increase in
the magnitude of extreme events for seven of the eight alert areas. The increase is especially strong in four areas
(the three southernmost eastern alert areas and the Lamezia Terme area in the west).
The number of extreme precipitation events, which also shows a growing trend, in contrast with the decrease
of precipitation days overall, can explain the slight growing trend in yearly precipitation for these same
areas over the 1981-2017 time period.
Giulio Nils Caroletti, Roberto Coscarelli, Tommaso Caloiero, 2019, Validation of gridded observational and modelled rainfall data in Calabria (southern Italy),
Geophysical research abstracts (Online) 21 (2019).,
Abstract
Validation studies are of major importance in science, and climate data are no exception to ...
Validation studies are of major importance in science, and climate data are no exception to the rule. Metrics are
the common tools used to assess data accuracy; it is generally not possible to define generalized metrics, but
they must be tailored on the specific use of the evaluated dataset, on the variable used and on the regions of interest.
Calabria (southern Italy) is a challenging area for rainfall studies, because of its complex orography and
high vulnerability to climate-change due to its position at the southernmost tip of Italy and in the center of
the Mediterranean basin. In this study, we have validated the skills in reproducing rainfall over Calabria of
the CHIRPS satellite data, of the E-OBS dataset and of 14 GCM-RCM combined models belonging to the
ENSEMBLES project set.
Rainfall data have been validated for the 1951-2010 time period by means of the registrations of 79 rain
gauges of the Multi-Risk Functional Centre of the Regional Agency for Environmental Protection (Regione
Calabria). Metrics used were the mean error and standard deviation.
The results have shown that the skills of E-OBS, of most ENSEMBLES models, and of CHIRPS (whose
data are avilable only for the 1981-2010 validation period) are very similar. RCMs based on the ECHAM5
Global Climate Model showed slightly better results than both reanalysis and satellite data, both in mean error
and standard deviation error. There was no appreciable change in performance for any of the evaluated datasets
between the 1951-1980 and the 1981-2010 time periods.
The whole validation-and-assessment procedure, used in this work, is general and easily applicable to any
other region where ground data and gridded data are available. The procedure could be applied to develop a more
precise risk assessment in those regions with a complex orography and where there is an inadequate amount of
representative stations. This validation procedure could be a useful tool in support of policy makers and scientists
in decisions related to precipitation risks.
Joan Ramon Coll, Enric Aguilar, Gerard van der Schrier, Roberto Coscarelli, Erik Engström,
Yolanda Luna, Sergio Vicente-Serrano, Petr Stepanek, Liliana Velea, Richard Allan, Ricardo
Trigo, Ali Nadir Arslan, Manuel del Jesús, Yvan Caballero, Patrick Fournet, Albert Soret, Hans van de Vijver, 2019, Integrated approach for the development across Europe of user oriented climate indicators for GFCS high-priority sectors_ agriculture, disaster risk reduction, energy, health, water and tourism (INDECIS),
Geophysical research abstracts (Online) 21 (2019).,
Abstract
Integrated approach for the development across Europe of user oriented
climate indicators for GFCS high-priority sectors_ ...
