Trans. Marit. Sci. Vol. 1, No. 1
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Traffic Connectivity in Croatia in the Past: the Dubrovnik Region Case
Athens Journal of History - Volume 1, Issue 3 – Pages 195-204 Traffic Connectivity in Croatia in the Past: The Dubrovnik Region Case By Marija Benić Penava This paper analyses the development of traffic routes in the far south of Croatia during the 19th and 20th century. Poor traffic connectivity was the consequence of traffic policy which was subordinated to the interests of Vienna in the Austro- Hungarian Monarchy, and after World War I, to Belgrade. Since the Dubrovnik region was oriented towards the sea, and since traditionally it had strong entrepreneurship and sea traffic that enabled great economic prosperity of Dubrovnik in the past centuries. Ships flying the flag of Sveti Vlaho (Saint Blaise, the patron saint of the city) were present in the Mediterranean and the world’s oceans, yet the service industry which Dubrovnik provided was completed by tourism only in the Kingdom of Yugoslavia. The perception of Dubrovnik as a world tourist destination was established in the first half of the 20th century and that could only be maintained by quality traffic routes. Therefore it was extremely important for the prosperity of the far south of Croatia to have and retain the best connectivity by railway as well as sea, land and air traffic. Introduction The transition from the eighteenth to the nineteenth century was a period of great economic change in Europe. The discovery of the Watt’s steam engine (1764) enabled mechanical transport, which neither the working animals nor the natural power, on which transportation was dependent previously, could not contest. The steam engine passed the milestone in the field of transport connection. -
Challenges in Cross-Border Tourism Regions Rick Lagiewski
Rochester Institute of Technology RIT Scholar Works Presentations and other scholarship Faculty & Staff choS larship 2004 Challenges in cross-border tourism regions Rick Lagiewski Damon Revelas Follow this and additional works at: https://scholarworks.rit.edu/other Recommended Citation Lagiewski, Rick and Revelas, Damon, "Challenges in cross-border tourism regions" (2004). Accessed from https://scholarworks.rit.edu/other/551 This Conference Paper is brought to you for free and open access by the Faculty & Staff choS larship at RIT Scholar Works. It has been accepted for inclusion in Presentations and other scholarship by an authorized administrator of RIT Scholar Works. For more information, please contact [email protected]. CHALLENGES IN CROSS-BORDER TOURISM REGIONS Richard “Rick” M. Lagiewski Rochester Institute of Technology Rochester, New York and Damon A. Revelas American College of Management & Technology Dubrovnik, Croatia ABSTRACT This paper examines the tourism issues related to international borders. The discussion is framed around an example of countries with strained border relations specifically Bosnia-Herzegovina, Croatia and Montenegro. The challenges associated with border trade in tourism and the barriers associated with collaboration between destinations are explored. Through a quantitative instrument administered to public and private tourism organizations specific micro challenges are identify for a border region in the Southern- Adriatic. Key Words: Bosnia-Herzegovina, Croatia, Montenegro, Borders, Tourism, Collaboration INTRODUCTION The former Yugoslavia was a multi-ethnic state in south-east Europe divided administratively between six republics: Bosnia-Herzegovina, Croatia, Macedonia, Montenegro, Serbia, and Slovenia. Yugoslavia developed as a major destination for western tourists seeking sun, sand and sea tourism in the early 1960’s. -
Transport Development Strategy of the Republic of Croatia (2017 – 2030)
