BRUSSELS, SEPTEMBER 3, 2015
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PROGRAMME 4 NUVit 5 BORROWED SIZE 9 NUVit CASE STUDIES 13 01 RAIL BALTIC CORRIDOR 14 02 T.OP LIMBURG 18 03 LINKÖPING HIGH SPEED RAIL LINK 22 EUROPEAN METROPOLITAN AREAS 27 04 SCANDINAVIAN 8 MILLION CITY 28 05 CDT GRAND PARIS EST NOISY-CHAMPS 32 06 COURTINE CONFLUENCE 36 PARTICIPANTS 41
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The NUVit community welcomes you to this Brussels seminar. In this seminar we will delve into the theme of Borrowed Size with several presentations and a reflection on the NUVit case studies. The initiative ‘Networking for Urban Vitality’ (NUVit) brings together European case studies and practical experience from integrated infrastructure and spatial development. The NUVit goal is to deliver a proven toolbox for authorities to use in order to optimize economic, social and environmental vitality of urban regions from the perspective of multimodal transport infrastructures. More information about NUVit is available at: http://nuvit.eu/
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PROGRAMME
Morning programme 09.30
Registration and coffee
09.45
Welcome and introduction on NUVit Roadmap by Jos Arts (Rijkswaterstaat)
10.00
NUVit in Practice: presentation of the progress and achieved results of the case studies: - Linköping High Speed Rail Link (Sweden) - T.OP Limburg (Flanders) - Rail Baltic Corridor (Estonia)
11.00
Coffee break
11.15
Synthesis on the NUVit case studies by Ton Venhoeven
11.45
Questions and discussion
Afternoon programme
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12.30
Informal lunch
13.30
Introduction by Jos Arts
13.45
Presentation ‘In Tandem for Competiveness: Borrowed Size for the Eurodelta’ by Henri de Groot, Frank van Oort, Martijn Smit
14.30
Coffee break
14.45
Presentation: Borrowed Size for European Metropolitan Areas by Paul Gerretsen Areas: - Scandinavian 8 million city (Sweden) - CDT Grand Paris Est Noisy-Champs (Île de France) - Courtine Confluence (Avignon)
15.30
Discussion and reflections on borrowed size
16.30
Drinks
NUVit NETWORKING FOR URBAN VITALITY
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NETWORKING FOR URBAN VITALITY (NUVit)
CHALLENGE
The NUVit initiative will deliver a proven toolbox for authorities to optimize economic, social and environmental vitality of urban regions from the perspective of multimodal transport infrastructures. In addition, it will sustain the developed knowledge through a network of experts and practitioners that apply the NUVit concept in cases.
Achieving a smart green and integrated transport system is key to sustaining and further developing the economic, social and environmental vitality of urban Europe (“urban vitality�). Within this context the challenge for transport infrastructure and spatial planning authorities is to deliver the next generation of infrastructure and mobility governance, design, management and operation that would enable optimal accessibility, liveability and vitality across the geographical scales: from the local daily urban system to the wider EU regions that cluster metropolitan areas. The Networking for Urban Vitality concept concerns the integration of multi-modal mobility, infrastructure- and spatial planning. This enables the synergetic integration of spatial development with investments in infrastructure (across all relevant scale levels: local, regional and corridor) in order to achieve the highest added (asset) value. Best practices across Europe show that by implementing this integrated NUVit approach significant benefits can be achieved in accelerating infrastructure delivery, environmental and spatial quality, investment climate, mobility network resilience and stakeholder commitment. These best-practices, however, are scattered across the Member States and have had little knowledge exchange between each other. For this reason, a network has been established in 2010 around a selected number of cases, as an inkind effort of various transport infrastructure & spatial planning agencies together with research organisations. This network has delivered a clear innovation roadmap as well as a first case inventory, in which a selection of them has been deconstructed following the conceptual NUVit model.
EU CORRIDOR LEVEL
REGIONAL / DAILY URBAN SYSTEM (DUS) LEVEL
addressing and linking scales
LOCAL LEVEL
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source: MUST
OBJECTIVES
PROJECT CONCEPTS
Various public and private parties involved in the cases acknowledge a clear need for practical tools and approaches to provide them with consistency across the geographical scales they are concerned with. Already the conceptual model has been applied to some cases Linkรถping (SE), Randstad-Rhein/ Ruhr Corridor (NL-DE), Rail Baltic Corridor (EE) and T.OP Limburg (BE) with appreciation of the authorities involved and showing great potential regarding cost-efficiency to society, social and economic revenues and achieving sustainability objectives.
