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Sharing experiences in sustainable transportation – the examples of Odense and Lübeck

Odense Green Travel Experience

Denmark is known as the “Bicycle Kingdom”, and in 2015 Odense was awarded the title of “Bicycle City” of Denmark. Odense has a population of about 200,000 people in an area of about 300 square kilometers. At present, Odense has 540 kilometers of cycling paths and more than 2-3 bicycles per capita [1].

  • Advocating bicycle travel is conducive to reducing energy security and urban traffic congestion
    Before the oil crisis in the 1970s, cars were the main means of transportation in Odense and Denmark as a whole, resulting in Denmark’s energy dependence on foreign countries as high as 99% [2]. The oil crisis prompted Denmark to diversify its energy sources by reducing its dependence on fossil fuels. In response to the crisis, the city government subsequently promoted a shift to bicycles and designated every Sunday as “car-free day”. This initiative was also in line with the need to address traffic congestion in the city at the time. The rapid increase in the number of cars put pressure on the city’s roads and gave the city government the impetus to solve the problem with bicycles.
  • Odense government creates a friendly environment for bicycling
    Convenient “traveling and parking” is a key element in maintaining high bicycle ridership. The Odense Municipality encourages and facilitates the use of bicycles by citizens and tourists through the use of lanes, traffic lights, facilities, rentals, and parking fees.

Table 1 Municipality of Odense creates facilities for a bicycle-friendly environment

Information compiled from the official website of the Municipality of Odense www.odense.dk

  • Build a comprehensive alternative transportation system with new energy sources
    In “The municipality Urban Regeneration Strategy”, Odense proposes to build a comprehensive alternative travel system based on the core of road trolley, cycling and walking, so as to increase the travel options for the citizens.
  • Integration of low carbon transportation into climate change action
    As the climate problem is becoming more and more prominent, Denmark proposes to completely get rid of fossil fuels by 2050, and the proportion of sustainable energy in the total energy consumption is 100% [3]. The city of Odense has followed suit accordingly, formulating urban planning and low-carbon transportation construction and emission targets, and integrating the construction of the city’s low-carbon transportation system with the fight against climate change. According to incomplete statistics, Odense has become known as a low-carbon transportation city through the implementation of a series of municipal transportation plans over the years.

Green mobility experience in Lübeck

In 1987, the old town of Lübeck was declared a UNESCO World Heritage Site. As a result of its development, Lübeck now has a total urban area (old town plus new town) of about 200 square kilometers and a population of almost 220,000 in 2017 [4]. The share of transport trips in Lübeck is, in descending order: private car, walking, cycling, public transportation. The share of car trips is 47%, the share of walking is 28%, biking is 17%, and public transportation such as trains/buses is 8% [5].

  • Walking-based multiple alternative travel modes in the old city center
    The Old Town is a city center (also known as the inner city), densely populated, and has a large amount of historical and cultural heritage. In this area, a variety of alternative modes of transportation are implemented, including “public transportation + bicycles + walking”. Walking is the main mode of transportation. The Municipality of Lübeck has designated a pedestrian zone in the old town and set a time of day when walking is exclusively allowed and vehicles are not permitted.
  • Reducing traffic congestion in the Old Town by using alternative modes of transportation
    Traffic congestion caused by commuting is also a problem in the Old Town of Lübeck. In order to solve this problem, the Municipality added the option of “rental bikes + public transportation” in the Old Town in order to create an integrated green transportation system of “walking – biking – public transportation”. The renewed public transportation network allows most of the bus stops to be within a 5-8 minute walk from the destinations in the Old Town. The Old Town and its surroundings are well covered by walking and cycling.
  • The government of Lübeck is active in making Lübeck a bicycle-friendly city
    The city government has taken advantage of Lübeck’s flat topography and traditional strengths to actively create Lübeck as a bicycle-friendly city and to promote green mobility in the city. In particular, the municipality promotes and guarantees bicycle mobility through planning documents such as the “Concept: Bicycle Friendly Lübeck” (Konzept “Fahrradfreundliches Lübeck”). The municipal government plans to increase cycling to 25% of Lübeck’s resident population by 2020 and to reduce the accident rate by 50% [6]. The relevant measures are as follows:
  • Lane renovations and additions and development of long-distance bike lanes;
  • Maintaining roadway accessibility for cycling;
  • Safe cycling through bicycle speed limits;
  • Installation of additional parking facilities;
  • Reducing bicycle theft;
  • Promoting discounted bicycle rental packages;
  • Increasing the use of bicycles for office use by government agencies;
  • Strengthening cycling publicity and organizing cycling competitions and events to consolidate the cycling culture.
    ……