Transport Development Strategy of the Republic of Croatia (2017 – 2030) Republic of Croatia MINISTRY OF THE SEA, TRANSPORT AND INFRASTRUCTURE Transport Development Strategy of the Republic of Croatia (2017 - 2030) 2nd Draft April 2017 The project is co-financed by the European Union from the European Regional Development Fund. Republic of Croatia Ministry of the Sea, Transport and Infrastructure I Transport Development Strategy of the Republic of Croatia (2017 – 2030) TABLE OF CONTENTS 1 Introduction ............................................................................................................. 1 1.1 Background on development of a Croatian Comprehensive National Transport Plan .................................................. 1 1.2 Objectives of the Transport Development Strategy (TDS 2016) ............................. 4 1.3 Revision of the TDS (2016) Ex-Ante conditionality .................................................. 4 1.4 Methodology for the development of the TDS (2016) ............................................ 5 2 Analysis .................................................................................................................... 7 2.1 General aspects of transport ................................................................................... 7 2.2 Public transport and zero-emission modes ........................................................... 34 2.3 Rail Transport......................................................................................................... 72 2.4 Road transport -
Route Evaluation Report Croatia Eurovelo 8 – Mediterranean Route
Route Evaluation Report Croatia EuroVelo 8 – Mediterranean Route MEDCYCLETOUR Project Davorin Belamarić April 27th 2018 Contents 1 Background ......................................................................................................................... 5 1.1 Mission of the project and report objectives ................................................................. 5 1.2 Organization ................................................................................................................ 7 1.3 Brief methodological explanations ................................................................................ 8 1.3.1 Different phases of the route evaluation ................................................................ 8 1.3.2 ECS – European Certification Standard used for this evaluation ........................... 9 1.3.3 Used tools and equipment, photographs ..............................................................10 1.4 Overview of the sections .............................................................................................10 2 Infrastructure ......................................................................................................................16 2.1 Existing route infrastructure ........................................................................................16 2.1.1 Public transport ....................................................................................................19 2.2 Critical deficiencies .....................................................................................................30 -
C U R R I C U L U M V I T
NEURON CONSULT ZT 1. Publications 1) Kolic D., Popovic V. et al.: "EXAMPLES OF BRIDGE DURABILITY IN CETINSKA KRAJINA", Symposium "Durability of Structures", Brijuni, 6.-9.11.1985, pp.395-401 (in croatian) 2) Kolic D., Renar B.: "PROGRAM FOR STANDARD PREFABRICATED BRIDGE GIRDER DESIGN", Gradevinar (1986), Vol.38, br.11, pp.441-443 (in croatian) 3) Kolic D.: "INFLUENCE OF A SOIL-STRUCTURE INTERACTION TO A SKEW BRIDGE INTERNAL FORCES", Symposium SDGKJ, Dubrovnik 25.-27.04.1989, pp.292-297 (in croatian) 4) Renar B., Kolic D.: "SKEW DECK ANALYSIS USING FE-METHOD", Symposium SDGKJ, Dubrovnik 25.-27.04.1989, pp.361-366 (in croatian) 5) Kolic D.: "AN ITERATIVE PROCEDURE FOR SOIL-STRUCTURE INTERACTION CALCULATION", Gradevinar (1989), Vol.41, No.5, pp.227-234 (in Kroatien) 6) Kolic D.:"MODULAR DESIGN - STEPS TO CAD AND EXPERT SYSTEMS", Symposium "Traffic and Structural Aspects of Adriatic Highway", Dubrovnik 13.-15.11.1989., pp.279-286 (in croatian) 7) Renar B., Kolic D. : "MODULAR APPROACH TO A BRIDGE DESIGN", Symposium "Traffic and Structural Aspects of Adriatic Highway", Dubrovnik 13.-15.11.1989., pp.355-360 (in croatian) 8) Kolic D.: "FROM BriDes TO BriDES", 2nd Inter.Conference on CAD and Analysis of Concrete Structures "Sci-C", Zell am See 4.- 6.04.1990, pp.467-477 9) Kolic D.: "NEURAL NETWORKS IN BRIDGE DESIGN", Symposium CADForum'90, Zagreb ,10.-11.10.1990. 10) Storga S., Srsek O., Kolic D., Srsek D.: "NUMERICAL ANALYSIS OF MASLENICA BRIDGE", 3rd Congress DHGK, Brijuni 29.-31.10.1990., pp.371-376 (in croatian) 11) Kolic D., Loncarec Z., Renar B., Srsek D., Bolt D., Uhlir Z.: "SHALLOW SUPERSTRUCTURE ANALYSIS OF HIGHWAY BRIDGES", 3rd Congress DHGK, Brijuni 29.-31.10.1990., pp.285-290 (in croatian) 12) Kolic D., Zagar Z. -