The innovativeness of the NUVit conceptual model is the integration of six dimensions of mobility, land use and infrastructure planning in such a way that synergy is created. It goes beyond a local SUMP (sustainable urban mobility plan) as regional and (inter)national mobility and infrastructure networks and broader spatial opportunities are taken into account as well. The NUVit concept offers both short-term project benefits (duration, budget, and public support) and long-lasting benefits in terms of enhanced quality of infrastructure (network resilience, spatial quality of the surrounding area, investment climate). Vitality is the heart of the model as an integrated approach towards the six dimensions with the capacity to reveal synergetic aspects that may go beyond the sectorial project scope.
This partial success deserves to be followed-up and has led to the main objectives of the initiative: 1. bring together practical experiences from integrated infrastructure and spatial development show cases (some ten cases relating to road-, railand waterways as well as slow transport modalities and spatial development) across Europe; 2. transform the conceptual NUVit model and the insights from showcases into a proven, practical toolbox for authorities to use when planning maintenance and development of their multimodal transport infrastructure networks within the relation between mobility, land use and liveability; 3. show the potential benefits (duration, budget, public support and urban vitality) for multimodal transport infrastructure planning by validating the practical toolbox in living lab environments; 4. show more effective and efficient cooperation between national, regional and local authorities and their multi-stakeholders on the optimal planning, design, construction and operation of infrastructure works (innovative governance approaches for publicprivate partnerships, public-public cooperation and stakeholder involvement); 5. build and disseminate a concrete track record of real cases across Europe; 6. raise awareness and stimulate policy dialogues within the member states and the EC about the NUVit approach regarding integrated investments for multimodal transport infrastructure and spatial development at regional, national, cross-border and European levels. 7. create a durable and self-sustaining network of practitioners that has been established during the NUVit initiative.
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Spatial dimension: Spatial concepts with synergetic effects on accessibility. Examples are multi-model corridors, transit oriented development and area-oriented approaches. Critical aspects are the ability to deal with scale issues, the role of transport analysis and spatial design. Network dimension: Multimodal network optimization at various spatial scales: corridors at (inter)national level, daily urban systems at metropolitan level and landscaping at local level.
4 VALUE instruments for value creation & capturing
3 TIME
5 INSTITUTIONAL
time linkages & strategy developement
institutions, governance, organisation
VITALITY economic, environmental and social vitality
2 NETWORK
6 IMPLEMENTATION
multi-modal network & multi-scalar optimalisation
drivers, barriers, disseminations, communication
Time dimension: This dimension aims at linking the stages in a full life-cycle of places and infrastructures (this also relates to renewal, redevelopment, circular economy/cradle-to-cradle and asset management), examining changing lifestyles and their linkages to mobility, and strategy development for transitions towards multimodality and integration with land use. Value dimension: This dimension gives an overview of state-of the- art models and approaches to assess value - e.g. Social Cost- Benefit Analysis, Life-Cycle Assessment, Environmental Assessment - to create value and capture value in combined infrastructure and spatial development projects. Institutional dimension: This comprises analysing existing organizational and institutional frameworks which leads to an overview of proven governance approaches – regarding public-public and public-private partnerships, stakeholder engagement – at all levels for the implementation toolbox. Implementation dimension: Finally, a critical aspect in innovation is the deployment and implementation. Therefore, in the NUVit conceptual model explicit attention is paid to the implementation of the framework and toolbox developed. This dimension includes making an inventory of implementation issues and drivers in order to tackle implementation barriers.