It is worth mentioning that the German federal government also supports and promotes cycling as a climate-friendly mode of transportation from the national level in dedicated texts, such as the National Cycling Plan 2020 (RRVP 2020).

  • Lübeck’s active response to climate change and its integration into transportation planning
    The Municipality of Lübeck has consciously integrated transportation planning with environmental protection and the fight against climate change. 2010 saw the adoption of the “Action Plan for Climate Protection”. 2019 saw the declaration of the “Climate Emergency” in May, which argues that urgent action should be taken in response to the rise in global temperatures in order to protect people and the environment. In its fourth Regional Local Transport Plan 2019-2023 (RNVP), the Lübeck government plans to reduce an average of 600 tons of CO2 and 4 tons of NOx per year in Lübeck by 2030.

3 responses to “Sharing experiences in sustainable transportation – the examples of Odense and Lübeck”

  1. In fact, sustainable transport is one of the elements that must be considered in contemporary urban design, which is why the title attracted my interest when I saw it. In summary, this blog explores how cycling, as one of the most important modes of travel in sustainable transport, has developed in the cities of Odense and Lübeck. As the authors emphasized before considering the effectiveness of cycle lanes in cities, it is important to identify contemporary urban design principles for how cycle lanes can increase the number of users. It is somewhat like pointed out by Carmona et al. (2003), contemporary urban road design is no longer dominated by motorised vehicles, but rather, consideration is being given to providing more space for non-motorised vehicles, which means that contemporary road design is no longer dominated by cars.

    As a result, some urban planners have argued, for example, Sustrans (1994), that the bicycle will be an important element of future urban road design. The most important principles are summarised in CROW’s (2006) five requirements for cycleway infrastructure: cohesion, immediacy, attractiveness, traffic safety and comfort (cited in Bendiks and Degros, 2013).

    Furthermore, in addition to these necessary infrastructures, road policies are also necessary, and as Gehl (2010) describes, comprehensive policies can be effective in improving road safety, e.g. clear traffic signage and dedicated cycle lanes can prevent vehicles from encroaching on cycle lanes. This solution seems to be in line with the requirement for a harmonious traffic environment as claimed by the Department for Transport (2007), i.e. equal rights of way for pedestrians, cyclists and vehicles. It is clear that as infrastructure and safety improves, more people will travel by bicycle, which, as Carmona et al. (2010) point out, could unlock ‘latent demand for cycling’.

    References:
    Bendiks, S. and Degros, A. (2013). Fietsinfra Structuur Cycle Infra Structure. Rotterdam: Marcel Witvoet, nai010.

    Carmona, M., Heath, T., Oc, T. and Tiesdell, S. (2003). Public places – urban spaces: the dimensions of urban design. Oxford: Architectural Press, pp: 238-239.

    CROW (2006). Design manual for bicycle traffic. Netherlands: CROW, pp: 30.

    Department for Transport (2007). Manual for Streets. London: Thomas Telford.

    Gehl, J. (2010). Cities for People. Washington: Island Press, pp: 184.

    Sustrans (1994). Making Ways for the Bicycle. Bristol: Sustrans.