Integrated approach for the development across Europe of user oriented
climate indicators for GFCS high-priority sectors_ agriculture, disaster
risk reduction, energy, health, water and tourism (INDECIS)
Joan Ramon Coll (1), Enric Aguilar (1), Gerard van der Schrier (2), Roberto Coscarelli (3), Erik Engström (4),
Yolanda Luna (5), Sergio Vicente-Serrano (6), Petr Stepanek (7), Liliana Velea (8), Richard Allan (9), Ricardo
Trigo (10), Ali Nadir Arslan (11), Manuel del Jesús (12), Yvan Caballero (13), Patrick Fournet (14), Albert Soret
(15), and Hans van de Vijver (16)
(1) Centre for Climate Change-Rovira i Virgili University, (2) Royal Netherlands Meteorological Institute, (3) Consiglio
Nazionale della Ricerche - Istituto di Ricerca per la Protezione Idrogeologica, (4) Swedish Meteorological and Hydrological
Institute, (5) Agencia Estatal de Meteorología, (6) Instituto Pirenaico de Ecología - Consejo Superior de Investigaciones
Científicas, (7) Global Change Research Institute - Czech Academy of Sciences, (8) National Meteorological Administration
of Romania, (9) University of Reading, (10) Associação para a Investigação e Desenvolvimento de Ciências - Universidade de
Lisboa, (11) Finnish Meteorological Institute, (12) Environmental Hydraulics Institute - University of Cantabria, (13) Bureau
de Recherches Géologiques et Minières, BRGM / Water Division, (14) Department of the Environment, Community and
Local Government (Met Éireann), (15) Barcelona Supercomputing Center, (16) Royal Meteorological Institute of Belgium -
Meteorological and Climatological Research
The INDECIS project (see www.indecis.eu ) includes 16 institutions from 12 countries and intends to maximize
the benefits achievable from the use of observational data across Europe to develop climate indicators
and climate services useful to assess the effects of climate variability, including extreme events, and climate
change over socioeconomic systems. INDECIS is starting its second year of work and has already produced its
first results. The project contributed to the ECA&D dataset by rescuing around 610K meteorological stationbased
daily observations from the Balkans and Central Europe for the different essential variables (maximum
and minimum temperature, rainfall, sunshine duration and snow depth) along the 20th century at daily scale.
(https://doi.pangaea.de/10.1594/PANGAEA.896957). In addition, 339 climate series (rainfall and temperature)
were gathered from Italy and a Global Dataset with 311 wind tall mast data was also recovered. Next to DARE
activities, the focus moved to ensure data quality and homogeneity. First, three Quality Control (QC) software
suites have been created and are available to use as beta versions (http://www.indecis.eu/software.php): the INQC
software and the MetQC software, for the quality control of ECA&D daily data; and the QCSS4TT software built
specifically for tall masts wind data.
INDECIS has also created a set of daily benchmarks for testing quality control and homogenization methods and
software. Two benchmarks are available from the project's website (http://www.indecis.eu/benchmarking.php).
One of this Benchmark is based on KNMI Climate Regional model (RACMO) and a Real-Data based Benchmark
is created by combining close by stations to simulate real relocations. INDECIS has also produced a list of 136
climate indices and a software suite to compute them
(http://www.indecis.eu/indices.php). A list of indicators related to circulation variability have been catalogued to
inspect their relations with the computed indices and a new software suite for datasets inter-comparison is under
development to examine the strengths and weaknesses of different gridded, reanalyzed and modeled datasets. INDECIS
is now engaging with potential users to promote a series of workshops to present and co-develop products
and services.
In the presentation, an overview of INDECIS activities and results are given.
The Project INDECIS started in September 2017 and will last 36 months. It is part of ERA4CS, an ERA-NET
initiated by JPI Climate, and funded by FORMAS (SE), DLR (DE), BMWFW (AT), IFD (DK), MINECO (ES),
ANR (FR) with co-funding by the European Union (Grant 690462).
Loredana Antronico (1), Roberto Coscarelli (1), Francesco De Pascale (1), Francesca Condino (2), 2019, Social Perception of Geo-Hydrological Risk in the Context of Urban Disaster Risk Reduction_ A Comparison between Experts and Population in an Area of Southern Italy,
Sustainability (Basel) (2019). doi_10.3390/su11072061,
DOI: 10.3390%2Fsu11072061
Abstract
The perception of risk is influenced by how the signals about impacts of events are ...
