Upload
embarq
View
1.335
Download
1
Tags:
Embed Size (px)
DESCRIPTION
By Urda Eichhorst. Presented on Day Two of Transforming Transportation. Washington, D.C. January 15, 2010. www.transformingtransportation2010.org
Citation preview
Wuppertal Institute1
Towards climate-proof urban transport systems
Urda EichhorstWuppertal Institute - Energy, Transport and Climate Policy Research Group
Transforming Transportation 2010Washington, DC15 January 2010
Wuppertal Institute3
Why adapt urban transport to climate change?
Climate-proof urban transport systems . . .
1. Ensure reliable mobility
2. Secure public assets with large replacement value and avoid cascading effects
3. Protect health and safety of urban residents
4. Enable disaster risk management
➔ Guarantee the economic well-being of cities
15 January 2010
Wuppertal Institute4
Expected climate change impacts
15 January 2010
Average global temperature increase…
sea-level rise temperature extremes
tropical storms drought flooding
Photos: GTZ, NASA, prozac1 + dan/FreeDigitalPhotos.net, PhotoDisc
Intense rainfall
Wuppertal Institute515 January 2010
Impacts on transport
Transport infrastructure
Mobility behaviour
Vehicles and operations
Three main categories:
Sources: GTZ
Wuppertal Institute6
Who needs to act?
1. Public authorities•Transport planners•Urban/spatial planners•Disaster risk managers•Environment agencies•Construction departments•Public procurement agencies•…
2. Transport service providers
3. Individuals
➔ Cross-departmental decision-making!
15 January 2010 Photos: GTZ
Wuppertal Institute7
Three basic approaches to adaptation
15 January 2010
Wuppertal Institute8
Overview of adaptation options
Four main areas of action:
1. Spatial/urban planning
2. Resilient design standards and materials
3. Regular maintenance
4. Contingency and emergency planning
15 January 2010
Wuppertal Institute9
Overview of adaptation options1. Spatial / urban planning (1)
• Avoid high-risk areas • Create sufficient redundancy
15 January 2010 Sources: ADB, itbm
Wuppertal Institute10
Overview of adaptation options1. Spatial / urban planning (2)
• Compact urban planning • Green spaces for cooling / decreasing heat island effects• Improved drainage
15 January 2010 Photos: GTZ
Seoul: before and after redevelopment
Wuppertal Institute11
Overview of adaptation options2. Regular maintenance
e.g. London Underground
• Monitoring programme (temperature/humidity)
• Identification of additional ventilation and cooling needs
• Purchase of new air-cooled trains
15 January 2010 Photo: GTZ
Wuppertal Institute12
Overview of adaptation options3. Adapted (resilient) design standards and materials
• Infrastructure• Vehicles
15 January 2010 Photos: GTZ, ITDP
Source: The Hindu
Cycle way shadings in Hangzhou, ChinaAir-conditioned bus in Changzhou, China
Wuppertal Institute13
Overview of adaptation options4. Contingency and emergency planning, insurance
• Integrate needs of public transport users into planning, e.g. emergency bus routes, hot weather contingency plans for subways
• Provide public transportation for evacuation• Use (climate/weather) insurance to divert risk
15 January 2010 Photos: Reuters, PhotoDisc
Impacts of Hurricane Katrina
Wuppertal Institute14
Integrate climate-proofing into transport planning and maintenance!
15 January 2010
Wuppertal Institute1515 January 2010
Module for decision-makers in developing citiesFinanced by gtz in its Sustainable Urban Transport Project
for details see ...
Free electronic copy at www.sutp.org
Wuppertal Institute1612.04.2023
Changes in transport policy Increasing capacity of staff Development of sustaina-
bility oriented projects
15 January 2010
SUTP – Sustainable Urban Transport Project
Implementing Projects
• World Cup 2010: Bus Rapid Transit System
Johannesburg
• Climate oriented concept for
sustainable mobility, Ukraine
• Emission Reduction in urban transport,
Indonesia
• ASEAN Clean Air in Cities
Sharing Experiences and Best Practices
Developing and Dissemi-nating Resources
Wuppertal Institute17
Conclusion and outlook
• Climate change will increase current problems in intensity and frequency
• Ensure that transport systems are climate-proof and tackle existing deficiencies to avoid costly damages
• Link adaptation and mitigation
What needs to be done:• Raise awareness and build capacity• Integrate climate risk assessment into transport planning• Engage transport planning and disaster risk management• Allocate (raise) resources for adaptation planning and
implementation• Start action early to avoid maladaptation!
15 January 2010
Download the module at: http://www.sutp.org
Thank you!