Abstract
In order to assist cities implement their mobility plans, it is essential to analyse which factors might influence their capacity to plan, develop, and implement mobility measures. A four-step process was developed to help cities perform such an audit. In the first step, a comprehensive characterization and contextualisation survey was conducted to understand the context in which cities operated and their situation with respect to mobility planning. Then, each partner city assessed its own capacity to implement mobility plans according to a set of key capacity indicators related to organizational, legal, political, and societal aspects. The results indicated the areas in which each authority needed to focus in order to improve its capacity to implement general mobility plans. In the final step, each city considered their mobility plans and linked these to the capacity indicator. This provided each city with a bespoke set of specific capacity indicator targets which needed to be worked on to successfully apply their mobility plans. The four-step approach presented in this chapter is a transferable tool that can be applied by city authorities to understand and prioritize the capacity needs of transport departments.
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References
Sustainable NI.: Sustainability assessment toolkit: an introduction, Version 4:0. Retrieved from: https://www.sustainableni.org/sustainability-reporting (2016). Accessed 30 July 2020
Plevnik, A., Balant, M., Rye, T.: National support frameworks for Sustainable Urban Mobility Planning. National SUMP Supporting Programs. European Platform on Sustainable Urban Mobility Plans. https://www.eltis.org/sites/default/files/national_support_frameworks_for_sustainable_urban_mobility_planning.pdf (2019). Accessed 30 July 2020
Zheng, J., Garrick, N., Atkinson-Palombo, C., McCahill, C., Marshall, W.: Guidelines on developing performance metrics for evaluating transportation sustainability. Res. Transp. Bus. Manag. 7, 4–13 (2013)
DSDG-UNHQ-Division for Sustainable Development Goals.: Report of the Inter-Agency and Expert Group on Sustainable Development Goal Indicators (E/CN.3/2016/2/Rev.1). https://sustainabledevelopment.un.org/about/dsd (2016). Accessed 30 July 2020
Perra, V.M., Sdoukopoulos, E., Pitsiava-Latinopoulou, M.: Evaluation of sustainable urban mobility in the city of Thessaloniki. Transport. Res. Proced. 24, 329–336 (2017)
Alonso, A., Monzon, A., Cascajo, R.: Comparative analysis of passenger transport sustainability in European cities. Ecol. Ind. 48, 578–592 (2016)
Mozos-Blanco, M.A., Pozo-Menendez, E., Arce-Ruiz, R., Baucells-Aleta, N.: The way to sustainable mobility. A comparative analysis of sustainable mobility plans in Spain. Transport Policy 72, 45–54 (2018)
Ali-Toudert, F.: Comprehensive assessment method for sustainable urban development (CAMSUD) - A new multi-criteria system for planning, evaluation and decision-making, Progress in Planning. In Press, Corrected Proof (2019). Available online 26 June 2019
Zoeteman, B.C.J.: What’s behind the leadership sustainable development from politicians to CEOs? Environ. Dev. 8, 113–130 (2013)
Skoudopoulos, E., Kose, P., Gal-Tzur, A., Mezghani, M., Boile, M., Sheety, E., Mitropoulos, L.: Assessment of urban mobility needs, gaps and priorities in Mediterranean partner countries. 6th Transport Research Arena April 18–21, 2016. Transport. Res. Proced. 14, 1211–1220 (2016)
May, A.D.: Developing sustainable urban land use and transport strategies: a decision-makers’ guidebook, 2nd edn. European Commission DGRTD, Brussels (2005)
ELTISplus.: The state-of-the-art of sustainable urban mobility plans in Europe (2012), p 48
Steurer, N., Bonilla, D.: Building sustainable transport futures for the Mexico City Metropolitan Area. Transp. Policy 52, 121–133 (2016)
Gil, A., Calado, H., Bentz, J.: Public participation in municipal transport planning processes–the case of the sustainable mobility plan of Ponta Delgada Azores, Portugal. J. Transport Geography 19, 1309–1319 (2011)
Tafidis, P., Skoudopoulos, E., Pitsiava-Latinopoulou, M.: Sustainable urban mobility indicators: policy versus practice in the case of Greek cities. Transport. Res. Procedia 24, 304–312 (2017)
Diana, M., Pirra, M., Woodcock, A., Martins, S.: Supporting urban integrated transport systems: transferable tools for local authorities (SUITS). Zenodo (2018). https://doi.org/10.5281/zenodo.1441138
Kalakou, S., Spundflasch, S., Martins, S., Diaz, A.: SUMPs implementation: designation of capacity gaps of local authorities in the delivery of sustainable mobility projects. In: Bisello, A., Vettorato, D., Ludlow, D., Baranzelli, C. (eds) Smart and Sustainable Planning for Cities and Regions. SSPCR 2019. Green Energy and Technology. Springer, Cham (2021). https://doi.org/10.1007/978-3-030-57764-3_16
