The document discusses the future of urban mobility, presenting challenges such as urban growth, climate change, and the need for sustainable transport solutions. It emphasizes the importance of understanding social behavior and infrastructure in reshaping mobility systems, advocating for a shift from car-centric planning to a focus on integrated public transport and active transit options. The document also highlights the necessity of adapting urban areas to promote sustainable mobility while addressing social equity and environmental concerns.

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• Final European Student Parliament
• Copenhagen
Moderator: Martin Hoffmann
Future Mobility – New
approaches in the city

2. Mobility has many facets. How do we
want to move along in the future? Is the
e-car really the solution or is the
concept „car“ already out of date?
Which ways of locomotion and hence
which transport routes will have priority
in future urban planning? Is the mobile
workplace really a concept for
tomorrow?
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The topic

3. Prof Malene Freudendahl-Pedersen, Denmark
Our Future Mobility expert is Prof Dr Malene Freudendal-
Pedersen (Roskilde University, Department of Environmental,
Social and Spatial Change). She focuses her research on
mobilities in late modern everyday life. With a point of
departure in transport research she examines why and how we
choose specific modes of transport in everyday life and the
meaning and significance this has for lived life. Mobility
behavior cannot be understood though, from a narrow
understanding of everyday life when it is produced and
reproduced on multiple societal scales. Thus important to her
research is also looking at sustainable mobility as a possible
future utopia.
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The expert

4. Contents
1. Understanding cities
2. Relevance of mobility
3. Current challenges
a. Growth
b. Urbanisation
c. De-Urbanisation
d. Gridlocks
e. Climate Change
4. Concepts for Future Mobility
5. Tools of Mobility
6. Side issues with relevance
7. Aim of Future Mobility
8. Food for thoughts
9. Further Research
10. References and Picture Credits
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The content of this preparation
material was prepared by Martin
Hoffmann.

5. Understanding cities
To change mobility, we need to understand the underlying patterns
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6. Understanding cities
• Cities are man-made; and thus an expression of culture.
• The way they are shaped both represents and influences the
overall process of social organization and social change.
• We are now living in a network society, characterised by
simultaneous spatial concentration and decentralization.
• Our cities are made up, at the same time, of flows and places,
and of their relationships – cities as communication systems.
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7. Understanding cities
• Societies are produced, and spaces are built, by conscious
human action; there is no structural determinism.
• As an example, participation of women in the labour market
or organisation of child care influences time and space of
citizens and thus their mobility needs.
• Digitalisation and globalisation are no reason for
interconnection, they are merely an expression of desires and
needs.
• Thus, those places with connecting best with global economy
will receive higher interest in investment and management.
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8. Relevance of mobility
Stop thinking in cars, think in flows of people, goods and information
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9. Relevance of mobility
• Transport happens for a purpose, not just for the "fun" of it.
• City workers are responsible for creating a disproportionate
amount of global GDP. By 2025, their contribution is expected
to total 86 %.
• Earlier research found a strong linear relationship between
global transport levels and real Gross World Product (GWP)
over the years 1950 till 2000.
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10. Current challenges
Cities are the new countries
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11. Current challenges – Growth
• Today, 64 % of all travel kilometres made, are urban and the
amount of travel within urban areas is expected to triple by
2050.
• By 2050, the average time an urban dweller spends in traffic
jams will be 106 hours per year, three times more than today.
• The population of the world is set to grow from 7 billion today
to 9.2 billion by 2050.
• The proportion of the global population living in cities is
expected to rise from 51 % in 2010 to 70 % by 2050.
• Demands for energy and raw material will rise accordingly.
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12. Current challenges – Urbanisation
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13. Current challenges – Urbanisation
• The density of city centres are rising as more people are
moving there.
• Their traditional fragmentation into areas for living, working
and production are dissolving, creating "multi-use areas".
• Mainly, it is the population in less-developed countries, which
is changing.
• Mega-trend of urbanising which is based on and demands
mobility.
• Potential to put in the infrastructure early for people to
develop their mobility patterns.
• Currently, a third of the global city population is living in
precarious living conditions, such as slums.
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14. Current challenges – De-Urbanisation
• With urbanisation comes de-urbanisation, as some city areas
are favoured over other city or rural areas.
• For example in Germany, shrinking cities, a phenomenon
thought to be confined to the states that made up former East
Germany, is increasingly plaguing former Western states.
• With shrinking population and urbanisation, we have to
reduce infrastructure, not only but in particular in mobility.
• There is an observable split between attractive and less
attractive living spaces creating a possibly irreversible
fragmentation.
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15. Current challenges – Gridlocks
• Urban mobility systems will come under growing strain, with
congestion increasing and travel speeds declining.
• Unless the modality split can be shifted in favour of public
transport and walking/cycling accidents and fatalities will
increase.
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16. Current challenges – Climate Change
• In 2010, the transport sector was responsible for 22 % of the global
CO2 emissions worldwide.
• Global transport related CO2 emissions are expected to increase by
57 % in the 2005-2030 timeframe, representing the fastest growing
source of greenhouse gas emissions worldwide.
• Future energy supply can not be based on a single energy source.
• Climate change is unlikely to occur in a predictable, linear fashion.
• The recognition of climate change has not been serious yet.
• Other sectors of energy supplies will be deprived and cause air and
noise pollution.
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17. Current challenges - Climate Change
• The rapid decrease in availablity of fossil fuels, as well as the
focus on sustainablity and environmental protection are
catalysts for innovation across many industries.
• Example: Modern Ford cars are actually not more fuel
efficient than the T-model Ford.
• Improvements to vehicle efficiency are not enough if very
large emission reductions are needed.
• Without careful planning, mobility systems will remain major
generators of greenhouse gases and thus significant
contributors to climate change.
• Continuation of high-mobility lifestyles in the OECD, and even
their spread to the rest of the world, is a possible future, but
not very likely.
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18. Perspectives
What modern mobility could be like.
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19. 19

