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Seawater Intrusion Via Surface Water Vs. Deep Shoreline Salt-Wedge: a Case History from the Pisa Coastal Plain (Italy)
Groundwater for Sustainable Development 2-3 (2016) 73–84 Contents lists available at ScienceDirect Groundwater for Sustainable Development journal homepage: www.elsevier.com/locate/gsd Research paper Seawater intrusion via surface water vs. deep shoreline salt-wedge: A case history from the Pisa coastal plain (Italy) F. Franceschini a,b,n, R. Signorini a a Earth Sciences Department of Pisa University, Via S. Maria, 53, 56126, Pisa, Italy b Environmental Protection Agency of Tuscany (ARPAT), Via Vittorio Veneto, 27, 56127, Pisa, Italy article info abstract Article history: This study analyses data regarding the quality of surface water in the Pisan plain between the mouth of Received 24 July 2015 the Arno river, Pisa and Livorno in order to identify the origin of the high chloride content derived from Received in revised form the sea water in areas far from the coast. We used existing environmental monitoring data from the 29 April 2016 study area integrated with data from the present study. Accepted 14 May 2016 The study involved measuring the piezometric levels and electrical conductivity (EC), together with a Available online 10 June 2016 chemical analysis of the surface water and phreatic aquifer (water table aquifer) samples. Data acqui- Keywords: sition through sampling along coastline piezometers, was carried out in 2008. In the summer of 2012 we Salinity supplemented data regarding areas further inland with surveys of piezometric levels and EC in the Navicelli channel hydrographic network and shallow wells. The distribution of salinity was compared with a three-year Salt pollution monitoring survey carried out at the water sampling points in the Tombolo forest, an area about 5 km Land management Phreatic aquifer from the coastline. -
The Elevation Net for the Saltwater Intrusion Phenomenon Analysis in the Coastal Plain of Pisa
The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Volume XL-5/W3, 2013 The Role of Geomatics in Hydrogeological Risk, 27 – 28 February 2013, Padua, Italy THE ELEVATION NET FOR THE SALTWATER INTRUSION PHENOMENON ANALYSIS IN THE COASTAL PLAIN OF PISA G. Caroti a, A. Piemonte a, M. Redini b a Laboratorio A.S.T.R.O., Dipartimento di Ingegneria Civile e Industriale, Università di Pisa, Largo Lucio Lazzarino 1 56123 PISA, tel 050 221 7770, fax 050 221 7779, e-mail [email protected] b Comune di Pisa, [email protected] KEY WORDS: Surveying, Hydrology, Environment, DEM/DTM, LIDAR, Georeferencing, Model ABSTRACT: In coastal plains, such as that of Pisa, with particular reference to groundwater, the marine intrusion phenomenon occurs not only through the freshwater/saltwater interface in the aquifer along the shore line, but also by the rise of the salt wedge in water courses, in case they are in hydraulic connection with the aquifer itself. The depth of the interface is primarily regulated by the hydrostatic freshwater/saltwater balance, that can be modified by anthropic exploitation of groundwater. To this day, seawater intrusion is considered one of the most extensive and important processes that degrade water quality through an increase in salinity levels up to values exceeding the standard for drinking water and irrigation systems, and endangering the future use of coastal waters. Given the potential hazard of the phenomenon, control wells are set up in order to monitor its evolution, allowing to perform routine in-well analyses aimed at measuring its characteristic parameters. -
Pisa PAC 2012
Comune di Pisa - Pisamo ALL. 1 COMUNE DI PISA ASSESSORATO ALL’AMBIENTE ASSSESSORATO ALLA MOBILITA’ PIANO DI AZIONE COMUNALE PER IL RISANAMENTO E IL MANTENIMENTO DELLA QUALITÀ DELL’ARIA AMBIENTE PISA marzo 2012 Piani di Azione Comunale Pagina 1 Comune di Pisa - Pisamo Sommario 1. LA CARATTERIZZAZIONE DEL CONTESTO TERRITORIALE ................ 4 1.1. Informazioni generali sul territorio del Comune .......................... 4 1.2. Caratteristiche specifiche di aree del territorio comunale dove si sono avuti superamenti dei valori limite od aree che presentano comunque evidenti pressioni ............................................................................... 7 2. FATTORI DI PRESSIONE E CONDIZIONI METEOCLIMATICHE ............ 7 2.1. Le sorgenti di emissione in atmosfera ..................................... 7 2.2. Le condizioni meteo-climatiche. ........................................... 8 3. Stato della qualità dell’aria nel Comune .......................................... 8 4. AZIONI/MISURE PER IL MIGLIORAMENTO DELLA QUALITÀ DELL’ARIA 15 4.1. Azioni/misure previste e/o in corso di attuazione che comportano una riduzione delle emissioni ............................................................ 16 5. INTERVENTI STRUTTURALI NEL SETTORE DELLA MOBILITA’ ........... 21 5.1. Piano della mobilità dell’”AREA PISANA” ................................ 21 5.2. Azioni per la limitazione alla circolazione dei veicoli privati maggiormente inquinanti ............................................................ 22 5.3. ULTERIORI LIMITAZIONI ALLA -