Spundflasch, S., Krömker, H.: Challenges for local authorities in planning and implementing sustainable and user-oriented mobility measures and services. In: Krömker H. (eds) HCI in Mobility, Transport, and Automotive Systems. HCII 2019. Lecture Notes in Computer Science, vol 11596. Springer, Cham (2019). https://doi.org/10.1007/978-3-030-22666-4_24
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Appendices
Appendix 1: Description of Challenges
Challenge area | Challenge description | |
---|---|---|
1 | Sustainability thinking | Shaping sustainable mobility requires sustainability thinking among the staff and those who are involved in the process. Anchoring a sustainable mindset is one of the biggest challenges for local authorities, as this cannot be dictated by leadership, rather it is a way of looking at things that needs to develop gradually. The LA must always provide impulses and constantly raise awareness of the issue |
2 | Institutional cooperation | The challenge illustrates the need to improve the cooperation between local and regional authorities and decision makers who are directly and indirectly involved in the development of sustainable mobility measures. The aim is to motivate the various municipal departments to develop a common vision, to participate and to commit to projects |
3 | Systematic staff deployment and development | In recent years, the field of mobility has become increasingly broad, complex and difficult to penetrate. Although an incredibly large pool of knowledge and experience is available in general, mobility departments often lack the capacity to develop their own technical know-how in all mobility areas. A major challenge is to develop the needed competencies within the staff systematically, with a view to the long-term, ideally in such a way that synergy effects between the projects can be exploited |
4 | Project management and monitoring | Effective and efficient project management forms the basis for successful projects. This aspect is still a big barrier and often leads to serious delays or even the failure of mobility projects. The challenge is to critically support and optimize project management and monitoring processes |
5 | Knowledge management and transfer | Shaping mobility depends to a large extent on experience. The challenge is to enhance and establish a sustainable process for knowledge management/knowledge transfer among mobility departments and stakeholders. The aim is to apply and try out established methods in order to learn from experience and from that of others. It is about applying these findings to new projects and transmitting them to new employees |
6 | Understanding and applying innovative financing | The challenge is to increase the ability to identify funding sources and to use innovative financing methods. This requires capacity to identify, evaluate, adapt and apply financing methods to projects for which there is no funding available or urban funds are insufficient |
7 | Innovative procurement | The challenge is to integrate sustainability criteria and requirements to procurement processes and sensitize procurement agents to sustainability aspects and opportunities arising from the procurement reform |
8 | Understanding political interests and decision making | No matter how well planned a measure may be, without political backing, it will not be implemented. The challenge is to increase the capacity to assess political moods and to affect political bodies through evidence and argument |
9 | Understanding legal and regulatory framework | As many policy areas are directly or indirectly affected by the development of mobility measures, various legal and regulatory frameworks need to be considered. Some of these regulations also may change over time. The challenge is to further develop strategies and skills, to access the legal framework conditions and to take them into account for planning and implementation of mobility measures |
10 | Citizen participation | The challenge is to increase the capacity to identify and actively involve citizens in the development process of measures and strategies. This requires a precise understanding of benefits and concrete methods of citizen participation. Citizens need to be informed about measures, goals and backgrounds in order to engage with the measures |
11 | Estimating the feasibility and acceptance of measures | It is particularly difficult to obtain the necessary political support for innovative measures when there is a lack of experience and a high degree of uncertainty in terms of feasibility and acceptance. The challenge is to use methods to try out innovative measures in a scaled version, in a closed system beforehand, to gain a better understanding for upcoming problems and to be able to make predictions for workability and acceptance |
