All Transport
Urban Planning and Travel Behaviour
19 December 2022
- Improve co-ordination between transport planning and other policy areas.
- Foster effective metropolitan governance of transport.
- Develop and implement sustainable urban mobility plans.
- Move beyond planning based on demand forecasts towards vision-led, strategic transport planning.
- Use relevant indicators to monitor the performance of transport systems.
- Rectify biases in policies that favour car travel over alternative transport options.
- Prioritise investments that improve the use of low-range and sustainable transport modes.
- Reallocate road space to sustainable, efficient and safe transport modes.
Broadening Transport Appraisal
31 August 2022
Develop long-term strategic infrastructure plans that explicitly identify transport policy objectives.
Broaden project appraisal to ensure its processes and practices take account of all transport policy objectives, as embedded in strategic infrastructure plans.
Incorporate accessibility indicators, or other relevant tools, to assess equity impacts in transport project appraisals.
Provide detailed guidance on accounting for climate change impacts in transport project appraisals, incorporating clear linkages between shadow carbon prices and emissions reductions commitments.
Present the results of transport project appraisals in a transparent and concise format that highlights needs-case assessments.
Ensure decision-making processes for large investments in transport systems account for uncertainties and the need for broad stakeholder support.
Integrate technical assessment, process management and public engagement into decision processes for major transport infrastructure investments.
Undertake systematic ex-post evaluation for all transport infrastructure projects entailing expenditure above an identified level.
Consider the merits of the permanent observatory model as a means of maximising the quality of evaluations.
ITF North and Central Asia Transport Outlook
28 June 2022
- Improve connectivity without increasing carbon intensity.
- Target regional linkages and sustainable growth in connectivity strategies.
- Complement connectivity improvements with initiatives to decarbonise fuel production and energy sources.
- Prioritise service improvements and land-use development that encourages public-transport use.
- Ensure urban mobility is affordable in North and Central Asia's largest cities.
ITF South and Southwest Asia Transport Outlook
7 June 2022
- Target road freight to achieve significant reductions in transport CO2 emissions.
- Accelerate aviation's technology and fuel transition to reduce emissions.
- Reduce urban transport's carbon footprint by leveraging public transport and active modes post the pandemic.
- Link decarbonisation and regional connectivity to develop resilient transport sectors.
- Establish coherent freight reforms for sustainable outcomes.
ITF Southeast Asia Transport Outlook
9 May 2022
- Design measures that mitigate the rise of transport emissions as demand grows in Southeast Asia and connectivity improves.
- Target maritime transport as a critical sector for decarbonising freight transport in Southeast Asia.
- Improved vehicle technologies will be important for decarbonising road transport as demand increases.
- Electrify rail networks to reduce emissions.
- Improve cross-border trade facilitation to enhance connectivity.
- Accelerate aviation's technology and fuel transition to reduce emissions.
- Leverage decarbonisation opportunities offered by urban transport.
Adapting Transport Policy to Climate Change
30 November 2015
- Uncertainty is different from risk.
- Climate effects are subject to uncertainty.
- There are techniques to deal with risk.
- There is currently no robust method to treat Knightian uncertainty.
- Risk, uncertainty and discount rate all affect carbon value.
International Experiences on Public Transport Provision in Rural Areas
29 June 2015
- We are currently seeing a major change in the perception of ‘public transport’.
- Demand-responsive transport is seen as one of the key options to meet public transport challenges in rural areas.
- Significant scope still exists for ‘conventional’ public transport.
- Better coordination between different types of services is required.
- Relaxing quantitative taxi regulation can enable new innovative solutions.
Urban Mobility System Upgrade
31 March 2015
- Self-driving vehicles could change public transport as we currently know it.
- The potential impact of self-driving shared fleets on urban mobility is significant. It will be shaped by policy choices and deployment options.
- Active management is needed to lock in the benefits of freed space.
- Improvements in road safety are almost certain. Environmental benefits will depend on vehicle technology.
- New vehicle types and business models will be required.
- Public transport, taxi operations and urban transport governance will have to adapt.
- Mixing fleets of shared self-driving vehicles and privately-owned cars will not deliver the same benefits as a full TaxiBot/AutoVot fleet - but it still remains attractive.