Jessica Evaluation Focused Study Regione Toscana
JESSICA JOINT EUROPEAN SUPPORT FOR SUSTAINABLE INVESTMENT IN CITY AREAS JESSICA EVALUATION FOCUSED STUDY REGIONE TOSCANA ENGLISH VERSION This document has been produced with the financial assistance of the European Union. The views expressed herein can in no way be taken to reflect the official opinion of the European Union. EXECUTIVE SUMMARY.................................................................................................... 4 1. TUSCANY –INTEGRATED PLAN FOR SUSTAINABLE URBAN DEVELOPMENT .................. 7 2. THE JESSICA FRAMEWORK ................................................................................. 13 2.1. Funding Agreement - Managing Authority, Holding Fund.................................. 20 2.2. Operational Agreement – Urban Development Fund ........................................ 23 2.3. Investment Agreement and procedures ......................................................... 29 3. JESSICA PILOT PROJECT IN TUSCANY.................................................................. 38 3.1. Piombino – IPSID analysis ........................................................................... 39 3.2. Livorno – Dogana d’Acqua and Scoglio della Regina ........................................ 46 3.3. Firenze – former Sant’Orsola monastery and Villa Mondeggi............................. 51 INDEX OF FIGURES Figure 5 – Technological Centres IPSUD projects scores..............................11 Figure 6 – Tourism and Commerce IPSUD initiatives...................................11 Figure 7 – Urban Infrastructures -
Urban Analysis and Development
Urban analysis and development studies for the area of the Santa Chiara Hospital in the city of Pisa (Italy): a comparison between different redevelopment options 1 Sergio Mattia*, Alessandra Oppio**, Alessandra Pandolfi*** * Department of Architecture and Planning (Di.A.P.), Via Bonardi n. 3, Politecnico di Milano ([email protected]) ** Department of Building Environment Sciences and Technology (Best), Via Bonardi n. 9, Politecnico di Milano ([email protected]) 1. Introduction This paper represents an excerpt of the theses of the I cycle of the Master in “Real Estate Finance and Development – Part Time” and concerns the projects prepared for the International Town Planning Competition announcement called “Urban redevelopment of the University Hospital of Santa Chiara, facing Piazza dei Miracoli”, promulgated from the Town Council of Pisa (by the Building standards and urban redevelopment office of the Town planning division) in 2007 and developed through an only phase with pre-selection. The Competition terms have been accepted by 40 architecture design groups (of which, 10 have been selected for the following project pre-design stage 2) in order to solve the urban planning “conflict” emerged between the hospital uses of the involved area and the symbol of the Township of Pisa, the Unesco site of Piazza dei Miracoli, on which the Santa Chiara pole overlooks. The essential requirement of the International Competition was the selection of the best design idea on the basis of some fundamental principles, particularly referring to the capability of the scheduled investments to create value: therefore, the primary purpose of the Master theses was to evaluate the extent to which every project meets different levels of economical and financial balance. -
Proceedings E Report 115 REPORT of the INTERNATIONAL TECHNICAL and SCIENTIFIC COMMITTEE of FLORENCE 2016 on the PROTECTION of FLORENCE from FLOODING