12 | Interaction and cooperation with business partners | The interaction and cooperation with business partners has become increasingly important in order to implement new mobility services (e.g. sharing services). The challenge is to combine new offers with existing services, adapt them to the local characteristics and make them attractive to citizens. The conditions must be attractive for providers to offer such services in the city. Close cooperation with business partners is a key factor |
13 | Identification and utilization of synergy effects | The challenge is to identify early connections and dependencies between mobility strategies and measures or between different mobility services |
14 | Use of innovative technologies and data-collection methods | The challenge for the cities and the mobility departments is to raise awareness of technologies, tools and methods for the effective and efficient collection and evaluation of data and it’s use for the planning, implementation and evaluation of mobility measures. It is also a matter of looking across other departments to see who is already collecting certain data, or who might still be interested in certain data. Multiple use of the data and the exploitation of synergy effects is particularly important |
15 | Application of research knowledge and adaption of good-practice examples | The challenge is about a greater application of research findings and knowledge. It is also about a better understanding of the transferability of good-practice examples. The identification and understanding of contextual factors that are relevant to the success or failure of measures is challenging and that must be taken into account when trying to adapt measures to the specific conditions of a city |
Appendix 2: Description of Self-assessment Indicators
Organizational (O) | |
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Indicator’s name | Indicator’s description |
Subcategory: Coordination/Cooperation (OC) | |
Cooperation | Level of collaboration among the LA and the organizations that participate in all stages of planning and implementation of a plan (financing, procurement of products and services, public–private partnerships) |
Decision makers | Number of policy makers involved in planning and implementation |
Operational autonomy | Organization’s autonomy to implement plans independently of other stakeholders’ approval |
Financial autonomy | Financial independence from central government and other financial agents |
Interdepartmental cooperation | Level and frequency of cooperation and networking between the involved departments inside the same organization |
Subcategory: Process (OP) | |
Implementation rate | Number of implemented or planned measures |
Monitoring | Project-management activities to control technical and processual issues |
Punctuality | Rate of compliance with deadlines with clear milestones’ identification |
Budget management | Ability to realistically include plans/measures in the organization’s budget |
Progress control | Regular process evaluations to determine gaps and flaws in the plan’s workflow execution, avoiding delays and redundant work |
Risk awareness | Frequency of identification and assessment of possible risks that may appear during all the project’s lifetime |
Adaptability/contingency plans | Capacity to adjust plans/measures in reaction to an extraordinary event. Existence of risk-control measures defined to control the impact of the risks that affect the project |
Process learning | Organization’s acknowledgement of internalizing past experiences, both positive and negative, to solve present/future issues that may arise |
Subcategory: Financial sources (OF) | |
Financial sources | Efficient use of national/international, public/private investment sources |
Understanding (IF) innovative financing | An understanding of the benefits that innovative financing methods have on the financial capacity of the organization |
Identification of IF | Ability to identify innovative financing opportunities |
Training of IF | Number of people in the organization who are trained in innovative financing |
Use of IF | Organization’s employment of innovative financing resources |
IF and local economy | Economic status of city increased through projects funded by innovative finance |
Innovative business model | Organization’s development of Innovative Business Models in the projects developed/implemented |
Subcategory: Technical/Data resource (OT) | |
Logistical resources | Available resources’ quantity/quality needed to properly complete the tasks required for planning and implementation. Easy access to logistical tools |
Communication resources | Available resources’ quantity/quality needed to properly complete the tasks required for planning and implementation. Easy access to communication tools |
