Pre-Summit Research Days 2021
Transport Innovation for Sustainable Development: Re-shaping Mobility in the Wake of Covid-19
11-12 May 2021, Virtual meeting
The Research Day will take place virtually on the 11 and 12 May 2021.
The event is aimed at researchers and policy makers involved in questions around transport connectivity for sustainable development.
The first 150 places are free of charge on a first-come-first-served basis. After the first 150 places have been attributed, a registration fee of €45.00 will apply to attend the Pre-Summit Days.
Go to registration
- ECTRI: Caroline Alméras: firstname.lastname@example.org
- ITF: Tatiana Samsonova: email@example.com
- TRB: William Anderson: WBAnderson@nas.edu
- WCTRS: Lóri Tavasszy: L.A.Tavasszy@tudelft.nl
The objective of the Pre-Summit Research Day is to bring together top academics researchers and practitioners to present and discuss topics relevant to the Summit’s theme. It is critically important that research results are brought into practice, especially considering the pace with which our transport system is currently evolving. The Research Day offers a great opportunity to exchange ideas not only between researchers, but also with representatives from governments, cities, and other decision makers.
Transport is considered as a key sector when it comes to sustainable development. It can add to economic growth and enhance access to opportunities, but is also associated with a number of direct and indirect externalities such as traffic congestion, air pollution and road accidents. Overall, sustainable transport is essential in meeting several of the SDGs and Targets of the 2030 Agenda. But how can governments ensure that transport connectivity stimulates development and economic activity, while engaging with communities and being sensitive to the environment? In this respect, several issues would benefit from discussions at the Research Day:
- Micromobility and active transport: In most markets today, micromobility refers to shared scooters and bikes (both human-powered and those with electric motors, docked/dockless). E-scooters and dockless bikes in particular have appeared in cities in great numbers in recent years. These services have clearly resonated with consumers. As conventional bikes, they have the potential to better connect people with public transit, reduce reliance on private vehicles, and make the most of urban space, all while reducing greenhouse gas emissions. Yet, many of these services have faced resistance, backlash, especially from city governments. It is also not clear to what extent these new services help achieve sustainable development objectives and if they actually come to change the way urbanites move around cities. What are the future trends in adoption of these new forms of micromobility? What are the impact of micromobility on a broad set of outcomes (e.g. health, access, economic activity and emissions), and on different groups in society?
- Transport innovation for rural and remote areas: As innovative mobility solutions emerge in urban contexts, access to public transportation options remains a challenge in rural areas. In the context of urban-rural divide, governments need to find a new, cost-effective way to provide services that are flexible, yet offer wider territorial coverage, thereby to ensure that people living in these areas could move about with the same freedom as populations in large towns and cities. Demand-responsive transport is seen as one of the key options to meet public transport challenges in rural areas. These networks however, require advanced technical solutions in order to be able to operate efficiently. And technology indeed has helped to solve a lot of issues with regard to for example route planning, navigation, communication. Yet challenges remain. What are the key ingredients for a successful deployment: from operational, infrastructure, technology and regulatory perspectives? How to ensure that demand-responsive services are part of a broader, multimodal package of solutions, supplementing regular public transport services?
- Low-Carbon Vehicle Technologies: Governments around the world are increasingly intervening in automobile markets to improve fuel economy and reduce emissions of CO2 from new vehicles. Electric vehicles (EVs) in particular are widely considered as a promising solution for GHG reduction and key to a low-carbon mobility future. However, the transition to low carbon transport will not be instantaneous and any policy or technological change implemented now will take years to have the desired effect. Policies that support the electrification of vehicles should also consider that the overall reduction in CO2 emissions will depend on the extent to which energy is decarbonised. What are the effects of different incentives for reducing the generalised cost of driving low carbon vehicles? How can governments accelerate the development and diffusion of low-emissions innovations in the transport sector?
- Transport innovation and Covid-19 recovery: The COVID-19 pandemic has had a profound impact on the transport sector, highlighting several key vulnerabilities of existing transport systems. Covid-19 also presents an opportunity to shape more sustainable, resilient and human-centric urban mobility. Many cities have put a focus on re-allocation of road space and promotion of alternative mobility options. Yet what are the likely impacts of COVID-19 on mobility patterns in the medium- to long-term? How transport innovation, such as MaaS and ITS, can support Covid-19 recovery and ensure that it’s aligned with sustainability objectives? What is the role of new mobility services in shaping the post-Covid-19 mobility landscape?