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1. SPATIAL spatial integrative concepts
PROLOGUE BASIC FRAMEWORK
the NUVit conceptual model source MUST
BORROWED SIZE 9
IN TANDEM FOR COMPETITIVENESS. Synergies between Metropolitan, Agglomeration, Infrastructure and Network policies in the ABCregion (MAIN) Henri de Groot, Frank van Oort, Martijn Smit The ABC-region The ABC region is defined within the cities of Amsterdam(NL), Brussels (BE) and Cologne (GE). According to Richard Florida (2007), this is the scale of the megaregion that defines the future of metropolitan economic functioning. It is on this scale, it is argued, that agglomeration economies are most optimally present; infrastructure, housing and real estate have high returns on investment; and firms and employees profit from economic density via higher productivity and wages. Larger is better. Capitalisation on agglomeration economies are subject to debate for long already, with paradoxically ever larger scales of economic interaction in competitive city-regions (Glaeser 2012) co-evolving with smaller scales of governance, from municipalities to self-organizing citizens (Barber2013). This fuels our research question: which instruments and investments should be applied on which spatial scales to accommodate economic growth and competitiveness in the ABCregion, with evolving economic growth (up-scaling) and governance (down-scaling) paradigms and without large metropolitan cities? Agglomeration Economies in Cities and Urban Networks Agglomeration economies are persistently related to city size and density: a rule of thumb nowadays is that doubling the city size raises productivity with approximately 5%. This is mainly due to better opportunities of firms for matching (on the labour market), sharing (on subcontracting markets) and learning (from competitors and knowledge institutes). Two intervention views of this agglomeration premium in regions like the ABC-region recently emerged: (a) create larger metropolitan economies in a Europe where such cities are scarce (OECD 2015a,b, Hemel 2015), or (b) connect existing medium-sized cities better with each other in order for them to function as a larger agglomeration: a so-called borrowed size scenario (Van Oort et al. 2015a). It has been shown that proximate cities, like the Randstad cities in The
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Netherlands, The Flemish cities in Belgium and the Ruhr-region cities in Germany, can use each’ others economic complementary specializations in order to profit from sharing, learning and matching opportunities – equally as larger cities do. Physical Connectivity and More Originally coined by William Alonso (1973) for exactly the ABC-region (“in certain European urban patterns, such as those of Germany and the Low Countries, whose cities, quite small by our standards, apparently achieve sufficient scale for the functioning of a modern economy by borrowing size from one another”, p.200), the main precondition according to Alonso is physical accessibility and connectivity by road and rail, for public and private transport. Also in present day policy thinking about borrowed size in the Netherlands (REOS), physical transport linkages between the largest urban regions (Northwing Randstad, Southwing Randstad, Eindhoven) are usually envisioned. Also on the scale of the ABC region, intercity connections come first to mind when thinking about individual cities borrowing size from each other. But in Van Oort et al. (2015a,b) it is argued that there should also be something substantial to be borrowed, like complementary economic knowledge, tradeable products or skilled labour not available in one’s own region, and that institutional and cultural circumstances mould the degree of integration and cooperation capitalizing on borrowed size. Borrowed performance and borrowed functions thus, facilitated by cognitive proximity. Complex terminology – but the fact that the ABC-region is not an optimal functional unit (yet) shows that barriers for development may be multiple and severe, and not just infrastructural. Multilevel Governance The increased-density versus borrowed-size discussion is partly artificial. Density in fact is not easy to increase in the polycentric structure of medium-sized cities in the ABC-region – and in fact in most of Europe’s urban landscape (Dijkstra et al.2013). Doubling city sizes means that the already full cities cannot deal anymore with agglomeration disadvantages, like congestion, pollution, crime and inequality. The polycentric reality actually calls for borrowed size solutions. The larger cities do have an attraction function for higher educated sorting themselves in cities though (OECD 2015b). This means that multiple stakeholders should be involved simultaneously in fostering urban sorting
processes and borrowed size. Network facilitators like Rijkswaterstaat care for infrastructural connections within and between nodes of the network, cities care for labour, housing and amenities markets, provinces care for natural amenities and regional accessibility, and nations care for institutional embedding. Policy often has to “go with the flow” as many determinants are exogenous – but basic spatial and economic conditions have to be met, like accessibility, clusters, diversification, workingand living environments, and amenities. In the ABC-region, borrowing size may also be crossborder in nature, but there is a large difference between potential and actual borrowing functions and performance, indicating that large cultural and institutional differences hamper integration (Van Oort et al. 2015b). Multilevel governance is needed for both urban sorting and borrowed size policies, as not one scale of policy has a monopoly on development and investment issues over other scales. Towards a Research and Investment Agenda Networking for Urban Vitality There are future development opportunities in the ABC-regions, as learning-sharing-matching opportunities seem present in both localized urban scales and in borrowed-size scales. Connectivity between cities is a crucial precondition – but not sufficient on its own for capitalizing on growth opportunities without the other conditions of complementarities, cultural and institutional embedding. This leads to suggestions for the research and investment agenda Networking for Urban Vitality that integrates different scales and stakeholders: 1. Identify borrowed functions and urban-density functions (“form follows function”), 2.Identify borrowed and density based performances (knowledge, value-chains, subcontracting, markets), 3. Identify and build on local (governance) buzz for global (economic) pipelines positions, 4. Make strategic planning for international nodes and their connectedness, 5. Facilitate value-capturing in nodes and ports (as this is currently not always the case), 6. Optimize physical connections and integration across borders, 7. Manage land-use and transit bottlenecks in all modalities on all spatial scales, 8. Adapt economic hubs to labour- and housing market dynamics,
9. Manage economic and technical transitions in ports and hubs (like commodity trade, bio-fuels, circular production, etc.) and assess its consequences for mainport and metropolitan economies, 10. Create physical space for hub-development in cities, 11. Make integral and interregional assessments of corridor development, 12.Enable interregional governance and cooperation, and cultural exchange (and do it), 13. Balance private and public investments These issues can and should be taken up simultaneously (e.g. solving bottlenecks as shortterm no-regret investments in larger borrowed-size strategies), on various spatial scales simultaneously (Witte et al. 2013).