  2. Adopting sustainable transport practices presents both challenges and opportunities for individuals, business and communities. One major challenge is the existing infrastructure designed around conventional modes of transportation, such as cars and airplanes, which may not seamlessly accommodate sustainable alternatives. Limited public awareness and understanding of sustainable travel options can also hinder widespread adoption. Additionally, the perceived inconvenience or higher initial costs associated with eco-friendly modes of transportation may deter individuals and organizations from making the switch.
    However, several solutions can address these challenges. Investment in sustainable infrastructure, including the development of efficient public transportation systems, cycling lanes and charging stations for electric vehicle, is crucial. Governments and organizations can play a pivotal role by implementing policies that incentivize and support sustainable travel, such as tax breaks for electric vehicle purchases or subsidies for public transportation. Comprehensive education and awareness campaigns can inform the public about the benefits of sustainable travel, dispelling myths and promoting a shift in mindset.
    Innovations in technology, such as ride-sharing platforms for electric vehicles and advancement in renewable energy sources, provide exciting opportunities to enhance the sustainability of travel. Collaborative efforts between the public and private sectors can foster the integration of sustainable travel options into urban planning and corporate policies. Ultimately, overcoming the challenges of adopting sustainable travel requires a multifaceted approach that addresses infrastructure, policy, awareness and technology to create a more environmentally friendly and accessible transportation landscape.

    One notable case study of successful sustainable transport policies is found in Bogota Colombia. The city implemented the TransMilenio Bus Rapid Transit (BRT) system, which has become a model for sustainable urban transportation. The BRT system features dedicated bus lanes, efficient boarding processes and advanced traffic management, significantly reducing commute times and alleviating traffic congestion. Furthermore, the introduction of an extensive network of bikes lanes and pedestrian zones has promoted active modes of transportation, contributing to improved air quality and public health. Another exemplary case is in Copenhagen, Denmark, where a comprehensive strategy prioritizing cycling infrastructure and pedestrian-friendly urban planning has made it one of the most bike-friendly cities globally. The implementation of cycling superhighways, dedicated bike lanes and bike-sharing programs has not only reduced the city’s carbon footprint but has also created a culture where cycling is a preferred and convenient mode of transport. These case studies highlight the success of sustainable transport policies in enhancing urban mobility, reducing environmental impact and fostering healthier and more livable cities.

    References:
    https://meonvalleytravel.com/business-travel/free-sustainable-travel-policy-template/?msclkid=4f8e26140486135dfba5439976fb6811&utm_source=bing&utm_medium=cpc&utm_campaign=Sustainable%20Travel%20Policy&utm_term=sustainable%20corporate%20travel&utm_content=Sustainable%20Travel%20Policy

  3. In this blog, author discusses about two European cities and the strategies adapted by their government to support the efforts in creating a sustainable transportation network. Descriptions about Odense city in the blog evoked my curiosity to know more about its strategies and further research delivered some interesting green mobility technique they had implemented in their cycle lane infrastructures which I would like to share here. “Rain makes light go green in Odense”. As one of the first city in Northern Europe for promoting active transportation networks, they have installed a rain sensor in a traffic light along their Super Bike Highway. This sensor measures when it is raining, allowing cyclists to experience up to 20 second longer periods of green light. The system interacts with two motion detectors mounted on the traffic light, registering when bikes are within 70 meters of the intersection and automatically maintaining longer periods of green light for cyclists approaching the junction. A box mounted to the traffic light informs cyclists of the system, making it easier to choose the right bike for daily commuting. Such a remarkable placement of technology in urban design strategy. In other bike friendly cities like Copenhagen, there are intelligent signal systems that never stop cyclists anywhere within the city limits which makes the ride easy and tireless for users. These strategies welcome more people to prefer cycling and walking as their first transportation choices in these cities. (State of green, 2017)

    The blog also shares the experience about multi modal transport network in the city of Lubek, which is indeed flexible, active and efficient with choices of everyday transportation offered to its users. (Puttkamer, 2022) Considering the current condition of many public spaces around the globe a quick shift in the nature of transportation would create imbalance to the whole urban structure and cause a sense of dilemma among the users. As an alternative, a slower and systemic transition of spaces could be achieved by the means of tactical urbanism which is a flexible and adaptable strategy engaging communities in the process which is cost effective and improves active transportation networks in public spaces. Tactical urbanism respond swiftly to changing urban mobility needs, by allowing experimentation and adaptation of solutions with real time feedback. (utilities one, 2023) Tactical urbanism experiments on a part of the whole and there is always a room for expansion with the impact of the intervention in the locality. To conclude with, the blog provides a clear insight that, no single general innovation can solve challenges in urban mobility altogether, each city needs its own strategy of finding alternatives for the specific locality.