Proceedings e report 115 REPORT OF THE INTERNATIONAL TECHNICAL AND SCIENTIFIC COMMITTEE OF FLORENCE 2016 ON THE PROTECTION OF FLORENCE FROM FLOODING Prof. Günter Blöschl, Vienna University of Technology Prof. Gerald Galloway, University of Maryland, Chair Prof. Marcelo Garcia, University of Illinois Prof. Alberto Montanari, University of Bologna Prof. Giovanni Seminara, University of Genoa Prof. Luca Solari, University of Florence (for biographical information see Appendix B) Saving a World Treasure: Protecting Florence from Flooding Gerald Galloway Giovanni Seminara Günter Blöschl Marcelo Garcia Alberto Montanari Luca Solari Firenze University Press 2017 Saving a World Treasure: Protecting Florence from Flooding / Gerald Galloway, Giovanni Seminara, Günter Blöschl, Marcelo Garcia, Alberto Montanari, Luca Solari. – Firenze : Firenze University Press, 2017. (Proceedings e report ; 115) http://digital.casalini.it/9788864536781 ISBN 978-88-6453-677-4 (print) ISBN 978-88-6453-678-1 (online) Graphic design Alberto Pizarro Fernández Front cover photo: Photo by Nicla Falconi Citation: Galloway, G., Seminara, G., Blöschl, G., Garcia, M., Montanari, A., Solari, L. 2017. Saving a World Treasure: Protecting Florence from Flooding. Florence: Firenze University Press 2017. (http://www.fupress.com/catalogo/saving-a-world-treasure-protecting-florence-from-flooding/3517) Peer Review Process All publications are submitted to an external refereeing process under the responsibility of the FUP Editorial Board and the Scientific Committees of the individual series. The works published in the FUP catalogue are evaluated and approved by the Editorial Board of the publishing house. For a more detailed description of the refereeing process we refer to the official documents published on the website and in the online catalogue of the FUP (www.fupress.com). -
Guide of Recommendations for the Planning and Management of Industrial Estates Through Industrial Ecology- November 2006
GGUUIIDDEE OOFF RREECCOOMMMMEENNDDAATTIIOONNSS FFOORR TTHHEE PPLLAANNNNIINNGG AANNDD MMAANNAAGGEEMMEENNTT OOFF IINNDDUUSSTTRRIIAALL EESSTTAATTEESS TTHHRROOUUGGHH IINNDDUUSSTTRRIIAALL EECCOOLLOOGGYY CREDITS GUIDE OF RECOMMENDATIONS FOR THE PLANNING AND MANAGEMENT OF INDUSTRIAL ESTATES THROUGH INDUSTRIAL ECOLOGY- NOVEMBER 2006 DIRECTION OF THE REDACTION Xavier Martí I Ragué – Department of Environment and Housing – Government of Catalonia REDACTION Magali Outters – Sistemas Medioambientales, SL COLLABORATION TO THE REDACTION Dr. Cyril Adoue – Systèmes Durables, SARL Laura Buguña Hoffman, Aida Calderón Boix – SINERIA, SL Francisco González Rodríguez – Sistemas medioambientales, SL INTERNATIONAL WORKGROUP Paula Querci, Cecilia Grazzini, Luciano Giovanelli - ARPAT (Environmental Protection Agency – Tuscany Region) – Italy Daniele Antinarella, Luca Lazzaretti – Region of Abruzzo - Italy Eleni Manolopoulou, Calliope Dempeli – Region of Peloponnesus – Greece Takis Tsagronis – NOUS, SA – Peloponnesus - Greece 2 INTRODUCTION ............................................................................ 10 1. Introduction to industrial ecology and circular economy .................................. 11 1.1. Definition............................................................................................................ 11 1.2. Guiding principles .............................................................................................. 13 1.2.2. Seal: minimise losses by dissipation.......................................................... -
The Historical Development of the Port of Livorno (Italy) and Its New Port Plan 2010 in Advanced Stage of Elaboration
The historical development of the port of Livorno (Italy) and its new Port Plan 2010 in advanced stage of elaboration Alberto Noli, University of Rome “La Sapienza”, Faculty of Engineering - DITS, Rome, Italy, [email protected] Paolo De Girolamo, University of L’Aquila, Faculty of Engineering - DISAT, L’Aquila, Italy, [email protected] Roberto Piccini, Livorno Port Authority, Livorno, Italy Claudio Vanni, Livorno Port Authority, Livorno, Italy Andrea Del Corona, Livorno Port Authority, Livorno, Italy Marco Tartaglini, Modimar s.r.l., Abstract The geographical location makes the port of Livorno one of the most important in Italy. The port, in-fact, benefits of an extended network of roads and rails connecting it with the rest of Italy, and central and southern Europe as well. The history of Livorno and of its port is inextricably linked to that of Pisa and Florence, and to the complexity of events that determined the political set-up of the region along several centuries. Looking at the new Port Plan of Livorno has made it necessary an extensive overview of the history of both the port, and of its planning. Keywords: History, Italy, Livorno, Plan, Port. 1. Geographical context The Port of Livorno is the most important port in Tuscany and one of the most important in Italy, as it has a strategic geographical location, and a good inland transportation infrastructure (see Fig.1). In 2008 the Port of Livorno has passed the milestone of 34 million tons handled in total. In 2009, in connection with the serious global recession, the port recorded a decline of 21.3% of traffic.