References: Alonso, W. (1073), Urban zero population growth. Daedalus 102: 191-206. Barber, B. (2013), If mayors ruled the world. Dysfunctional nations, rising cities. London: Yale University Press. Dijkstra, L., E. Garcilazo & P. McCann (2013), The economic performance of European cities and city regions: myths and realities. European Planning Studies 21: 334-354. Florida, R., T. Gulden & C. Mellander (2007), The rise of the mega-region. Cambridge Journal of Regions, Economy and Society 1: 459-476. Hemel, Z. (2015), Maak Amsterdam twee maal zo groot. Trouw (17-6-2015), p.2-3. OECD (2015a), The metropolitan century. Understanding urbanisation and its consequences. Paris: OECD. OECD (2015b), Governing the city. Paris: OECD. Van Oort, F., E. Meijers, M. Thissen, M. Hoogerbrugge & M. Burger (2015a), De concurrentiepositie van Nederlandse steden. Van agglomeratiekracht naar netwerkkracht. Den Haag: Platform31. Van Oort, F., A. Weterings, L. Nedelkoska & F. Neffke (2015b), Ruimte geven aan economiche vernieuwing. Een onderzoek naar arbeidsmobiliteit en skill-gerelateerdheid in Nederland. Den Haag: Ministerie van I&M. Witte, P., F. van Oort, B. Wiegmans & T. Spit (2013), “Capitalising on spatiality in European transport corridors”. Journal of Economic and Social Geography (TESG) 104: 510-517.
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NUVIT CASESTUDIES
01 RAIL BALTIC CORRIDOR 02 T.OP LIMBURG 03 LINKÖPING HIGH SPEED RAIL LINK
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Rail Baltic Growth Corridor North Sea - Baltic Corridor
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01 RAIL BALTIC CORRIDOR THE TRANS-EUROPEAN RAILWAY, LINKING HELSINKI – TALLINN – RIGA – KAUNAS – WARSAW AND CONTINUING ON TO BERLIN
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DESCRIPTION
AIMS
Following the regain of independence of the Baltic States in the 90s, an idea about connecting the Baltic States to “the heart of Europe” was born. The idea intended to renew direct connections to the railway network of Europe by building a new European standard 1435 mm wide railway in the Baltic States and connecting such metropoles as Tallinn – Riga – Kaunas – Warsaw – Berlin (and prolonging the route to Venice in the future). Indirectly this route includes also Finland, since the planning incorporates an idea to build an underwater tunnel, which could connect Tallinn and Helsinki by train. Another idea is to open a rail ferry between these cities thus enlarging the impact of the project to the Scandinavian countries as well.
The Global Project “Rail Baltica” has two main goals: The first goal is to develop the missing high-quality physical infrastructure and logistical railway connections for passenger and freight transport between Finland, the Baltic States and other EU countries, The second goal is the full implementation of principles of intermodality, interoperability, reliability, safety, security, re-balancing of transport modes in favour of the most environmentally friendly ones on the long term.
Rail Baltica will support the wider EU goals of parity of access to services and infrastructure of EU Member States and development of sustainable modes of transportation, improved balance and interoperability between different means of transportation.
BACKGROUND INFORMATION LOCATION
Poland, Lithuania, Latvia, Estonia, Finland, “Rail Baltica” axis (Warsaw-Kaunas-Riga-TallinnHelsinki), A section of the “North Sea – Baltic” Rail freight corridor No 8 (Rotterdam – Kaunas).
BUDGET COSTS
The Rail Baltica project is estimated to require an investment of € 3.7bn (AECOM 2011). The project will be jointly funded by the three Baltic nations. European Union funds will account for approximately 85% of the financing.
STATUS
The part of the railway line in the Baltic states is expected to be completed by 2024. The line between Tallinn, Riga and Kaunas is expected to be operational by 2025 with the Warsaw link to be completed in 2030. SURFACE AREA
The total length of Rail Baltica is planned to be 729 km. SOURCES
http://www.rail-baltica.lt http://www.rail-baltica.com http://railbaltica.info/en http://www.rbgc.eu/frontpage.html
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BENEFITS
The building will ensure independence to the transport system of the Baltic States and mobility of its inhabitants by using a safe, modern, fast and environmentally friendly transport mode which could in turn create a potential for new development, jobs and increased competitiveness.
PARTNERS Republic of Lithuania, European Parliament, Council of the European Union, Ministries responsible for Transport in Poland, Lithuania, Latvia, Estonia, Finland and former EU Vice-President, Transport Commissioner Siim Kallas.
