Secrets of Le Marche
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EN ROCCHE EN.Pdf
Places to see and itineraries Where we are Bellaria Trento Igea Marina Milano Venezia Torino Bologna Oslo Helsinki Genova Ravenna Rimini Stoccolma Mosca Firenze Dublino Ancona Santarcangelo Perugia di Romagna Londra Amsterdam Varsavia Rimini Bruxelles Kijev Poggio Berni Roma Berlino Praga Vienna Bari Parigi Monaco Napoli Torriana Budapest Verucchio Milano Montebello Bucarest Rimini Riccione Madrid Cagliari Roma Catanzaro Ankara Coriano Talamello Repubblica Atene Palermo Novafeltria di San Marino Misano Adriatico Algeri Castelleale Tunisi Sant’Agata Feltria Maioletto San Leo Montescudo Agello Maiolo Montecolombo Cattolica Petrella Guidi Sassofeltrio San Clemente Gradara Maciano Gemmano Morciano San Giovanni fiume Conca di Romagna in Marignano Ponte Messa Pennabilli Casteldelci Monte AR Cerignone Montefiore Conca Saludecio Piacenza Molino Pietrarubbia Tavoleto Montegridolfo di Bascio Carpegna Macerata Mondaino Feltria Ferrara fiume Marecchia Sassocorvaro Parma Reggio Emilia Modena Rimini Mondaino Sismondo Castle Castle with Palaeontological museum Bologna Santarcangelo di Romagna Montegridolfo Ravenna Malatesta Fortress Fortified village Torriana/Montebello Montefiore Conca Forlì Fortress of the Guidi di Bagno Malatesta Fortress Cesena Verucchio Montescudo Rimini Malatesta Fortress Fortified village Castle of Albereto San Marino San Leo Fortress Montecolombo Fortified village Petrella Guidi Fortified village and castle ruins Monte Cerignone Fortress Sant’Agata Feltria Fortress Fregoso - museum Sassocorvaro Ubaldini Fortress Distances Pennabilli -
Piano Triennale Offerta Formativa (PTOF)
Piano Triennale Offerta Formativa (P.T.O.F) Triennio 2019-2022 Istituto Omnicomprensivo “Montefeltro” (Istituto Comprensivo “A.Battelli”- I.I.S. “M.Vannucci”) Documento costitutivo dell’identità culturale e progettuale dell’istituzione scolastica; esplicita la progettazione curricolare, extracurricolare ed educativa adottate nell’ambito della propria autonomia. Piano Triennale Offerta Formativa (P.T.O.F) Triennio 2019-2022 1 Piano Offerta Formativa A.S. 2019/2020 Piano Triennale Offerta Formativa (P.T.O.F) Triennio 2019-2022 2 PREMESSA L’ ultima riforma del sistema scolastico, avvenuta con L. 107/2015, ha ribadito e ampliato l’importanza di questo documento programmatico/ progettuale. “Ogni istituzione scolastica predispone, con la partecipazione di tutte le sue componenti, il piano triennale dell’offerta formativa, rivedibile annualmente. Il piano è il documento fondamentale costitutivo dell’identità culturale e progettuale delle istituzioni scolastiche ed esplicita la progettazione curricolare, extracurricolare, educativa e organizzativa che le singole scuole adottano nell’ambito della loro autonomia. Il piano è coerente con gli obiettivi generali ed educativi dei diversi tipi e indirizzi di studi, determinati a livello nazionale[…] e riflette le esigenze del contesto culturale, sociale ed economico della realtà locale, tenendo conto della programmazione territoriale dell’offerta formativa.[…] Il piano è elaborato dal collegio dei docenti sulla base degli indirizzi per le attività della scuola e delle scelte di gestione e di amministrazione definiti dal Dirigente Scolastico […] che promuove i necessari rapporti con gli Enti Locali e con le diverse realtà istituzionali, culturali, sociali ed economiche operanti nel territorio; tiene altresì conto delle proposte e dei pareri formulati dagli organismi e dalle associazioni dei genitori e, per le scuole secondarie di secondo grado, degli studenti.” (Art. -
Discovery Marche.Pdf
