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Amyotrophic Lateral Sclerosis Spatial Epidemiology in the Mount Etna Region
Amyotrophic Lateral Sclerosis spatial epidemiology in the Mount Etna region, Italy: further evidences for a pathogenetic role of volcanogenic metals. Boumédiène F.1*, Vasta R.2*, Rascunà C.3, Lo Fermo S.3, Volanti P. 4, Patti F. 3, Ferrante M. 5, Giammanco S.6, Zappia M.3, Nicoletti A3. *These authors equally contributed to the work. 1 Net, Unité Mixte de Recherche 1094, Université de Limoges, Limoges, France. 2 ALS Center, ‘Rita Levi Montalcini’ Department of Neuroscience, University of Turin, Turin, Italy. 3 Section of Neurosciences, Department GF Ingrassia, University of Catania, Catania. 4 Intensive Neurorehabilitation Unit, ALS Centre, IRCCS ‘Salvatore Maugeri’ Foundation, Mistretta. 5 Environmental and Food Hygiene Laboratory – LIAA, Department GF Ingrassia, University of Catania, Catania. 6 Istituto Nazionale di Geofisica e Vulcanologia, Osservatorio Etneo, Catania. Corresponding Author: Alessandra Nicoletti, Section of Neurosciences, Department GF Ingrassia, University of Catania, Catania. Mail: [email protected], tel: 095378xxx Type of article: original article. Abstract word count: xxx. Text word count: xxx. Figures: xxx. Tables: xxx. Running title: Spatial epidemiology of ALS in Mount Etna region. Keywords: Amyotrophic Lateral Sclerosis, Motor Neuron Diseases, spatial epidemiology, volcanogenic metals, Mt. Etna. Abstract Background. Spatial epidemiology can give important clues on the etiology of a disease. Previously, we described a higher incidence of Amyotrophic Lateral Sclerosis (ALS) in the eastern flank of the Mount Etna when compared to the western one and intake of volcanogenic metals was proposed as a possible explanation. Here we further investigated the spatial distribution of ALS cases in the Mount Etna region. Methods. ALS cases in the residents of the province of Catania who had experienced the onset of symptoms during the 2005-2015 period were included. -
UST 18 Siracusa ATC SR1 Graduatoria Definitiva Cacciator.Pdf
REPUBBLICA ITALIANA Regione Siciliana ASSESSORATO REGIONALE DELL'AGRICOLTURA, DELLO SVILUPPO RURALE E DELLA PESCA MEDITERRANEA DIPARTIMENTO REGIONALE DELLO SVILUPPO RURALE E TERRITORIALE SERVIZIO 18 UFFICIO SERVIZIO PER IL TERRITORIO DI SIRACUSA UNITA' OPERATIVA n°3 GESTIONE DELLE RISORSE NATURALISTICHE- RIPARTIZIONE FAUNISTICO VENATORIA DI SIRACUSA STAGIONE VENATORIA 2016/2017 - GRADUATORIA CACCIATORI REGIONALI - A.T.C.: SR1 RACCOMANDATA POSIZIONE ALTRI ATC ALTRI ATC PRIORITA' N. CIVICO DATA DATA LUOGO DI COGNOME NOME INDIRIZZO CAP CITTA' DI RESIDENZA PROV NASCITA NASCITA 1 01/01/2015 CUGNO GARRANO GIUSEPPE 15/11/1950 PACHINO CORSO GARIBALBI 106 97015 MODICA RG SR2 RG1 1 VIA BENEVENTANO DEL 2 01/01/2015 CUGNO GARRANO ROSARIO 08/12/1944 PACHINO 6 96100 SIRACUSA SR RG1 RG2 2 BOSCO C/DA FINOCCHIARA 3 01/01/2015 CANNATA GIUSEPPE 20/03/1977 MODICA SNC 96019 ROSOLINI SR 2 GROTTICELLE 4 01/01/2015 BELLAVITA SALVATORE 11/11/1980 NOTO VIALE TICA 149 96100 SIRACUSA SR CT2 RG1 2 5 01/01/2015 CANIGLIA SALVATORE 19/09/1933 SCORDIA VIA TRAPANI 75 95048 SCORDIA CT 3 MILITELLO VAL DI 6 01/01/2015 RAGUSA AUGUSTO 21/10/1937 VIA MASS. D'AZEGLIO 5 95043 MILITELLO VAL DI CT CT CT2 RG1 3 CT 7 01/01/2015 ZAPPARRATA SEBASTIANO 28/05/1939 SCORDIA VIA BRANCATI 14 95048 SCORDIA CT 3 8 01/01/2015 MILLUZZO GIOVANNI 24/06/1939 SCORDIA VIA SANDRO PERTINI 7 95048 SCORDIA CT 3 9 01/01/2015 SCUDERI SALVATORE 04/01/1940 SCORDIA VIA BASCHELET 5 95048 SCORDIA CT CT2 3 10 01/01/2015 DI BENEDETTO SEBASTIANO 15/04/1942 SCORDIA VIA ETNA 13 95048 SCORDIA CT 3 11 01/01/2015 DI -
After Thirty Years Photovoltaic Power at Adrano Ready to Start Again