LOCAL
INFRASTRUCTURE
(re)construction of stations: Tallinn, P채rnu, Riga (Central & Airport)
REGIONAL
CORRIDOR
design and construction of railway lines: Poland, Lithuania, Latvia, Estonia
HOUSING
ECONOMY/ KNOWLEDGE
technical design of freight terminals: Maardu
SOCIAL
CULTURE/ NATURE
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action programmes for three core strategies, RE-MINE Limburg Port, RE-MINE Limburg Park, and RE-MINE Limburg City
region surrounding City of Genk
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02 T.OP LIMBURG LANDSCAPE METROPOLIS
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DESCRIPTION
AIMS
The scheduled closure of Ford Genk (BE), one of Limburg’s main economic engines and Flanders’ fourth largest industrial site, will drastically alter the economic and societal setting of the region. Just as happened in the 1970s after the closures of the mines.
T.OP Limburg aims to develop the region into a multi-productive landscape metropolis. The partners envision realizing this ambition at a grand scale and in its broadest sense. Action programmes are being implemented for three core strategies that foster constructive relationships between spatial design and the (future development of the) economy in the Limburg region: The first action programme is to support the transition towards a circular economy by gradually developing the region into a multi-productive network (RE-MINE Limburg Port). The second action programme is to support the leisure economy by transforming and connecting the existing landscape structures into a scenic open space network at the regional scale (RE-MINE Limburg Park). The third action programme is to improve liveability and regional qualities by smart densification, better connectivity, and defragmentation of the residential fabric (RE-MINE Limburg City).
To meet this challenge and to preserve employment levels in Limburg, a regional investment plan was drawn up. With the start of the execution phase in 2014, a territorial perspective was added: the Limburg Territorial Development Programme (T.OP Limburg). In doing so, the authorities have recognized that economic redevelopment and spatial reorganization could serve to reinforce each other, and thus create new opportunities.
BACKGROUND INFORMATION LOCATION
Central Limburg (Area surrounding the city of Hasselt and Genk). STATUS
BUDGET COSTS BENEFITS
In development.
PARTNERS
SURFACE AREA
Spatial Development Department Flanders. RE-MINE Limburg Port: Key partners are the City of Genk, Enterprise Flanders, Public Waste Agency of Flanders, Hasselt University. Other partners are the City of Hasselt and municipality Bilzen. RE-MINE Limburg Park: Key partners are the Visit Flanders and Flemish government agency for nature and forestry. Other partners are the Flemish Land Company and Flanders Heritage Agency. RE-MINE Limburg City: Key partners are the Provence of Limburg, Hasselt University. Other partners are the Housing Policy, City Policy and Knowledge Centre for Flemish Cities.
SOURCES
www.toplimburg.ruimtevlaanderen.be
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LOCAL
REGIONAL
reactivating the old coalmine track
new concepts and stategies for mobility
CORRIDOR
INFRASTRUCTURE
HOUSING
ECONOMY/ KNOWLEDGE
new concepts and stategies for densification in relation to defragmentation
strategic sites and investment projects: Thor site, Centrum Zuid, Ford site, Corda campus...
SOCIAL
CULTURE/ NATURE
Region Genk: hub for circular economy
new concepts and stategies for interaction
current investment projects: Terhills, Circuit Zolder, de Wijers, ...
regional landscape park for Flanders, connecting the tourist hot spots and landscpae features
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high speed track in Linkรถping city structure 2030, focus on Linkรถping and Norrkรถping
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03 LINKÖPING HIGH SPEED RAIL LINK
LINKING AMBITIONS FOR VITAL NETWORKS, ECONOMY AND URBAN CONDITIONS
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DESCRIPTION
AIMS
Sweden has the ambition for a High Speed Train network between Stockholm Gothenburg and Malmö. Planning for the first section of this network, The Eastern Link started 22 years ago. The Eastern Link needs to shorten travel time in order to compete with air travel. Recently especially the passage of Linköping has been discussed intensively. It seemed the spatial ambition of the municipality could only be met by placing the tracks in a tunnel. This tunnel is however not financially covered and alternative models are being developed.
The current national administration renewed the ambition for the entire high-speed network. Together with other ambitions, such as housing, public transport in metropolitan areas, jobs, etc., these ambitions are discussed with the regions and municipalities after which binding agreements are made. The Swedish administration wants to strengthen long-term conditions for growth, business and the environment by means of these investments. Major challenges will lie in the linkage between the different scales and the time horizons. Some of the most crucial appear to be: The national perspective on the economic structure and the role of the High Speed Network, opportunities to stimulate contacts and exchanges within and between cities and regions. How can the new high-speed rail enhance development in the various regions and cities, and how can station structures be designed in order to facilitate interplay between cities and regions?
BACKGROUND INFORMATION
BUDGET
LOCATION
Region Linköping. STATUS
Aim and direction planning.