Technological resources | Available resources’ quantity/quality needed to properly complete the tasks required for planning and implementation. Easy access to technological tools |
Use of new technologies | Willingness to use new technologies and familiarity with their application for data collection |
Data availability | Availability of the necessary data required to complete all project’s tasks |
Data collection | Availability of necessary tools, networks and resources to efficiently collect data from diverse sources and in different formats |
Data analysis | Availability of the necessary tools, networks and capabilities needed to efficiently analyse data collected of diverse sources and formats |
Data sharing | Being able to retrieve valuable information as an output from the data analysis. Quantity and quality of data shared among departments (paper-form, electronic, etc.) |
Subcategory: Human resources (OH) | |
Staff’s commitment | Staff’s alignment, in attitude and performance, with the goals of the organization |
Realistic goals and priorities | Link between managers’ notion of the team’s capacity, and the real team’s capacity to deliver the expected outputs |
Participatory management | Level of bidirectional communication between various management levels of the organization. Global knowledge increment |
Effective delegation | Each member of the organization has a clear vision of her participation and responsibilities for the successful completion of the Plans. Clear understanding of one’s role and participatory timeline |
Team's trust in processes/tools | All staffers involved in the plans’ planning and implementation phases feel completely comfortable with the tools and methodologies needed to successfully carry out all projects’ tasks |
Early engagement | Everyone participating in the project is involved from the beginning enabling all stakeholders to have a full view of the entire process |
Team’s dimension | Human resources available to complete all the project’s tasks |
Team’s skills | Knowledge, competences and abilities of the team to meet project’s needs |
Supporting resources | Responsiveness to operational/process inefficiencies |
Subcategory: Working environment (OW) | |
Regular assessment/self-assessment | Identification of strengths and weaknesses of each member of the team |
Staff’s needs | Team members’ needs are encouraged to be transparent inside the organization |
Continuous learning | Permanent effort in keeping the staff updated regarding tools and techniques that would enable the project. Includes the level of evolvement in workshops, seminars, conferences, etc |
Turnover rate | Reflects the stability in the composition of the team |
Political (P) | |
Political commitment | Defines how the project will be led and if it is a priority in the political agenda |
Coordinated institutional agendas | Consistency in national/regional/local priorities. Correspondence between the plan and the national political agenda |
Coordination/cooperation | Effective networking between the national departments of transport, land use, mobility, energy, etc |
Continuity | Commitment to the continuation of the project independently of the authorities elected; the plan’s progress is maintained unimpeded when moving from one political framework to the next one elected |
Financing | Existence of financial programs within the national general budget to undertake the implementation of the Plan |
Legal (L) | |
Legal and regulatory framework | Contribution of legal and regulatory frameworks to efficient decision-making processes |
Legal power delegation | Organization’s autonomy to solve its own legal issues regarding the planning and implementation of the projects |
Understanding of applied legal framework | All applicable legal framework should be clearly understood by all the involved stakeholders |
Procurement decision criterions | Way of using decision criteria in the public procurement procedure (price, fuel etc.) |
Societal (S) | |
Public awareness | Use of communication channels related to the project, its design, implementation and impact included |
Public participation | Actions taken to engage citizens in the development of the project |
Public acceptance | Level of willingness to support and engage with the implementation |
Media reaction | Responsiveness of social media |
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Sofia Kalakou, S., Miriam Pirra, M., Ana Diaz, A., Sebastian Spundflasch, S. (2023). Setting Targets for Local Authorities to Increase Their Capacity to Develop and Implement Sustainable Transport Measures. In: Woodcock, A., Saunders, J., Fadden-Hopper, K., O’Connell, E. (eds) Capacity Building in Local Authorities for Sustainable Transport Planning. Smart Innovation, Systems and Technologies, vol 319. Springer, Singapore. https://doi.org/10.1007/978-981-19-6962-1_4
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