A1 BAYESIAN RESPONDER META-ANALYSIS of REGIONAL ANESTHESIA to PREVENT CHRONIC PAIN AFTER ILIAC CREST BONE GRAFT HARVESTING Micha
A1 BAYESIAN RESPONDER META-ANALYSIS OF REGIONAL ANESTHESIA TO PREVENT CHRONIC PAIN AFTER ILIAC CREST BONE GRAFT HARVESTING Michael H. Andreae , M.D.1, Matthew Johnson2, Henry Sacks3 1Anesthesiology, Montefiore Medical Center, Albert Einstein College of Medicine, Bronx, 2Teachers College, Columbia University, 3Preventive Medicine, Mount Sinai School of Medicine, New York, NY, USA Introduction: Iliac crest bone graft (ICBG) remains the gold standard for autologous bone grafting. IBCG harvesting can lead to persistent postsurgical pain (PPSP), devastating and difficult to treat (Brull 1992). Local anesthetics administration may reduce this risk (Singh 2007). PPSP trials typically report heterogeneous outcomes, making classical frequentist meta-analysis in our Cochrane review in print (Andreae 2012) challenging. To overcome this limitation, we developed a Bayesian model on regional anesthesia for the prevention of persistent pain after IBCG harvesting. We pooled dichotomous and continuous pain outcomes at varying follow up intervals. Methods: Methods were detailed in our systematic review for the Cochrane Collaboration in print (Andreae 2012). Search: Briefly, we searched the Cochrane Central, PubMed, EMBASE and CINAHL (1966 to April 2012) without any language restriction using a combination of free text and controlled vocabulary. We searched conference abstracts by hand. Selection: We included randomized and non-randomized controlled clinical trials with pain outcomes at least 12 weeks postoperatively. Included studies compared local or regional anesthesia versus conventional analgesia for chronic pain after ICBG harvest. Data extraction: We assessed trial quality and extracted pain outcome, including information on adverse events. Bayesian model: We developed a longitudinal Bayesian model in OpenBUGS with three time points to estimate the posterior distribution of the odds ratio of chronic pain six months after surgery. -
Integration Sea and River Ports – the Challenge of the Croatian Transport System for the 21St Century Integracija Morskih I Ri
Integration Sea and River Ports – the Challenge of the Croatian Transport System for the 21st Century Integracija morskih i riječnih luka – izazov hrvatskog prometnog sustava za 21. stoljeće Maja Krčum Veljko Plazibat Gorana Jelić Mrčelić University of Split University of Split University of Split Faculty of Maritime Studies Faculty of Maritime Studies Faculty of Maritime Studies e-mail: [email protected] e-mail: [email protected] e-mail: [email protected] DOI 10.17818/NM/2015/4.2 UDK 656.615(497.5)”20” Review / Pregledni rad Paper accepted / Rukopis primljen: 20. 7. 2015. Summary This paper discusses the indicators of development possibilities for sea ports of KEY WORDS national importance which are opened for public traffic: Rijeka, Ploče, Zadar, Split logistic networks and Dubrovnik, as well as for inland water ports: Vukovar, Osijek, Slavonski Brod and indicators of development Sisak. Development of traffic and logistic integration processes have been proposed possibilities for Croatian sea and river ports, based upon development factors analyses. Croatian development directions sea ports Rijeka, Ploče and inland water cargo ports Osijek, Vukovar, Slavonski Brod ports in the Republic of Croatia and Sisak have been analysed as delivery/forwarding points (nodes), taking into account the directions of goods flows, the participation in the traffic of goods, and all other relevant indicators. The integrated and coordinated approach to the ports and other subjects in the logistic chain redirects the traffic from roads to railways and inland waterways as energy efficient and environmentally – friendly forms of transportation, increases business rationality and optimal organisation users and transportation entities. Sažetak U ovom radu su analizirani pokazatelji razvojnih mogućnosti morskih luka koje su KLJUČNE RIJEČI otvorene za javni promet kao što su Rijeka, Ploče, Zadar, Split i Dubrovnik, te luke na unutarnjim vodama: Vukovar, Osijek, Slavonski Brod i Sisak. -