The perception of risk is influenced by how the signals about impacts of events are collected, selected, and interpreted. Empirical data suggest that significant differences in the perception of risk occur within the non-expert population itself, as well as between experts and non-expert population. The paper seeks to examine the risk perception of citizens living in an area subject to high hydro-geological risk of Calabria (Southern Italy), and understanding if local policy makers are aware of how local residents perceive risk. Quantitative and qualitative methods were employed to analyze the perception of experts, stakeholders and citizens on the following research topics_ (i) perception of geohydrological risk, involvement in past events and behavior exhibited; (ii) information, communication, preparedness, and feeling of safety and trust. The results of the survey showed the communication gap between experts and people, evidencing the need for local authorities and experts to disseminate the culture of awareness on the risk and to increase the safety level of the citizens by means of participated actions aimed at reducing urban disaster risk.
Francesco De Pascale¹, Loredana Antronico², Roberto Coscarelli², Marcello Bernardo¹, Francesco Muto³, 2019, Antropocene e Geoetica_ il caso-studio sulla percezione del rischio idrogeologico in Calabria (Italia),
XXXII Congresso Geografico Italiano - L'apporto della Geografia tra rivoluzioni e riforme, pp. 73–81, Roma, 07-10/06/2017,
Abstract
Lo scopo di questo lavoro è analizzare i meccanismi di percezione del rischio idrogeologico in ...
Lo scopo di questo lavoro è analizzare i meccanismi di percezione del rischio idrogeologico in un tratto di costa del Tirreno meridionale (Costa degli Dei), situato in provincia di Vibo Valentia (Calabria, Italia). Un questionario strutturato misto è stato somministrato a 300 cittadini dei Comuni di Tropea, Parghelia e Zambrone, utilizzando la modalità di campionamento non probabilistico, a scelta ragionata. Sul tratto costiero sono presenti numerose conoidi alluvionali che, negli ultimi cinquant'anni, sono state oggetto di un significativo sviluppo urbano e nel triennio 2009-2011 hanno subito gli effetti di numerose colate di detrito e di alluvionamenti, causati da eventi piovosi anche non particolarmente eccezionali. Di conseguenza, oltre a molteplici danni alle strutture ed infrastrutture presenti nell'area, si sono verificate condizioni di alto rischio per la popolazione. Il lavoro di ricerca si inserisce nel quadro teorico della geoetica ed è sintomatico, altresì, dei processi culturali in atto nell'era dell'Antropocene.
1Freddy Vinet, 1Victoria Bigot, 2Olga Petrucci, 3Katerina Papagiannaki, 4Maria Carmen Llasat, 2Luigi Aceto, 3Vassiliki Kotroni , 4Montserrat Llasat-Botija, 2Angela Aurora Pasqua, 1Laurent Boissier, 5Joan Rosselló, 2019, Mapping flood-related mortality in the Mediterranean basin. Results from the MEFF DB,
12th HyMeX workshop, Split, Croatia, 20 - 24 May 2019,
Abstract
Recent events in Baleares Island (13 fatalities in October 2018 the 9th) and in southern ...
Recent events in Baleares Island (13 fatalities in October 2018 the 9th) and in southern France (15 fatalities in October 2018, 15th) show that flood related mortality still is of great concern in the Mediterranean countries facing to flash floods. The knowledge of the circumstances and the profiles of flood related fatalities is relevant : i) to measure the impacts of floods, ii) to assess prevention policies and iii) to improve prevention measures. The building of the MEditerranean Flood Fatalities (MEFF) database had been a first step to address flood related mortality in the Mediterranean basin (Petrucci et al., 2018). This Database put together flood fatalities knowledge for five Mediterranean regions/countries: Catalonia (Spain), Balearic Islands (Spain), southern France, Greece, Italy. The period covered goes from 1980 to 2018. Previous research showed the general features of flood related mortality through statistical analysis. But the raw data show strong discrepancies between regions/countries and periods regarding the number of fatalities and the profile of dead people. This presentation introduces a new step by including data in a GIS. Maps of mortality by countries and regions are presented at NUTS3 administrative unit level and then through a grid map. The mapping of a flood mortality index (number of death/year/Millions of inhabitants) shows a negative mortality gradient between the western basin and the eastern basin of the Mediterranean Sea. Southern France seems to be the most hit region unless statistical series are not long enough. Mortality maps are then compared with potential drivers such as rainfall intensity (hazard) or population density in flood prone zone to explain geographical discrepancies in mortality index.