    References:

    1.Puttkamer, L. (2022, November 16). Mobility and urban design. Retrieved from Topos: https://toposmagazine.com/urban-mobility/
    2.State of green. (2017, march 21). 10 examples of green mobility in cities. Retrieved from state of green: https://stateofgreen.com/en/news/10-examples-of-green-mobility-in-cities/
    3.Utilities one. (2023, november). Transforming Urban Spaces through Tactical Urbanism and Transportation. Retrieved from utilities one: https://utilitiesone.com/transforming-urban-spaces-through-tactical-urbanism-and-transportation

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  1. In fact, sustainable transport is one of the elements that must be considered in contemporary urban design, which is why the title attracted my interest when I saw it. In summary, this blog explores how cycling, as one of the most important modes of travel in sustainable transport, has developed in the cities of Odense and Lübeck. As the authors emphasized before considering the effectiveness of cycle lanes in cities, it is important to identify contemporary urban design principles for how cycle lanes can increase the number of users. It is somewhat like pointed out by Carmona et al. (2003), contemporary urban road design is no longer dominated by motorised vehicles, but rather, consideration is being given to providing more space for non-motorised vehicles, which means that contemporary road design is no longer dominated by cars.

    As a result, some urban planners have argued, for example, Sustrans (1994), that the bicycle will be an important element of future urban road design. The most important principles are summarised in CROW’s (2006) five requirements for cycleway infrastructure: cohesion, immediacy, attractiveness, traffic safety and comfort (cited in Bendiks and Degros, 2013).

    Furthermore, in addition to these necessary infrastructures, road policies are also necessary, and as Gehl (2010) describes, comprehensive policies can be effective in improving road safety, e.g. clear traffic signage and dedicated cycle lanes can prevent vehicles from encroaching on cycle lanes. This solution seems to be in line with the requirement for a harmonious traffic environment as claimed by the Department for Transport (2007), i.e. equal rights of way for pedestrians, cyclists and vehicles. It is clear that as infrastructure and safety improves, more people will travel by bicycle, which, as Carmona et al. (2010) point out, could unlock ‘latent demand for cycling’.

    References:
    Bendiks, S. and Degros, A. (2013). Fietsinfra Structuur Cycle Infra Structure. Rotterdam: Marcel Witvoet, nai010.

    Carmona, M., Heath, T., Oc, T. and Tiesdell, S. (2003). Public places – urban spaces: the dimensions of urban design. Oxford: Architectural Press, pp: 238-239.

    CROW (2006). Design manual for bicycle traffic. Netherlands: CROW, pp: 30.

    Department for Transport (2007). Manual for Streets. London: Thomas Telford.

    Gehl, J. (2010). Cities for People. Washington: Island Press, pp: 184.

    Sustrans (1994). Making Ways for the Bicycle. Bristol: Sustrans.

  2. Adopting sustainable transport practices presents both challenges and opportunities for individuals, business and communities. One major challenge is the existing infrastructure designed around conventional modes of transportation, such as cars and airplanes, which may not seamlessly accommodate sustainable alternatives. Limited public awareness and understanding of sustainable travel options can also hinder widespread adoption. Additionally, the perceived inconvenience or higher initial costs associated with eco-friendly modes of transportation may deter individuals and organizations from making the switch.
    However, several solutions can address these challenges. Investment in sustainable infrastructure, including the development of efficient public transportation systems, cycling lanes and charging stations for electric vehicle, is crucial. Governments and organizations can play a pivotal role by implementing policies that incentivize and support sustainable travel, such as tax breaks for electric vehicle purchases or subsidies for public transportation. Comprehensive education and awareness campaigns can inform the public about the benefits of sustainable travel, dispelling myths and promoting a shift in mindset.
    Innovations in technology, such as ride-sharing platforms for electric vehicles and advancement in renewable energy sources, provide exciting opportunities to enhance the sustainability of travel. Collaborative efforts between the public and private sectors can foster the integration of sustainable travel options into urban planning and corporate policies. Ultimately, overcoming the challenges of adopting sustainable travel requires a multifaceted approach that addresses infrastructure, policy, awareness and technology to create a more environmentally friendly and accessible transportation landscape.