COSTS
State and private investment in excess of SEK 400 billion (€ 45 billion) by 2035 including: SEK 150 billion on two high-speed lines and SEK 70 billion on infrastructure and public transport in the major cities
SURFACE AREA
Ostlänken will be approximately 150 km long.
BENEFITS
SOURCES
Create up to 100,000 new homes, create 13,000 new jobs a year until 2035 and strengthen long-term conditions for growth, business and the environment
http://www.trafikverket.se/en/startpage/ Projects/Railway-construction-projects1/ Ostlanken---East-Link-project/ http://www.nyteknik.se/nyheter/fordon_motor/ jarnvag/article3885647.ece
PARTNERS Trafikverket.
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LOCAL
REGIONAL
CORRIDOR
INFRASTRUCTURE new high speed station
new double-track highspeed railway in the eastern part of Central Sweden
HOUSING
ECONOMY/ KNOWLEDGE
SOCIAL
CULTURE/ NATURE
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EUROPEAN METROPOLITAN AREAS
04 SCANDINAVIAN 8 MILLION CITY 05 CDT GRAND PARIS EST NOISY-CHAMPS 06 COURTINE CONFLUENCE
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passenger journeys es
Oslo CURRENT CAPACITY UTILISATION
Capacity problems
Freight trains
Lack of capacity
9 30
Good capacity
o be complemented by s on the Oslo–Gothenburg, gen and Copenhagen–
Freight trains
30 64
ng the entire Oslo– mated at 23 billion euro, included in current
isation will be high, s, and further capacity orm of additional tracks
Göteborg
Freight trains now
xx
Freight trains
27 37
= Number of trains per day 2030
infrastructure expansion n the countries, with e and technical standard.
Köpenhamn
Freight trains
38 84
Ny Storstrømsbro Fehmarn Belt link
Freight trains freight train forecast for 2030 with double-tracking throughout the corridor.
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Hamburg
15 93
Fehmarn Belt corridor during extension 2021
Freight train forecast for 2030 with double-tracking throughout the corridor.
04 SCANDINAVIAN 8 MILLION CITY A HIGH SPEED RAIL LINK THAT WILL CONNECT 8 MILLION INHABITANTS IN ORDER TO CREATE ONE OF THE WORLD’S MOST COMPETITIVE REGIONS
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DESCRIPTION
AIMS
The region between Oslo, Stockholm and Copenhagen is already in the world’s top league when it comes to an educated and skilled workforce, and represents one of the most dynamic and innovative regions in Europe. Scandinavian cities have, however, small and rather dispersed populations, with notable concentrations only around the metropolitan areas of Oslo, Gothenburg, Malmö, Copenhagen and Stockholm. In a world where regions increase in size to attract talent and be more competitive globally, this is a challenge.
The goal for 2025 – not so distant future – is a high speed rail link that will physically connect these 8 million inhabitants and contribute to making this region one of the world’s most competitive. The project goals to explore the potential of cooperation, jobs can be created and innovation milieus can be enhanced. Cooperation over long distances requires an appropriate infrastructure, both for passengers and freight. Whilst Europe and the world have been expanding their green infrastructure to stimulate growth, e.g. through massive investment in High Speed Rail, such investment has progressed slowly in Scandinavia.
BACKGROUND INFORMATION
BUDGET
LOCATION
Norway, Sweden, Denmark. STATUS
The project is organized in three workpackages: 1. upgrading the existing network to the doubletrack standard, 2. focussing on financing models to build separate tracks for high speed rail, 3. external communications and lobbying activities. SURFACE AREA
97.600 km of railways. SOURCES
http://www.8millioncity.com https://ec.europa.eu/growth/tools-databases/ regional-innovation-monitor/support-measure/s%C3%B6dra-sverige/scandinavian-8-million-city-%E2%80%93-corridor-innovation-and-cooperation
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COSTS
The cost of upgrading the entire Oslo–Hamburg route is estimated at 23 bn euro, of which 18.3 bn is included in current national plans. BENEFITS
- Higher productivity and competitive edge - Easier access to skills and talents - Reduced costs in logistics - Increased access to suppliers and customers - Greater influence due to overall increased size - New possibilities for cooperation and innovation across a wide range of areas
PARTNERS Lead Partner: Business Region Göteborg AB Partners: Oslo kommune, Västra Götalandsregionen, Region Halland, Region Skåne, Göteborg Stad, Helsingborg stad, Trafikverket, Akershus fylkeskommune, Østfold fylkeskommune, Statens vegvesen, København kommune, Region Hovedstaden.