V. LUPIANO, V. RAGO, O.G. TERRANOVA, IOVINE G., 2019, Landslide inventory and main geomorphological features affecting slope stability in the Picentino river basin (Campania, southern Italy).,
Journal of maps 15 (2019): 131–141. doi_10.1080/17445647.2018.1563836,
DOI: 10.1080%2F17445647.2018.1563836
Abstract
The landslide inventory of the Picentino basin was realized at 1_25,000, with focus on main ...
The landslide inventory of the Picentino basin was realized at 1_25,000, with focus on main geomorphological features affecting slope stability. It is based on different sets of air-photos (scales 1_33,000-1:18:000, dated up to 1998, i.e. the age of the last major geo-hydrological event in the study area), and on field surveys. Among shallow landslides, channelized debris flows strongly prevail_ they originated as debris slides on moderately-steep slopes and propagated downslope, building detrital fans at the outlet of secondary basins along the valleys. Most sources can be found on 0.5-2 m thickness of regolith, and on 20-40° slopes in forests. Further sectors are affected by deeper slope movements of greater extent. These latter are, mainly, old complex earth slide-earth flows, followed by earth slides, and earth flows. Few rock falls can also be found in the mountainous sector of the basin. Items related to tectonics, erosion processes on slopes and along the valleys, and anthropized sectors are also mapped. Relevant predisposing factors to slope instability (lithotype, thickness of regolith, slope, and land use) are shown in 1_100,000 thematic maps. In addition, shallow landslides of the 1998 inventory were compared to those derived from two event-based inventories (PSAI 2002, PSAI 2011), realized by the regional Basin Authorities employing further flights (dated 1998-2005 at 1_13,000-1:10,000). Except for landslides triggered after 1998, discrepancies are mainly ascribable to types of employed air-photos, age of surveys, scale of mapping, and freshness of forms. Results remarked the relevance of suitable shallow-landslide inventories for susceptibility evaluations.
Caloiero T.; Coscarelli R.; Gaudio R.; Leonardo G.P., 2019, Precipitation trend and concentration in the Sardinia region,
Theoretical and applied climatology (2019): 297–307. doi_10.1007/s00704-018-2595-1,
DOI: 10.1007%2Fs00704-018-2595-1
Abstract
The Mediterranean region is an area potentially vulnerable to climatic changes. In fact, it is ...
The Mediterranean region is an area potentially vulnerable to climatic changes. In fact, it is characterized by a significant precipitation variability resulting from synoptic dynamics of hazardous events moving and evolving along the Mediterranean basin. In this paper, the results of an investigation on rainfall trend in the Sardinia region are presented. The trend analysis has been performed by means of the Mann-Kendall test and of the Theil-Sen estimator applied on annual, seasonal, and monthly scales. To this aim, a monthly database of precipitation registered at 158 rain gauges, with an average observation of 84 years, was used for the analyses. The results mainly evidenced a rainfall amount reduction in the winter months and an increase during the summer months. The monthly rainfall distribution throughout the year was also investigated by means of the precipitation concentration index (PCI). A negative trend emerged and, more specifically, a tendency towards a more uniform rainfall distribution on the Sardinia region throughout the year.