ENEL GREEN POWER: AFTER THIRTY YEARS PHOTOVOLTAIC POWER AT ADRANO READY TO START AGAIN • The new plant will rise in the Sicilian site where thirty years ago the first concentrating solar plant in the world was built • With an installed capacity of 9 MW, it will be able to generate more than 14 million kilowatt hours annually. Rome, January 27th, 2011 - The construction of a new Enel Green Power photovoltaic power plant at Adrano in the province of Catania is getting under way. It will rise in the site where in 1981 Enel built the first concentrating solar plant in the world. The new Enel Green Power plant, with an installed capacity of 9 MW, will be able to generate more than 14 million kWh a year – equal to the consumption of more than 5,000 households – thus avoiding the emission of about 10,000 tonnes of CO2 a year. The Adrano plant, which has received the go-ahead from the Region of Sicily, will rise on the same site where, in 1981, Eurelios was built: the first solar power plant in the world to supply the grid with electricity generated by the sun. At that time, the Adrano area was selected because it was deemed the sunniest in Europe, and the concentrating solar tower plant, with a mirror array of more than 7,800 square metres, was able to generate 1 MW. The main components of the historic Eurelios solar power plant, which will be decommissioned in the initial stages of construction, will be sent to MUSIL, the Museum of Industry and Work in Brescia. -
1 Di Bartolo Camilla 06/06/1970 Ct Aaaa Ic
GRADUATORIA PROVVISORIA PERMESSI STUDIO ANNO 2017 - SCUOLA DELL'INFANZIA DATA DI ordine STATO N COGNOME NOME PROV. SEDE DI SERVIZIO COMUNE NASCITA scuola GIUR. motivo priorita prec. anni serv. 1 DI BARTOLO CAMILLA 06/06/1970 CT AAAA I.C. "GIOVANNI XXIII" ACIREALE T.D. LAUREA B 1 12 2 GIARDINA LUISA P. 26/01/1962 SR AAAA I.C. DE ANDRE' ACI SANT'ANTONIO T.I. LAUREA B 1 11 3 AMATO GIUSEPPA 16/03/1964 AG AAAA I.C. "FONTANAROSSA" CATANIA T.I. LAUREA B 3 15 4 MILANESE MARCHERITA 24/08/1969 AG AAAA I.C. "FONTANAROSSA" CATANIA T.I. LAUREA B 3 6 5 SCUZZARELLA ROSANNA 02/09/1968 CT AAAA I.C. "MONTESSORI" CALTAGIRONE T.I. LAUREA B 3 5 6 GUZZETTA CONCETTA 31/07/1951 CT AAAA I.C. VITTORINI S.P. CLARENZA T.I. LAUREA B 4 33 7 LO JACONO PATRIZIA 04/12/1970 CT AAAA C.D. "S.T. DI CALCUTTA" TREMESTIERI ET. T.I. LAUREA B 4 21 8 CAVALLARO ROSSANA M. 05/08/1966 CT AAAA I.C. "S. SCANDURA" ACICATENA T.I. LAUREA B 4 20 9 GRECO GRAZIA L. 13/12/1964 CT AAAA I.C. "III GIARRE" GIARRE T.I. LAUREA B 4 20 10 PAPPALARDO GIOVANNI 09/09/1973 CT AAAA I.C. "L. DA VINCI" CASTEL DI JUDICA T.I. LAUREA B 4 19 11 BAUDO MELINA 13/07/1970 CT AAAA I.C. "P. PIO DA PIETRELCINA" MISTERBIANCO T.I. LAUREA B 4 18 12 BUTTA' ANNA 09/06/1967 CT AAAA I.C. -
Rural Development Between “Institutional Spaces” and “Spaces of Resources and Vocations”: Park Authorities and Lags in Sicily
TOPIARIUS • Landscape studies • 6 Concetta Falduzzi1 Doctor of Political and Social Science, Expert in local development policies Giuseppe Sigismondo Martorana1 M. Sc. In Law University of Catania, Department of Political and Social Science Rural development between “institutional spaces” and “spaces of resources and vocations”: Park Authorities and LAGs in Sicily Abstract This paper addresses the subject of the reference frames of territori- alisation processes determined by local development initiatives. Its purpose is to offer a survey on a central issue: which spatial frames of reference influence or justify the choices of LAGs in the defini- tion and delimitation of local development spaces. The paper is about the case of Sicily, presenting some possible in- terpretations of an evolution of the development space from “insti- tutional space” to “space of resources and vocations”. The paper will highlight the relation between the spaces of natural parks and the spaces of LAGs in the Participatory Local Development Strate- gies. Keywords: territorialisation, local development, LAGs, natural park, Participatory Local Development Strategies Introduction It has been argued [Martorana 2017] that the landscape resources are fundamental to the development of tourism in rural areas; that Park Authorities, as institutional bodies responsible for the environmental and landscape protection of 1, For the purpose of the attribution of the two Authors‟ contributions to this article, it is speci- fied that C. Falduzzi is the Author of the paragraphs 'Introduction'. 'The „objects‟ of observa- tion: LAGs and regional natural parks between development and protection' and 'Rural devel- opment territories and natural parks in Sicily: two geographies compared'. G.S. -