INFRASTRUCTURE
LOCAL
REGIONAL
possible transfer points between High Speed Rail and InterCity
a new InterCity concept, linking intermediate regions to the large labour markets
CORRIDOR
new railways for high speed trains (investigation)
HOUSING
ECONOMY/ KNOWLEDGE
SOCIAL
CULTURE/ NATURE
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Figure 30: Les grands objectifs du Contrat de Dﾃｩveloppement Territorial Noisy-Champs, Carte Algoﾃｩ
strategic projects for a sustainable development future mobility in the ﾃ四e-de-France region (2013-2030)
32 Figure 23 : Le territoire du CDT (en bleu) et le rﾃｩseau Grand Paris Express (en rose), dans le cadre du
05 CDT GRAND PARIS EST NOISY-CHAMPS THE SUSTAINABLE DEVELOPMENT MODEL FOR THE METROPOLIS OF GREATER PARIS
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DESCRIPTION
AIMS
Located in the Seine-et-Marne “département”, the Descartes cluster stretches across the new town of Marne-la-Vallée, from Cité Descartes to the Val d’Europe district. This cluster already benefits from a number of tangible assets helping to establish its position within Grand Paris, in spite of a limited connection between Paris and Marne-la-Vallée (RER line A) and even though the extent of its natural spaces has stifled its economic development. The Descartes cluster sprang from a Government decision to leverage the “département”’s natural heritage and new urban equipment in order to motivate an international dynamic around sustainable development.
The CDT aims both to strengthen the position of the territory as a major economic and urban center of eastern Paris, and secondly to make this sector a demonstrator of the energy transition.The communities of the CDT support the concept of “sustainable city cluster,” and show their willingness to embody a sustainable development model and enabling it for the whole of the metropolis of Greater Paris.
The CDT (Contrats de Développement Territorial) related to this cluster is the Grand Paris Est NoisyChamps CDT. CDTs convert the Greater Paris project to the local level. Elaborated by local authorities and the French state, their role is to support and organise the deployment of Greater Paris transportation projects: anticipated schedule, urbanism, economic growth, sustainability and housing.
Concerning energy transition: - reduce energy consumption, by developing a low energy city. Interventions are done in thermal renovation and eco-construction of buildings, reduced motorised transport, development of public transport (focus on electrical), teleworking and teleservices; - collect and valorise the energy exhaust by the various activities in the area: industrial or tertiary, transport, dense residential areas, sewage, etc. - develop alternative low-carbon energy: renewable energy and longer-term capture the CO2 output of industrial plants.
BACKGROUND INFORMATION
BUDGET
LOCATION
The Sustainable City Cluster around Cité Descartes (CDT related to this cluster: Grand Paris Est Noisy-Champs). STATUS
In development. SURFACE AREA
20,30 km2. SOURCES
http://www.grand-paris.jll.fr/id/142 http://www.parismetropole.fr/nos-chant iers/contrat-de-developpement-territorial/12-cdt-grand-paris-est-noisy-champs-territoire-de-la-transition-energetique/article/ contrat-valide
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COSTS BENEFITS
PARTNERS The French Government and the local authorities are very much involved in fostering territorial development and encourage cooperation between the different stakeholders. Partners: the State, represented by the Prefect of the Ile-de-France region, the municipality of Noisy-le-Grand, the municipality of Champssur-Marne, and the urban community of Marne- la-Vallée-Val-Maubuée.
LOCAL
INFRASTRUCTURE
REGIONAL
CORRIDOR
- complete territorial coverage - link the NoisyChamps RER A station to metro lines 15, 16 and 11 before 2025
HOUSING
increasing the level of output and diversify available habitat
ECONOMY/ KNOWLEDGE
- FCBA, a sustainable development centre in the timber and cellulose industry - Efficacity will be the first R&D centre dedicated to urban energy efficiency
create new activities from the Cité Descartes and accompany people into employment
SOCIAL
Val d’Europe shopping mall is planning to extend further over an additional 17,000 m² by 2016
implementing an ambitious development policy for equipment and services
CULTURE/ NATURE
Disneyland Paris and Pierre & Vacances are jointly investing €800 million in the construction of Villages Nature, an eco-tourism resort
protect the resources of the territory and enhance their access for inhabitants and visitors.
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the update reference plan economic clusters in Avignon
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06 COURTINE CONFLUENCE THE NEW DEVELOPMENTS WILL MAKE COURTINE CONFLUENCE THE CENTRAL LOCATION OF THE GRAND AVIGNON REGION
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DESCRIPTION
AIMS
The Avignon TGV station is located in an urbanized neighbourhood Courtine Confluence about five kilometers from the city center. The station was purposefully built outside of the core to allow for the quicker passage of high speed trains through Avignon. There is a rail link from Avignon TGV to the center, a five minute ride.