1Olga Petrucci, 2Katerina Papagiannaki, 1Luigi Aceto, 3Laurent Boissier, 2Vassiliki Kotroni, 4Miquel Grimalt, 5Maria Carmen Llasat, 5Montserrat Llasat-Botija, 4Joan Rosselló, 1Angela Aurora Pasqua, 3Freddy Vinet, 2019, MEFF: the database of MEditerranean Flood Fatalities (1980 to 2015),
Journal of flood risk management 12 (2019). doi_10.1111/jfr3.12461,
DOI: 10.1111%2Fjfr3.12461
Abstract
Abstract
Background_ in the Mediterranean environment, floods pose a significant threat to people, in spite
of the ...
Abstract
Background_ in the Mediterranean environment, floods pose a significant threat to people, in spite
of the noteworthy improvements in forecasting, emergency management and defensive works.
Methodology_ this paper examines flood mortality in the Mediterranean environment based on a
36-year long database (1980-2015) that was built in five study areas using documentary sources.
Information on fatal accidents was disaggregated in database fields describing victim's profile and
the circumstances of the accidents.
Results_ data show an increasing trend of flood fatalities during the study period. Accidents mainly
occurred outdoor_ the majority of the 458 fatalities were males, mainly aged between 30 and 49
years, and residents in the area of the accident. In the majority of cases, people were dragged by
water/mud when travelling by car. Some cases of hazardous behaviours, such as fording rivers or
trying to save belongings, were also detected. The cause of death was drowning in the majority of
cases, and heart attack in a few cases it was.
Significance_ the results of the research can be proficiently used in information campaigns aiming
to increase people safety during future floods.
Sirangelo B.; Caloiero T.; Coscarelli R.; Ferrari E., 2019, A combined stochastic analysis of mean daily temperature and diurnal temperature range,
Theoretical and applied climatology 135 (2019): 1349–1359. doi_10.1007/s00704-018-2441-5,
DOI: 10.1007%2Fs00704-018-2441-5
Abstract
In this paper, a stochastic model, previously proposed for the maximum daily temperature, has been ...
In this paper, a stochastic model, previously proposed for the maximum daily temperature, has been improved for the combined analysis of mean daily temperature and diurnal temperature range. In particular, the procedure applied to each variable sequentially performs the deseasonalization, by means of truncated Fourier series expansions, and the normalization of the temperature data, with the use of proper transformation functions. Then, a joint stochastic analysis of both the climatic variables has been performed by means of a FARIMA model, taking into account the stochastic dependency between the variables, namely introducing a cross-correlation between the standardized noises. The model has been applied to five daily temperature series of southern Italy. After the application of a Monte Carlo simulation procedure, the return periods of the joint behavior of the mean daily temperature and the diurnal temperature range have been evaluated. Moreover, the annual maxima of the temperature excursions in consecutive days have been analyzed for the synthetic series. The results obtained showed different behaviors probably linked to the distance from the sea and to the latitude of the station.
Loredana Antronico, Roberto Coscarelli, Francesco De Pascale & Giovanni Gullà, 2018, La comunicazione del rischio e la percezione pubblica dei disastri_ il caso studio della frana di Maierato (Calabria, Italia),
Prisma (Milano, Testo stamp.) 3 (2018): 10–29. doi_10.3280/PRI2018-003002,
DOI: 10.3280%2FPRI2018-003002
Abstract
Questo lavoro cerca di analizzare la percezione del rischio frana, utilizzando meto di qualitativi, in ...
Questo lavoro cerca di analizzare la percezione del rischio frana, utilizzando meto di qualitativi, in un villaggio situato nelle aree interne della regione Calabria, Maierato,
colpito da un fenomeno franoso nel 2010. Un questionario strutturato è stato somministrato a 200 cittadini. Nello specifico, questo studio ha lo scopo di indagare
i) la conoscenza dei fenomeni di frana e alluvione, la percezione dell'esposizione ai rischi (in particolare frane, alluvioni e terremoti); ii) i fattori percepiti come influenti
sullo scatenamento della frana del 2010 e sui modi in cui la comunità locale è stata colpita dal disastro; iii) le informazioni ricevute dai cittadini sul rischio frana
e i livelli di soddisfazione relativi alle attività svolte dalle autorità durante l'emergenza e gli otto anni successivi all'evento franoso. La ricerca proposta mira a fornire un aiuto alle autorità nello sviluppo e nel miglioramento delle strategie di riduzione del rischio, e nelle attività di pianificazione nel territorio per migliorare la governance del rischio e la comunicazione tra i responsabili delle politiche locali e i cittadini.