the MARCHE region Discovering VADEMECUM FOR THE TOURIST OF THE THIRD MILLENNIUM Discovering THE MARCHE REGION MARCHE Italy’s Land of Infinite Discovery the MARCHE region “...For me the Marche is the East, the Orient, the sun that comes at dawn, the light in Urbino in Summer...” Discovering Mario Luzi (Poet, 1914-2005) Overlooking the Adriatic Sea in the centre of Italy, with slightly more than a million and a half inhabitants spread among its five provinces of Ancona, the regional seat, Pesaro and Urbino, Macerata, Fermo and Ascoli Piceno, with just one in four of its municipalities containing more than five thousand residents, the Marche, which has always been Italyʼs “Gateway to the East”, is the countryʼs only region with a plural name. Featuring the mountains of the Apennine chain, which gently slope towards the sea along parallel val- leys, the region is set apart by its rare beauty and noteworthy figures such as Giacomo Leopardi, Raphael, Giovan Battista Pergolesi, Gioachino Rossini, Gaspare Spontini, Father Matteo Ricci and Frederick II, all of whom were born here. This guidebook is meant to acquaint tourists of the third millennium with the most important features of our terri- tory, convincing them to come and visit Marche. Discovering the Marche means taking a path in search of beauty; discovering the Marche means getting to know a land of excellence, close at hand and just waiting to be enjoyed. Discovering the Marche means discovering a region where both culture and the environment are very much a part of the Made in Marche brand. 3 GEOGRAPHY On one side the Apen nines, THE CLIMATE od for beach tourism is July on the other the Adriatic The regionʼs climate is as and August. -
Hospitals Behavior During the September 1997 Earthquake in Umbria and Marche (Italy)
2514 HOSPITALS BEHAVIOR DURING THE SEPTEMBER 1997 EARTHQUAKE IN UMBRIA AND MARCHE (ITALY) A DE SORTIS 1, G DI PASQUALE2, G ORSINI3, T SANO4, S BIONDI5, C NUTI6 And L VANZI7 SUMMARY Some of the hospitals in the area of the seismic sequence in Umbria and Marche (Italy), started on September 26 1997, have been inspected in order to identify the most frequent malfunctioning causes and the most opportune measures to improve their seismic performance, which is of key importance for emergencies management. A brief description of the structural damages and the functional response of the hospitals short after the earthquake are presented. First hints for the repair of the damaged parts and for the improvement of the system for future events are drawn. INTRODUCTION The effects on the hospitals system of the Umbria and Marche seismic sequence started on September 26th 1997 confirmed the low safety of these infrastructures, which in previous earthquakes in Italy and abroad behaved badly both for structural response and for disaster management procedures. The biggest part of the hospitals was evacuated after the second shock of September 26 1997, at 11:00 a.m.; the evacuation was caused both by actual loss of functioning, even in places modestly struck, and by the panic of hospitals patients and employees, justified by the length and intensity of the seismic sequence. Important damages were generally found in the structures and installations of both old hospitals (due to their age and structural complexity) and of recent r.c. ones. These structures were built without specific regard to seismic problems, because most of this area was included in the seismic classification during the years 1982-84. -
Title: an ARIMA Model to Forecast the Spread and the Final Size of COVID-2019 Epidemic in Italy
Title: An ARIMA model to forecast the spread and the final size of COVID-2019 epidemic in Italy. Author. Gaetano Perone. Affiliation. University of Bergamo. Abstract Coronavirus disease (COVID-2019) is a severe ongoing novel pandemic that is spreading quickly across the world. Italy, that is widely considered one of the main epicenters of the pandemic, has registered the highest COVID-2019 death rates and death toll in the world, to the present day. In this article I estimate an autoregressive integrated moving average (ARIMA) model to forecast the epidemic trend over the period after April 4, 2020, by using the Italian epidemiological data at national and regional level. The data refer to the number of daily confirmed cases officially registered by the Italian Ministry of Health (www.salute.gov.it) for the period February 20 to April 4, 2020. The main advantage of this model is that it is easy to manage and fit. Moreover, it may give a first understanding of the basic trends, by suggesting the hypothetic epidemic's inflection point and final size. Keywords: COVID-2019; infection disease; pandemic; time series; ARIMA model; forecasting models. JEL CODES: C22; C53; I18 Highlights: • ARIMA models allow in an easy way to investigate COVID-2019 trend. • All governmental institutions, especially in public health, may benefit from these data. • These data may be used to monitor the epidemic and to better allocate the resources. • Further useful and more precise forecasting may be provided by updating these data or applying the model to other regions and countries. 1. Introduction Coronavirus disease (COVID-2019) is a severe ongoing novel pandemic that has emerged in Hubei, a central province of China, in December 2019. -