A Seismic Network Reliability Evaluation on a GIS Environment – a Case Study on Catania Province
A seismic network reliability evaluation on a GIS environment – a case study on Catania province S. Cafiso, A. Condorelli, G. Cutrona & G. Mussumeci Department of Civil and Environmental Engineering, University of Catania, Viale Andrea Doria, 6, 95125 Catania, Italy Abstract Human society is nowadays strongly dependent on an articulated and complex network of road infrastructures. Essential services for current users as well as for every kind of human activity have been entrusted to this network that takes the name of “lifeline”. Network Reliability Analysis mainly measures network performance related to its capability to oppose or react against the failure of single elements. When a catastrophic event strikes a wide area, it is necessary that the infrastructure system is designed with a high redundancy, to have effective alternatives in choosing a route to maintain network function. However, if in mathematical analysis of a simple structure, a redundancy rate could clearly be defined, it would not be sufficient to quantify the redundancy effect in a more complex and real-life structure such as a road network. In this paper, we propose a GIS (Geographic Information System) based methodology to study the road Network effectiveness after a seismic event. The method is based on the concepts of Encountered Reliability and Terminal Reliability and it has been applied to the Catania Province area. The results show which towns and links are in the most critical condition and must be considered for road planning and management prioritization. -
Children in Roof Tiles
Medicina Historica 2021; Vol. 5, N. 1: e2021006 © Mattioli 1885 Original articles: paleopathology Children in roof tiles: a case study from medieval Paternò (Sicily) Alessandra Morrone1, Dario Piombino-Mascali2, Maria Randazzo3, Giulia Raimondi4, Laura Maniscalco5 1Department of Archaeology, Institute of History and Archaeology, University of Tartu, Tartu Estonia; 2Department of Anato- my, Histology and Anthropology, Institute of Biomedical Sciences, Vilnius University, Vilnius Lithuania; 3Ministry of Educa- tion, University and Research, Adrano, Italy; 4Department of Humanities, University of Catania, Catania Italy; 5Superintend- ence for the Cultural and Environmental Heritage of Catania, Catania Italy Abstract. The study of child fictile burials provides a chance to understand the role and treatment of children within past societies, and this typology of burial customs has been rarely encountered in medieval Sicilian fu- nerary contexts. This paper investigates three unusual child burials within roof tiles discovered in the cemetery of Santa Maria della Valle di Josaphat at Paternò (Eastern Sicily), dating from the XIV century AD. A multi- disciplinary approach was adopted, considering the archaeological, bioanthropological and paleopathological aspects of the burials, thus providing a critical evaluation in the light of the historical and archaeological con- texts. Two of these three individuals were well-preserved enough to allow a thorough macroscopic investiga- tion. The results of the bioarchaeological analyses indicated that they were around 2-3 years of age at death, representing striking examples of non-perinatal individuals recovered from fictile artefacts in Italian funerary contexts. In one of the two subjects, the paleopathological study allowed for the identification of skeletal changes associated with systemic metabolic disease. -
I Comuni Che Ricadono Negli Ambiti Territoriali Di Caccia