Anxious to develop these potentials, the city of Avignon and the Grand Avignon Region wish to initiate the implementation of the ambitious urban project for the area Courtine Confluence and position it as a major project for the region. In addition, the ambition is to invest in this new area, which is a gateway to the river and landscape, and to create the conditions for the whole region to profit.
The urban project Courtine Confluence has been the subject of reflections and productions since the early 90s. After the opening of the TGV station in 2001, a reference plan has been formalized and several proposed projects which were gradually abandoned. Developments have also been suspended due to the great flood of 2003. In 2012, the reference plan was updated. Due to the TGV station, the new development of Courtine Confluence is seen as an upcoming central location for the whole region of Grand Avignon.
BACKGROUND INFORMATION LOCATION
Avignon, France
BUDGET COSTS BENEFITS
STATUS
Station was built in 2001, the new development plan: study SURFACE AREA
6 km2
SOURCES
http://www.gmfus.org/blog/2013/10/31/unevengeography-france%E2%80%99s-high-speed-rail http://www.lamarseillaise.fr/vaucluse/ economie/36579-avignon-600-hectares-aamenager-pour-le-projet-courtine-confluence http://www.grandavignon.fr/travaux-et-projets/ projets/projet-courtine-confluence/
PARTNERS The Territorial Workshop Courtine Confluence was held on November 19, 2014 at the University of Avignon. It brought together one hundred local development actors: elected officials of the city and Grand Avignon, technicians, entrepreneurs and heads of institutions. Organised around plenary meetings and studio work, the workshop allowed everyone to express their views on the opportunities and potential of this strategic site, but also on the issues that have to be addressed collectively to ensure the success of the urban project. The project’s steering committee is chaired by JeanMarc Roubaud, president of Grand Avignon and CÊcile Helle, Mayor of Avignon.
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LOCAL
REGIONAL
CORRIDOR
INFRASTRUCTURE
HOUSING
ECONOMY/ KNOWLEDGE
- urban mixed use zone (ZAC) around the station (30 hectares) - mixed zones, 6000 inhabitants (Crillones and Gigognan, 70 hectares)
SOCIAL
CULTURE/ NATURE
Metropolitan Public Park (major cultural facility,e.g.a theater)
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PARTICIPANTS 41
SURNAME NAME FUNCTION ORGANISATION
van Acker Maarten Assistant Professor Antwerpen University Arts Jos Strategic advisor Rijkswaterstaat Bildgen-Berthold Claire Intern Vertretung des Landes Nord rhein-Westfalen bei der Europ채ischen Union Broesi Robert Partner Must Brokvist Fredrik Long-term planner Trafikverket Chorus Paul Policy advisor Spatial Provincie Noord-Holland Planning Decates Felice Representative of the The House of the Dutch Provinces Randstad Region Dooghe David Project leader Deltametropolis Association Engelen Paul Representative of the The House of the Dutch Provinces province of Limburg Faith-Ell Charlotta Senior Technical WSP Sweden Director of EIA and SEA Gau Doris Connection Person of Benelux Union North Rhine-Westphalia Geerts Els Policy Officer Spatial Development Department Flanders Gerretsen Paul Director Deltametropolis Association Gijbels Eva EU representative The House of the Dutch Provinces province of Noord-Holland Goris Maarten Advisor Spatial Development Department Flanders Hanekamp Tertius Owner Temah Hauw Nicolas Policy Officer Polis Network Holmlund Tomas International Trafikverket coordinator, process manager van Holten Liesbeth Senior consultant Provincie Utrecht environmental quality van Huut Harry Director Rijkswaterstaat - Dienst Zuid Deltaprogramma Holland Ingo Susanne development strategist Trafikverket Jarine Yasmina Policy Officer Benelux Union Kalle Heikki Business Development Hendrikson & Ko Manager Linssen Raymond Consultant Rijkswaterstaat sustainable Mobility Van Looy Jeroen Strategic cross-border Spatial Development Department spatial and urban Flanders policy developer Marolda Maria Cristina Policy Officer European Commission van Oort Frank Endowed Professor of Erasmus University Urban and Regional Economics Orav Indrek Board member Rail Baltic joint venture company Sander Henrik Owner Orange Edge
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Schuch Einar Regional Director, Trafikverket Region Ost Snippe Jasper Project leader / Advisor Rijkswaterstaat Stooker Wim Representative of the The House of the Dutch Provinces province of Noord Holland Thoele Helmut Senior designer Provincie Zuid-Holland Vanautgaerden Liesl Project manager Spatial Development Department T.OP Limburg Flanders Venhoeven Ton Director Venhoeven CS WiĂ&#x;en Bodo Representative Vertretung des Landes Nord Nordrhein-Westfalen rhein-Westfalen bei der Europäischen Union
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