Croatia! Is 10% Higher
The highway toll Toll is calculated based on actual kilometres travelled on tolled segments and the relevant vehicle category. Toll is paid at the toll collection points and may be paid in cash and by American Express, Diners, Master Card, and Visa, Maestro or using the ETC device (electronic toll collection). Non-residents may pay toll in €. Welcome Seasonal toll prices for I.A, I and II vehicle category apply from 16th June to 14th September. In the season, the unit price of tolls to Croatia! is 10% higher. Comparison of non- seasonal and seasonal toll prices for I and II category of vehicles on most frequently used motorway sections I group II group Motorway section Non-seasonal Seasonal Non-seasonal Seasonal prices (HRK) prices (HRK) prices (HRK) prices (HRK) A1 Zagreb-Dugopolje 181 200 284 312 (Split) A1-A6 Zagreb-Rijeka 70 77 127 139 (Grobnik) A4 Zagreb-Goričan 44 47 65 72 The complete list of toll prices can be found on the following link. A3 Zagreb-Lipovac 128 141 193 212 http://hac.hr/en/toll-rates/pricelist?language=en Bregana 7 7 9 10 More about ETC service is available at the next link. Krčki most 35 39 46 51 http://hac.hr/en/toll-rates/electronic-toll-collection-etc?language=en *1 EUR= approx. 7.4 HRK Inquiries and complaints on toll prices can be forwarded by e-mail: e-mail: [email protected] Vehicle category The Croatian Motorways wishes you a safe journey! What is the ETC service? ETC – electronic toll collection service enables all highway users toll payment on all toll collection points in a faster and simpler way. -
“Elaboration of the East Mediterranean Motorways of the Sea Master Plan”
“ELABORATION OF THE EAST MEDITERRANEAN MOTORWAYS OF THE SEA MASTER PLAN” DELIVERABLE 5.2 EAST MEDITERRANEAN MASTER PLAN OF THE MOTORWAYS OF THE SEA DECEMBER 2009 Eastern Mediterranean Region MoS Master Plan Study TABLE OF CONTENTS 1 Introduction .....................................................................................................1-15 2 Identification & Presentation of the Potential MoS Corridors in EMR ....2-18 2.1 Introduction.................................................................................................. 2-18 2.2 Methodology framework........................................................................... 2-19 2.2.1 Determination/ detection of the MoS potential corridors – Identification of the predominant/ indicative MoS link ................. 2-19 2.2.2 Estimation of the potential future trade flows (2015) of the MoS potential corridors – Identification of the corridor catchment area2-21 2.2.3 Estimation of the potential future trade flows (2015) of the predominant/indicative MoS link – Competition overview........... 2-23 2.2.4 Unimodal road competition transport flows overview................... 2-24 2.2.5 Estimation of modal shift...................................................................... 2-25 2.2.6 Determination of the indicative service profile of the predominant/ indicative MoS link ................................................................................ 2-25 2.2.7 Economic viability assessment of the predominant/ indicative MoS link operation ........................................................................................ -
D.4.1.2 Analysis on Potential Market Flows of the Port of Ploče
D.4.1.2 Analysis on potential market flows of the Port of Ploče Document Control Sheet Project number: 10041221 Project acronym CHARGE Capitalization and Harmonization of the Adriatic Region Gate of Project Title Europe Start of the project January 2018 Duration 18 months D 4.1. – Joint market analysis to assess traffic potential market Related activity: between Adriatic ports Deliverable name: D 4.1.2 Analysis on potential market flows of involved ports Type of deliverable Report Language English Enhancing freight traffic flows and connections between the Work Package Title Adriatic ports Work Package number 4 Work Package Leader SPA – Split Port Authority Status Final Author (s) Port of Ploče Authority Version 1 Due date of deliverable February 2019 Delivery date April 2019 Contents 1. INTRODUCTION .................................................................................................................... 