I COMUNI CHE RICADONO NEGLI AMBITI TERRITORIALI DI CACCIA AMBITO TERRITORIALE DI CACCIA DI - AG1 - Ricadono i seguenti comuni: Agrigento, Bivona, Burgio, Calamonaci, Caltabellotta, Cattolica Eraclea, Cianciana, Lucca Sicula, Montevago, Montallegro, Menfi, Porto Empedocle, Sambuca di Sicilia, Santa Margherita Belice, Sciacca, Siculiana, Realmonte, Ribera, Villafranca Sicula. AMBITO TERRITORIALE DI CACCIA DI - AG2 - Ricadono i seguenti comuni: Alessandria della Rocca, Aragona, Camastra, Cammarata, Campobello di Licata, Canicattì, Casteltermini, Castrofilippo, Comitini, Favara, Grotte, Joppolo Jancaxio, Licata, Naro, Palma di Montechiaro, Racalmuto, Raffadali, Ravanusa, S. Biagio Platani, S. Giovanni Gemini, Santa Elisabetta, Sant’Angelo Muxaro, Santo Stefano Quisquina. AMBITO TERRITORIALE DI CACCIA DI – AG3 - Comprende le Isole Pelagie, costituite dai territori di Lampedusa, Linosa e Lampione. AMBITO TERRITORIALE DI CACCIA DI - CL1- Ricadono i seguenti comuni: Aquaviva Platani, Bompensiere, Caltanissetta, Campofranco, Delia, Marianopoli, Milena, Montedoro, Mussomeli, S. Caterina Villarmosa, S. Cataldo, Serradifalco, Sommatino, Sutera, Vallelunga Pratameno, Villalba. AMBITO TERRITORIALE DI CACCIA DI - CL2- Ricadono i seguenti comuni: Butera, Gela, Mazzarino, Niscemi, Riesi. AMBITO TERRITORIALE DI CACCIA DI – CT1- Ricadono i seguenti comuni: Aci Bonaccorsi, Aci Castello, Aci Catena, Acireale, Aci Sant’Antonio, Adrano, Belpasso, Biancavilla, Bronte, Calatabiano, Camporotondo Etneo, Castel di Judica, Castiglione di Sicilia, Catania, Fiumefreddo -
Volcanic Risk and the Role of the Media. a Case Study in the Etna Area
AIMS Geosciences, 5(3): 448–460. DOI: 10.3934/geosci.2019.3.448 Received: 26 April 2019 Accepted: 17 June 2019 Published: 02 July 2019 http://www.aimspress.com/journal/geosciences Research article Volcanic risk and the role of the media. A case study in the Etna area Leonardo Mercatanti* and Gaetano Sabato* Department of Cultures and Societies, University of Palermo, Italy * Correspondence: Email: [email protected]; [email protected]. Abstract: On December 24, 2018, the Etna volcano has recorded a significant eruption. Linked to this phenomenon, after a seismic swarm of 72 shocks, a 4.8-magnitude earthquake struck a large area North of Catania city, on the Eastern coast of Sicily. Six villages reported 28 injured people and damages to the building. According to seismologists the earthquake had an unusual level of magnitude. Yet, despite the real danger of this event, many people who live around the volcano, in one of the most densely populated areas of Sicily, perceived these facts in an ambivalent way. Indeed, their lives continued as before even in awareness of the natural hazard, while several media presented the situation as really dangerous in a worried tone. This paper, part of a wider research still in progress, aims to analyse the perception of the risk towards the biggest and highest volcano of Europe by the inhabitants of some villages that rise around the Etna. Based on a previous research conducted in 2013 in the same area, this study compares the ways in which this recent earthquake was perceived by some residents in the area and the ways in which some online newspaper narrated the event. -
Radioactivity Measurements in Volcano-Tectonic Area for Geodynamic Process Study
EPJ Web of Conferences 24, 05009 (2012) DOI: 10.1051/epjconf/ 20122405009 C Owned by the authors, published by EDP Sciences - SIF , 2012 Radioactivity measurements in volcano-tectonic area for geodynamic process study D. Morelli1,2,∗,G.Imme´1,2,S.Cammisa1,R.Catalano1, G. Mangano1,S.LaDelfa3 and G. Patane`3 1 Dipartimento di Fisica e Astronomia, Universit`a di Catania via S. Sofia, 64 I-95123 Catania, Italy 2 INFN, Sezione di Catania - via S. Sofia, 64 I-95123 Catania, Italy 3 Dipartimento di Scienze Geologiche, Universit`a di Catania Corso Italia, 57 I-95100 Catania, Italy Abstract In the last ten years we carried out several radioactivity investiga- tions in the aetnean area, a peculiar site characterized by both tectonic and volcanic features. In particular, continuous measurements in-soil radon gas carried out from 2001 until 2006 in the eastern flank of Mt. Etna, while several volcanic events occurred, showed a possible corre- lation between radon concentration and geodynamic activity, in partic- ular magma uprising. We report in particular on the survey performed in order to determine vertical radon concentration profiles