Walking and Cycling
Improving motorcyclist safety: Priority actions for Safe System integration
22 December 2022
Carbon Pricing in Shipping
13 December 2022
- Introduce carbon pricing in shipping as part of a broader set of decarbonisation measures.
- Consider designing a carbon pricing mechanism for maritime shipping as a "feebate" system.
- Complement carbon pricing with a technical design requirement and a low-emission fuel standard.
- Use carbon pricing revenues from maritime shipping to facilitate an equitable transition to zero emissions.
- Make sure that these pricing schemes and standards cover well-to-wake emissions.
The Freight Space Race: Curbing the Impact of Freight Deliveries in Cities
5 December 2022
- Manage curb space with a focus on the needs of both passengers and goods transport.
- Apply access restrictions for delivery vehicles in urban areas while considering business practices.
- Use more logistics data to better monitor and manage freight flows.
Monitoring Progress in Urban Road Safety: 2022 Update
16 October 2022
- Ensure consistent collection of reliable urban road safety data.
- Create urban traffic observatories that collect both general mobility data and road safety data.
- Set ambitious reduction targets for the number of traffic crash casualties in cities.
- Focus on protecting vulnerable road users on urban streets.
- Measure crash risks for vulnerable road users with appropriate indicators.
- Adopt an integrated urban mobility plan based on Safe System principles.
Broadening appraisal: Capturing the full impacts of transport investments
22 September 2022
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.
The Safe System Approach in Action
29 June 2022
- Commit to a long-term Safe System initiative
- Build Safe System initiatives on data and evidence of effectiveness
- Start at a manageable level of activity and then scale up
- Build capacity for practical implementation of the Safe System approach, especially in low- and middle-income countries
- Use pilot projects to further test and develop the Safe System framework
- Use the framework to assess projects, organisations and policies, identify gaps, and plan effective strategies
Zero Road Deaths and Serious Injuries
1 October 2016
- Think safe roads, not safer roads.
- Provide strong, sustained leadership for the paradigm shift to a Safe System.
- Foster a sense of urgency to drive change.
- Underpin aspirational goals with concrete operational targets.
- Establish shared responsibility for road safety.
- Apply a results-focussed way of working among road safety stakeholders.
- Leverage all parts of a Safe System for greater overall effect and so that if one part fails the other parts will still prevent serious harm.
- Use a Safe System to make city traffic safe for vulnerable road users.
- Build Safe System capacity in low and middle-income countries to improve road safety in rapidly motorising parts of the world.
- Support data collection, analysis and research on road traffic as a Safe System.
The Possible Role of RIA in Swedish Transport Planning
26 September 2016
Focus on Costs and Ethical Considerations: Assessing the Impacts of Regulating Vehicle Emissions and Safety
26 September 2016
Assessing the Impacts of the Road Safety Remuneration System in Australia
26 September 2016
Assessing Consumer Welfare Impacts of Aviation Policy Measures
26 September 2016
Road Safety Annual Report 2016
14 July 2016
- Focus road safety policy on vulnerable road users.
- Enforce drink driving laws, speed limits and the wearing of seat belts and motorcycle helmets.
- Analyse the reasons behind the relatively poor road safety performance in 2015 and adapt policies.
Airport Demand Forecasting for Long-Term Planning
6 July 2016
- Use quantitative methods to analyse the key drivers of airport demand.
- Use expert guidance to help interpret the quantitative results.
- Quality-assure the analysis and counter the risks of optimism bias.
- Reflect the risks and uncertainties that arise in even the best forecasts.
- Make better use of demand forecasts in airport infrastructure planning.
Balancing Financial Sustainability and Affordability in Public Transport: The Case of Bogota, Colombia
4 April 2016
National Issues in the USA in Economic Development, Mobility and Income Inequality
3 April 2016
Improving Safety for Motorcycle, Scooter and Moped Riders
7 October 2015
- The powered two-wheeler population is increasing and plays a significant role in mobility.
- Powered two-wheeler (PTW) riders are at far greater risk than car drivers.
- Poor perception and control are frequent failures that lead to PTW crashes.
- A Safe System approach is required to improve the safety of PTWs.
- The helmet is the most important source of protection against severe injuries and death.
- Advances in car technology can also bring positive safety benefits to PTW users. There are a number of new technologies, such as forward collision warning, blind spot information and vulnerable road user protection systems, which can prevent collisions, including those with PTW riders, pedestrians and cyclists.
Road Infrastructure Safety Management
6 October 2015
- Benchmark road infrastructure against good practices in other countries.
- Implement new minimum safety standards for road infrastructure.
- Continue evaluation and research to quantify safety impacts of planning decisions.
- Implement suitable Road Infrastructure Safety Management procedures for each stage of road development including planning design, pre-opening and full operation.
- Make Road Infrastructure Safety Management procedures legally binding.
- Involve both road and health authorities when developing road accident data bases.
- Assure adequate institutional management capacity and investment levels.
- Use existing tools and guidelines; adopt second-best solutions where state-of-the-art solutions are not feasible.
- Identify the Road Safety Infrastructure Management procedures that fit specific needs and understand barriers to implementation.
- Share good practices of Road infrastructure Safety Management procedures and intervention measures.
- Monitor the safety performance of road infrastructure.
- Develop self-explaining roads.