1 2. METHODOLOGY .................................................................................................................... 2 3. CHARACTERISTICS OF THE PORT AND PORT AREA ........................................................ 4 4. PORT TRAFFIC STATISTICS .............................................................................................. 12 4.1 Freight traffic statistics ....................................................................................................... 13 4.2 Vessel traffic statistics ...................................................................................................... -
RAVČA Autoceste A1 ZAGREB
HAC brosura 3 str. HAC brosura 4 str. HAC brosura 5 str. HAC brosura 6 str. DIONICE // ŠESTANOVAC - ZAGVOZD - RAVČA A1 AUTOCESTA ZAGREB - SPLIT - DUBROVNIK > > SEKTOR : DUGOPOLJE - PLOČE // DIONICE: ŠESTANOVAC - ZAGVOZD - RAVČA 10. 426 m 29. 471 m ČVOR A10 AUTOCESTA GRANICA BIH - PLOČE > > > > > > > > > Spojna cesta ČVOR PLOČE - LUKA PLOČE DIONICA: ČCP KARAMATIĆI - ČVOR ČEVELJUŠA > > > > > > > > > OBJEKTI U TRASI AUTOCESTE < ZAGREB D1 Objekti u trasi izvedeni su u punom Vijadukt Mladine L = 158 m Vijadukt Gradina L = 158 m Vijadukt Gradina L = 249 m Vijadukt Glavica L = 309 m Vijadukt Staje L = 238 m Vijadukt Rašćane L = 633 m Vijadukt Dubrava L = 271 m D511 ŠESTANOVAC PUO ZAGVOZD ZAGVOZD PUO RAŠĆANE GORNJE PUO BIOKOVO RAVČA profilu autoceste, a najznačajniji objekti D220 su: Trilj A1 D62 Vijadukt Mladine, duljine 158 m, ima dva Centar za održavanje vozna i jedan zaustavni trak za svaki D58 DUGOPOLJE < ZAGREB i kontrolu prometa DUBROVNIK > smjer vožnje, dopuštena brzina vožnje Kaštel Kaštel A1 Kaštel Stari Lukšić D60 ČVOR ŠESTANOVAC iznosi 130 km/h. Kambelovac Klis AUTOCESTA ZAGREB - SPLIT - DUBROVNIK Kaštel Novi Kaštel Sućurac Odmorište Zagvozd Odmorište Rašćane Gornje Odmorište Biokovo Solin Bisko Cista Velika Vijadukt Gradina, duljine 158 m, ima dva A1 D39 ODMORIŠTE ZAGVOZD vozna i jedan zaustavni trak za svaki Kaštel Kaštel Seget Donji D8 Gomolica u planu smjer vožnje, dopuštena brzina vožnje Dionice > ŠESTANOVAC - ZAGVOZD i ZAGVOZD - RAVČA Štafilić Žrnovnica Trogir VIJADUKT MLADINE u planu u planu iznosi 130 km/h. 10. 426 Prijelaz -
Rijeka Bypass Project [EBRD
EUROPEAN BANK FOR RECONSTRUCTION AND DEVELOPMENT RIJEKA BYPASS PROJECT ENVIRONMENTAL IMPACT ASSESSMENT UPDATE Draft Report - EXECUTIVE SUMMARY URBING d.o.o. Physical Planning and Environmental Protection Zagreb, June 2004 Client: EUROPEAN BANK FOR RECONSTRUCTION AND DEVELOPMENT One Exchange Square, London EC2A 2JN United Kingdom Co-ordinators: Alessia Di Domenico Mikko M. Venermo RIJEKA BYPASS PROJECT ENVIRONMENTAL IMPACT ASSESSMENT UPDATE Draft Report - EXECUTIVE SUMMARY Contractor URBING d.o.o. - Physical Planning and Environmental Protection Zagreb, Maksimirska 81 Director Darko Martinec, B.Sc.Arch.E. Co-ordinator Ljiljana Doležal, B.Sc.Arch.E. Working Group Darko Martinec, B.Sc.Arch.E. Ljiljana Doležal, B.Sc.Arch.E. Vitomir Štokić, B.Sc.Arch.E. Aleksandar Marković, B.Sc.C.E. Prof. Stanko Lulić Contract No: C13659 File: U7/LD/ebrd/paket_engl/draft_engl_final.doc Zagreb, June 2004 RIJEKA BYPASS PROJECT ENVIRONMENTAL IMPACT ASSESSMENT UPDATE– DRAFT REPORT EXECUTIVE SUMMARY EXECUTIVE SUMMARY 1. INTRODUCTION 1.1 Background The development of the Croatian economy as a whole is directly linked to the development of the tourist industry. Croatia is one of the most attractive destinations in Europe, and the success of the tourist industry depends directly on development of the Croatian road network and its integration into the Central European, Adriatic, and Mediterranean road network. The arterial international motorway routes connecting Budapest – Zagreb – Rijeka – Trieste and Rijeka – Split – Dubrovnik – Podgorica – Skopje are the most important road corridors in Croatia. These two very important directions (a longitudinal one towards Italy, Istria, and Slovenia extending to the Adriatic road direction in the direction of Lika and Dalmacija, and a transversal towards Zagreb, Budapest and Vienna) will intersect on the Rijeka Transport Junction, also called the Rijeka Bypass because of its physical and functional connections at the state, regional, and local levels.