Drainage on Evolving Fold-Thrust Belts: a Study of Transverse Canyons in the Apennines W
Basin Research (1999) 11, 267–284 Drainage on evolving fold-thrust belts: a study of transverse canyons in the Apennines W. Alvarez Department of Geology and Geophysics, University of California, Berkeley, USA, and Osservatorio Geologico di Coldigioco, 62020 Frontale di Apiro (MC), Italy ABSTRACT Anticlinal ridges of the actively deforming Umbria–Marche Apennines fold-thrust belt are transected by deep gorges, accommodating a drainage pattern which almost completely ignores the presence of pronounced anticlinal mountains. Because the region was below sea level until the folds began to form, simple antecedence cannot explain these transverse canyons. In addition, the fold belt is too young for there to have been a flat-lying cover from which the rivers could have been superposed. In 1978, Mazzanti & Trevisan proposed an explanation for these gorges which deserves wider recognition. They suggested that the Apennine fold ridges emerged from the sea in sequence, with the erosional debris from each ridge piling up against the next incipient ridge to emerge, gradually extending the coastal plain seaward. The new coastal plain adjacent to each incipient anticline provided a flat surface on which a newly elongated river could cross the fold, positioning it to cut a gorge as the fold grew. Their mechanism is thus a combination of antecedence and superposition in which folds, overlying sedimentary cover and downstream elongations of the rivers all form at the same time. A study of Apennine drainage, using the sequence of older-to-younger transected Apennine folds as a proxy for the historical evolution of drainage cutting through a single fold, shows that transverse drainage forms when sedimentation dominates at the advancing coastline. -
Comuni Del Candigliano
Acqualagna Apecchio Piobbico Piano d’Azione per l’Energia Sostenibile Comuni del Candigliano Hemos firmado! Wij hebben ondertekend! Abbiamo firmato! Iffirmajna! Realizzato da: Coordinatore Territoriale: Provincia di Pesaro e Urbino Servizio 10 – Rischio Sismico, ambientale, Agricoltura, Fonti rinnovabili – Pianificazione ambientale Ing.. Fabrizio Montoni - Dirigente del Servizio 10 Dott.ssa Alessandra Traetto - Ufficio 10.1.4 Valorizzazione del patrimonio naturalistico, Progetti per la sostenibilità, Educazione ambientale (Labter – CEA) Redazione PAES e Supporto tecnico: Società Megas. Net S.p.A. Alighiero Omicioli: Amministratore Unico Arch. Marica Derosa: Ufficio tecnico Arch. Silvia Cecchini: Ufficio tecnico Con la collaborazione di: Comune di Acqualagna: Sindaco Andrea Pierotti, Ing. A. Iodio, Sig. R. Lupini e Geom. M. Postiglioni Comune di Apecchio: Sindaco Vittorio Alberto Nicolucci e Sig. Palmiro Rossi, Geom. Massimo Pazzaglia e Geom E. Biccari Comune di Piobbico: Sindaco Giorgio Mochi, Geom. Lamberto Merendoni e Geom. Trufelli Con la supervisione di: Agenzia per l’Energia e lo Sviluppo Sostenibile di Modena – A.E.S.S. Dott.ssa Claudia Carani Data di emissione 25 Febbraio 2016 2 INDICE 1. PATTO DEI SINDACI .................................................................................................... 5 2. IL TERRITORIO .......................................................................................................... 9 3. STRATEGIA ............................................................................................................ -
New Insight Into the Role of Wood Combustion As Key PM Source in Italy and in Lombardy Region