    One notable case study of successful sustainable transport policies is found in Bogota Colombia. The city implemented the TransMilenio Bus Rapid Transit (BRT) system, which has become a model for sustainable urban transportation. The BRT system features dedicated bus lanes, efficient boarding processes and advanced traffic management, significantly reducing commute times and alleviating traffic congestion. Furthermore, the introduction of an extensive network of bikes lanes and pedestrian zones has promoted active modes of transportation, contributing to improved air quality and public health. Another exemplary case is in Copenhagen, Denmark, where a comprehensive strategy prioritizing cycling infrastructure and pedestrian-friendly urban planning has made it one of the most bike-friendly cities globally. The implementation of cycling superhighways, dedicated bike lanes and bike-sharing programs has not only reduced the city’s carbon footprint but has also created a culture where cycling is a preferred and convenient mode of transport. These case studies highlight the success of sustainable transport policies in enhancing urban mobility, reducing environmental impact and fostering healthier and more livable cities.

    References:
    https://meonvalleytravel.com/business-travel/free-sustainable-travel-policy-template/?msclkid=4f8e26140486135dfba5439976fb6811&utm_source=bing&utm_medium=cpc&utm_campaign=Sustainable%20Travel%20Policy&utm_term=sustainable%20corporate%20travel&utm_content=Sustainable%20Travel%20Policy

  3. In this blog, author discusses about two European cities and the strategies adapted by their government to support the efforts in creating a sustainable transportation network. Descriptions about Odense city in the blog evoked my curiosity to know more about its strategies and further research delivered some interesting green mobility technique they had implemented in their cycle lane infrastructures which I would like to share here. “Rain makes light go green in Odense”. As one of the first city in Northern Europe for promoting active transportation networks, they have installed a rain sensor in a traffic light along their Super Bike Highway. This sensor measures when it is raining, allowing cyclists to experience up to 20 second longer periods of green light. The system interacts with two motion detectors mounted on the traffic light, registering when bikes are within 70 meters of the intersection and automatically maintaining longer periods of green light for cyclists approaching the junction. A box mounted to the traffic light informs cyclists of the system, making it easier to choose the right bike for daily commuting. Such a remarkable placement of technology in urban design strategy. In other bike friendly cities like Copenhagen, there are intelligent signal systems that never stop cyclists anywhere within the city limits which makes the ride easy and tireless for users. These strategies welcome more people to prefer cycling and walking as their first transportation choices in these cities. (State of green, 2017)

    The blog also shares the experience about multi modal transport network in the city of Lubek, which is indeed flexible, active and efficient with choices of everyday transportation offered to its users. (Puttkamer, 2022) Considering the current condition of many public spaces around the globe a quick shift in the nature of transportation would create imbalance to the whole urban structure and cause a sense of dilemma among the users. As an alternative, a slower and systemic transition of spaces could be achieved by the means of tactical urbanism which is a flexible and adaptable strategy engaging communities in the process which is cost effective and improves active transportation networks in public spaces. Tactical urbanism respond swiftly to changing urban mobility needs, by allowing experimentation and adaptation of solutions with real time feedback. (utilities one, 2023) Tactical urbanism experiments on a part of the whole and there is always a room for expansion with the impact of the intervention in the locality. To conclude with, the blog provides a clear insight that, no single general innovation can solve challenges in urban mobility altogether, each city needs its own strategy of finding alternatives for the specific locality.

    References:

    1.Puttkamer, L. (2022, November 16). Mobility and urban design. Retrieved from Topos: https://toposmagazine.com/urban-mobility/
    2.State of green. (2017, march 21). 10 examples of green mobility in cities. Retrieved from state of green: https://stateofgreen.com/en/news/10-examples-of-green-mobility-in-cities/
    3.Utilities one. (2023, november). Transforming Urban Spaces through Tactical Urbanism and Transportation. Retrieved from utilities one: https://utilitiesone.com/transforming-urban-spaces-through-tactical-urbanism-and-transportation

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School of Architecture
Planning and Landscape
Newcastle upon Tyne
Tyne and Wear, NE1 7RU

Telephone: 0191 208 6509

Email: nicola.rutherford@ncl.ac.uk