at different depths in sites near active faults in order to extract radon diffusion co- efficients for the different sites. Moreover laboratory analysis allowed determining radionuclide contents (via γ-spectroscopy) and radon ex- halation rate (via Can-technique) for different rock samples from the monitored sites. This study represents a contribution to better define the radon transport process through fractured media, in particular in volcanic area. ∗E-mail: [email protected] This is an Open Access article distributed under the terms of the Creative Commons Attribution License 2.0, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. -
Lava Flow Risk Assessment on Mount Etna Through Hazard and Exposure Modelling
Lava flow risk assessment on Mount Etna through hazard and exposure modelling 1669 Etna eruption Annalisa Cappello1, Giuseppe Bilotta1, Claudia Corradino1, Gaetana Ganci1, Alexis Herault1,2, Vito Zago1,3, Ciro Del Negro1 1 INGV-CT, Italy 2 CNAM, France 3 Northwestern University, USA E-mail: [email protected] Summit and flank eruptions at Etna Summit eruptions are consequence of the ascent of magma from a central reservoir through the central conduit. Flank eruptions originate from the central conduit; here magma rises and propagates laterally and downslope, All eruption typologies are likely to give rise to lava flow, feeding radial and which is the greatest hazard presented by Etna to the lateral fissures. inhabited areas. Aerial view (from South to North) of the densely urbanized southern flank of Etna. Numerous historical and pre-historical parasitic cones are surrounded by towns and villages. Definition of risk for lava flow inundations Risk = Hazard × Vulnerability × Exposure H = Hazard V = Vulnerability E = Exposure (Value) The probability The level of damage A properly dimensioned that a certain suffered by an and scaled measure of area will be element or group of the number of people, RISK inundated by elements as a result buildings, roads or other future lava of the occurrence of critical infrastructure flows over a an event of given potentially affected by the specific time intensity and hazardous phenomenon. period. magnitude. Vulnerability to lava flow inundation = 100% = 1 Lava flow hazard map Lava flow hazard based on field data, probabilistic modelling, and MAGFLOW simulations. Colors represent different hazard levels indicating a ranges of probability of inundation by a lava flow from a flank eruption in the next 50 years. -
Piano Stralcio Di Bacino Per L'assetto Idrogeologico (P.A.I.)
REPUBBLICA ITALIANA Regione Siciliana Assessorato Regionale del Territorio e dell’Ambiente DIPARTIMENTO REGIONALE DELL’AMBIENTE Servizio 3 "ASSETTO DEL TERRITORIO E DIFESA DEL SUOLO” Piano Stralcio di Bacino per l’Assetto Idrogeologico (P.A.I.) (ART.1 D.L. 180/98 CONVERTITO CON MODIFICHE CON LA L.267/98 E SS.MM.II.) Area Territoriale tra i bacini del F. Simeto e del F. Alcantara (095) 3° Aggiornamento Parziale Relazione Anno 2013 AREA TERRITORIALE TRA I BACINI DEL F. SIMETO E DEL F. ALCANTARA (095) REGIONE SICILIANA IL PRESIDENTE On. Rosario Crocetta ASSESSORATO TERRITORIO E AMBIENTE Assessore Maria Lo Bello DIPARTIMENTO REGIONALE DELL’AMBIENTE Dirigente Generale Dott. Gaetano Gullo SERVIZIO ASSETTO DEL TERRITORIO E DIFESA DEL SUOLO Dirigente Responsabile Dott. Aldo Guadagnino dal 09 maggio 2013 UNITÀ OPERATIVA PIANIFICAZIONE E PROGRAMMAZIONE PAI Dirigente Geol. Lucina Capitano dal 26 giugno 2013 UNITÀ OPERATIVA ADEMPIMENTI DI COMPETENZA DELLE AUTORITÀ DI BACINO DI CUI ALL’ART. 63 DEL D.LGS 152/06 Dirigente Ing. Antonino Granata dal 01 ottobre 2013 Coordinamento fino al 30 aprile 2013 Ing. Vincenzo Sansone - Dirigente Responsabile del Servizio 3 - “Assetto del territorio e Difesa del Suolo” Dott.ssa F. Grosso - Dirigente – U.O.S 3.1 “Pianificazione e Programmazione PAI” Redazione: Geomorfologia: Dott. Geol. Giuseppe Rago per i Comuni di Catania, Milo, Misterbianco, Sant’Alfio e Trecastagni Dott. Geol. Angela Ricupero per i Comuni di Idraulica: Ing. Santo Scordo per i Comuni di Catania, Aci Castello, Aci Sant’Antonio, Mascalucia , Misterbianco