16th Annual International Emissions Inventory Conference “Emission Inventories: Integration, Analysis, and Communications” Raleigh, North Carolina, May 14 – 17, 2007 New insight into the role of wood combustion as key PM source in Italy and in Lombardy region Stefano Caserini, Anna Fraccaroli, Anna Maria Monguzzi, Marco Moretti, Elisabetta Angelino ARPA Lombardia, Settore ARIA, Viale F. Restelli 1, 20124 Milano (Italy) [email protected] Alfredo Leonardi, Riccardo De Lauretis APAT (National Environmental Protection Agency), via C. Pavese 313, 00144 Roma (Italy) Valeria Zanella C.R.A. Customized Research & Analysis, via Montecuccoli 32, 20147 Milano (Italy) ABSTRACT The work provides new evidence of the importance of wood combustion as a key source for PM2.5 and toxic emissions (i.e. PAH) both at national (Italy) and at local (Lombardy Region) level. A specific survey, based on CATI (Computer Assisted Telephone Interviewing) and TELEPANEL techniques, has been undertaken. Data were statistically analyzed in order to allow an estimate of wood consumption for domestic use in different Italian regions. The research confirms and updates previous assessments of the entity and patterns of the use of wood for domestic heating in Italy and in Lombardy, highlighting its large use, in particular in the sub-Alpine and Apennine area. Details on used types of combustion installations and temporal split of wood use are provided. Collected data allow a better estimation of wood combustion emissions from old residential equipments, that represent an important share of primary PM10 emissions in Italy and in Lombardy Region. Domestic appliances for wood combustion are responsible for up to 90% of the primary emitted fine particulate from non-industrial combustion in Italy. -
Edda Lattanzi Distribution of Species of the Genus Rosa (Rosaceae) in Italy
Edda Lattanzi Distribution of species of the genus Rosa (Rosaceae) in Italy Abstract Lattanzi, E.: Distribution of species of the genus Rosa (Rosaceae) in Italy. — Bocconea 24: 277-284. 2012. — ISSN 1120-4060. Specimens of personal collecting and Herbaria exsiccata (AO, APP, CLU, FI, HBBS, HLUC, IS, MSNM, PESA, RO, ROV, TOHP, UTV) were analyzed to update the distribution of the genus Rosa in Italy. Some units are new to Piemonte, Lombardia, Veneto, Liguria, Emilia- Romagna, Toscana, Umbria, Marche, Molise, Campania, Puglia, Basilicata, Calabria, Sardegna. Rosa marginata Wallr. collected in Piemonte and Liguria in the last century, is nowa- days cultivated ex situ in the Rome Botanical Garden. Rosa abietina and R. sicula were record- ed by mistake for Toscana and Puglia respectively. The rarest species: Rosa stylosa, Rosa sher- ardii and Rosa viscosa are recorded only for Lazio, Piemonte and Calabria respectively. Exsiccata of the alpine species Rosa abietina, Rosa uriensis and Rosa rhaetica are preserved in the Herbaria of the Natural Museums of Bergamo and Brescia. Introduction The aim of this research, based on personal collecting and Herbaria specimens (AO, APP, CLU, FI, HBBS, HLUC, IS, MSNM, PESA, RO, ROV, TOHP, UTV), is to update the distribution of the genus Rosa in Italy. Materials and Methods The taxonomy of the genus Rosa in Pignatti (1982), in accordance with Boulenger (1924-1925, 1931-32), overlooked 6 species: Rosa subcanina (Christ)Vuk., R. subcollina (Christ)Vuk., R. chavinii Rapin ex Reut., R. pseudoscabriuscula (R.Keller) Henker & G. Schulze, R. uriensis Lagger et Puget, R. rhaetica Gremli, not quoted or treated as syn- onyms in his Flora d’Italia. -
The Historical Record in the Scaglia Limestone at Gubbio: Magnetic Reversals and the Cretaceous-Tertiary Mass Extinction
Sedimentology (2009) 56, 137Ð148 doi: 10.1111/j.1365-3091.2008.01010.x The historical record in the Scaglia limestone at Gubbio: magnetic reversals and the Cretaceous-Tertiary mass extinction WALTER ALVAREZ Department of Earth and Planetary Science, University of California, Berkeley, CA 94720-4767, USA (E-mail: [email protected]) ABSTRACT The Scaglia limestone in the Umbria-Marche Apennines, well-exposed in the Gubbio area, offered an unusual opportunity to stratigraphers. It is a deep- water limestone carrying an unparalleled historical record of the Late Cretaceous and Palaeogene, undisturbed by erosional gaps. The Scaglia is a pelagic sediment largely composed of calcareous plankton (calcareous nannofossils