olga petrucci, 2018, Long-term analysis of Damaging Hydrogeological Events in Calabria,
EGU General Assembly, Vienna, 10/04/2018,
Abstract
Long-term analysis of Damaging Hydrogeological Events in Calabria ...
Long-term analysis of Damaging Hydrogeological Events in Calabria
Cruscomagno, F., Gullà, G., Petrucci, Versace, P., 2018, OCDPC n. 473,
pp.1–29, 2018,
Abstract
Indirizzi tecnici per i progettisti_ Interventi sui versanti. ...
Indirizzi tecnici per i progettisti_ Interventi sui versanti.
Antronico, L., Cruscomagno, F., De Luca, D. L., De Santis, D., Greco, Spina, D., A., Gullà, G., Petrucci, O., Spolverino, G., Versace, P., 2018, OCDPC n. 473,
pp.1–16, 2018,
Abstract
Risposta a specifiche richieste integrative pervenute dal Dipartimento Nazionale di Protezione Civile, Ottobre 2018 ...
Risposta a specifiche richieste integrative pervenute dal Dipartimento Nazionale di Protezione Civile, Ottobre 2018
Antronico, L., Cruscomagno, F., De Luca, D. L., De Santis, D., Greco, Spina, D., A., Gullà, G., Petrucci, O., Spolverino, G., Versace, P., 2018, OCDPC n. 473,
pp.1–274, 2018,
Abstract
Rimodulazione del Piano degli interventi urgenti volti ad evitare situazioni di pericolo o maggiori danni ...
Rimodulazione del Piano degli interventi urgenti volti ad evitare situazioni di pericolo o maggiori danni a persone o a cose in conseguenza degli eccezionali eventi meteorologici verificatesi nei giorni dal 24 al 26 novembre 2016 nel territorio delle province di Crotone e Reggio Calabria e nei giorni dal 22 al 25 gennaio 2017 nel territorio delle province di Catanzaro, Crotone, Reggio Calabria e dei comuni di Longobucco, Oriolo e Trebisacce in provincia di Cosenza e di Vazzano in provincia di Vibo Valentia
Antronico, L., Cruscomagno, F., De Luca, D. L., De Santis, D., Greco, A., Gullà, G., Petrucci, O., Spolverino, G., Versace, P., 2018, OCDPC n. 473,
pp.1–252, 2018,
Abstract
Piano degli interventi urgenti volti ad evitare situazioni di pericolo o maggiori danni a persone ...
Piano degli interventi urgenti volti ad evitare situazioni di pericolo o maggiori danni a persone o a cose a seguito degli eccezionali eventi meteorologici verificatesi nei giorni dal 24 al 26 novembre 2016 nel territorio delle province di Crotone e Reggio Calabria e nei giorni dal 22 al 25 gennaio 2017 nel territorio delle province di Catanzaro, Crotone, Reggio Calabria e dei comuni di Longobucco, Oriolo e Trebisacce in provincia di Cosenza e di Vazzano in provincia di Vibo Valentia.
Gullà G., L. Aceto, L. Antronico, R. Coscarelli, A.A. Pasqua, O. Petrucci, 2018, Definizione dei Dati-Validazione e rilascio. WP01-Task03-CNR-IRPI.,
"RMS_Filiera - Risk Management System", Definizione dei Dati-Validazione e rilascio., 2018,
Abstract
Definizione dei Dati-Validazione e rilascio. ...
Definizione dei Dati-Validazione e rilascio.
