Aviation
How the war in Ukraine impacts aviation – and what to do about it
Policy Brief, Policy Insights,
22 December 2022
- Investment and market reforms fueled Ukraine's aviation sector before the war.
- The war has shut down civil aviation in Ukraine and destroyed its airports.
- War-related airspace closures force international flights onto longer routes, resulting in longer travel times, higher fuel costs and added carbon dioxide (CO2) emissions.
- The energy crisis unleashed by the war drives up ticket prices, potentially reducing demand and threatening aviation's recovery from the pandemic.
- The war's short-term impacts on air travel could trigger long-lasting changes in international aviation.
- Restoring Ukraine's air connectivity after the war hinges on rebuilding destroyed aviation infrastructure.
- Ending aviation's dependency on fossil fuels can make the sector more resilient to future crises.
Decarbonising Air Transport
Case-Specific Policy Analysis, Policy Insights,
28 July 2021
- Integrate clear decarbonisation requirements into government support packages helping the sector recover from the Covid-19 crisis.
- Establish a clear long-term vision for decarbonising air transport by setting and monitoring emissions reduction targets aligned with the Paris Agreement.
- Support an international approach to mitigating the climate change impacts of aviation while implementing decarbonisation policies domestically and on a regional level.
- Introduce carbon pricing in aviation to drive an efficient transition to a greener aviation sector.
- Put in place timely and ambitious fuel quality requirements to encourage the take up of sustainable aviation fuels.
- Strengthen the effectiveness of regulatory frameworks to further energy efficiency improvements of aircraft.
- Encourage research, development and deployment of alternative propulsion systems and clean fuels, supported by clear policy frameworks for de-risking industry investments to ramp up fuel production.
- Factor in the non-CO2 climate impacts of air transport when designing decarbonisation policies.
How will the Covid-19 Crisis Change the Structure of the Aviation Sector?
Presentation, slides, speech,
5 May 2021
Ready for Take-off? Integrating Drones into the Transport System
Research Report, Policy Insights,
23 February 2021
- Establish clear objectives and priorities for the introduction of drone transport by identifying the best first use cases.
- Design a communication strategy that directly addresses public concerns.
- Clarify and develop drones’ status within the broader framework of aerospace regulation.
- Co‑ordinate with the drone industry to inform investment, development, and equitable policy making.
- Foster the emergence of civil aviation authorities with interdisciplinary competencies and capabilities in order to integrate drones into the transport system.
- Support the design and implementation of a robust Unmanned Air Traffic Management system.
- Develop methods for assessing the impact of drones’ full life cycle on the environment.
- Incorporate drone operations into long-term urban planning strategy using data and predictive models.
Evolution of Metropolitan Airports in Japan -Airport Development in Tokyo and Osaka
Presentation, slides, speech,
21 February 2013
Expanding Airport Capacity under Constraints in Large Urban Areas: The German Experience
Presentation, slides, speech,
21 February 2013
Airport Capacity Expansion Strategies in the Era of Airline Multihub Networks
Presentation, slides, speech,
21 February 2013
Focus on Airport Performance and Airport-Airline Vertical Relationship
Presentation, slides, speech,
1 October 2008
The Role of Accessibility in Passengers' Choice of Airports
Presentation, slides, speech,
1 October 2008
The Impact of Climate Change Policy on Competition in the Air Transport Industry
Presentation, slides, speech,
1 October 2008
The Airport Industry in a Competitive Environment: A United Kingdom Perspective
Presentation, slides, speech,
1 January 2008