and planktonic foraminifera), the best available tool for dating and long-distance correlation. In the 1970s it was recognized that these pelagic limestones carry a record of the reversals of the magnetic field. Abundant planktonic foraminifera made it possible to date the reversals from 80 to 50 Ma, and subsequent studies of related pelagic limestones allowed the micropalaeontological calibration of more than 100 Myr of geomagnetic polarity stratigraphy, from ca 137 to ca 23 Ma. Some parts of the section also contain datable volcanic ash layers, allowing numerical age calibration of the reversal and micropalaeontological time scales. The reversal sequence determined from the Italian pelagic limestones was used to date the marine magnetic anomaly sequence, thus putting ages on the reconstructed maps of continental positions since the breakup of Pangaea. The Gubbio Scaglia also contains an apparently continuous record across the CretaceousÐTertiary boundary, which was thought in the 1970s to be marked everywhere in the world by a hiatus. -
La Provincia Bella Nuova
La Nuova Provincia Bella Provincia di Pesaro e Urbino The New Beautiful Province Presidente / President / Präsident Sen. Palmiro Ucchielli Die neue "Schöne Provinz" Vice Presidente, Assessore al Turismo / Vice President and Pesaro e Urbino Councillor for Tourism / Vizepräsident, Tourismus-Assessor Giovanni Rondina Portfolio Assessore alle Attività Culturali, Editoria, Pari Opportunità / Councillor for Cultural Activities, Publishing, Equal Opportunities / Assessor für Kultur, Verlagswesen, Gleichberechtigung A cura di / By / Von Simonetta Romagna Dante Piermattei Segretario Generale-Direttore Generale / Secretary General- General Manager / Generalsekretär - Generaldirektor Fotografie / Photographs / Fotografien Roberto Rondina Elio e Stefano Ciol Vice Segratario Generale,Direttore Area 1 / Vice Secretary Adriano Gamberini General-Area 1 / ManagerVize-Generalsekretär, Direktor Gebiet 1 Schede monografiche / Text / Texte Massimo Grandicelli Giovanna Renzini Dirigente Affari Istituzionali, Generali, Giuridici e Legislativi / Institutional, General, Judicial and Legislative Affairs Coordinamento generale del progetto Executive / Leiter für institutionelle, generelle, General project co-ordination rechtliche und legislative Angelegenheiten Andrea Pacchiarotti Projektkoordinierung Stefania Geminiani Progetto editoriale dell'Ufficio Comunicazione Project conceived by the "Ufficio Comunicazione" Projekt des Kommunikationsbüros Gruppo di lavoro / Working group / Arbeitsgruppe Marcello Ciamaglia, Adriano Gamberini, Stefania Geminiani, Silvia Melini, -
List of Rivers of Italy
Sl. No Name Draining Into Comments Half in Italy, half in Switzerland - After entering Switzerland, the Spöl drains into 1 Acqua Granda Black Sea the Inn, which meets the Danube in Germany. 2 Acquacheta Adriatic Sea 3 Acquafraggia Lake Como 4 Adda Tributaries of the Po (Left-hand tributaries) 5 Adda Lake Como 6 Adige Adriatic Sea 7 Agogna Tributaries of the Po (Left-hand tributaries) 8 Agri Ionian Sea 9 Ahr Tributaries of the Adige 10 Albano Lake Como 11 Alcantara Sicily 12 Alento Adriatic Sea 13 Alento Tyrrhenian Sea 14 Allaro Ionian Sea 15 Allia Tributaries of the Tiber 16 Alvo Ionian Sea 17 Amendolea Ionian Sea 18 Amusa Ionian Sea 19 Anapo Sicily 20 Aniene Tributaries of the Tiber 21 Antholzer Bach Tributaries of the Adige 22 Anza Lake Maggiore 23 Arda Tributaries of the Po (Right-hand tributaries) 24 Argentina The Ligurian Sea 25 Arno Tyrrhenian Sea 26 Arrone Tyrrhenian Sea 27 Arroscia The Ligurian Sea 28 Aso Adriatic Sea 29 Aterno-Pescara Adriatic Sea 30 Ausa Adriatic Sea 31 Ausa Adriatic Sea 32 Avisio Tributaries of the Adige 33 Bacchiglione Adriatic Sea 34 Baganza Tributaries of the Po (Right-hand tributaries) 35 Barbaira The Ligurian Sea 36 Basentello Ionian Sea 37 Basento Ionian Sea 38 Belbo Tributaries of the Po (Right-hand tributaries) 39 Belice Sicily 40 Bevera (Bévéra) The Ligurian Sea 41 Bidente-Ronco Adriatic Sea 42 Biferno Adriatic Sea 43 Bilioso Ionian Sea 44 Bisagno The Ligurian Sea 45 Biscubio Adriatic Sea 46 Bisenzio Tyrrhenian Sea 47 Boesio Lake Maggiore 48 Bogna Lake Maggiore 49 Bonamico Ionian Sea 50 Borbera Tributaries