20. Perspectives for future mobility
• Sustainability will become an increasing key factor in the way
urban mobility systems of the future are designed.
• This means: environmentally friendly mass transit must win
out over individual motorised transport.
• However, its services must remain affordable for all citizens.
• Clear correlation between the use of innovative mobility
concepts on one hand and mobility effectiveness and
efficiency on the other hand.
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21. Shift in car-ownership
• Diametral trends can be observed:
• Today, we have around 1 billion cars on the streets, and in 20 years
it will most likely be 2 billion.
• Yet, particularly former multi-car households are reducing their
ownership (e.g. London from 21 % in 2001 to 17 % in 2007).
• People no longer automatically associate mobility with owning a
car.
• The role of car is beyond mobility: status, aspiration, comfort,
convenience. However, the car is losing its relevance as a status
symbol.
• The different modes of transportation (including the possibility to
rent different cars for different occasions) reflects cultural
development: especially young people increasingly re-create their
identity and ownership according to social movements.
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22. Connecting flows,
not increasing movement
• Instead of mono-locomotion, people are mixing modes of
transport what they need when they need it
→ “smart mobility”
• The accessibility and combination of different modes of
transportation is supported by mobile computing, which
makes transition between different transport seamless.
• Mobility – the free flow of information, people and goods –
enables modern society.
• Mobility of the future has to be understood as an
interconnected issue, that no industry or stakeholder can be
isolated from.
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23. Networking
• With cities becoming smarter, energy and mobility have to
follow.
• We need a thinking shift from moving vehicles to moving
people and goods.
• The social and functional diversity of the metropolitan region
requires a multi-modal approach to transportation.
• This means: mixing private automobile/highway system with
public metropolitan transportation (railways, subways, buses,
taxis) and local transportation (bicycles, pedestrian paths,
specialized shuttle services).
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24. TOOLS OF MOBILITY
A+B+C=M?
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25. Arthur D. Little created a mobility index with cities all over the world.
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26. Mobility index – Modes of transport
• Successful cities, such as Hong Kong, have a well-balanced
split between different forms of transport that move people
away from individual motorised transport.
• Cities that promote walking, cycling, bike sharing, car sharing
and smart mobility cards as part of an integrated mobility
vision and strategy do reduce travel times, fatal accidents and
carbon emissions.
• City size does not have a significant influence on the mobility
score.
• However, the two other city characteristics indicated, namely
city prosperity and the prevalence of public transport
(‘modality split’), do have a significant influence on the
mobility score
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27. Mobility index – New models of mobility
• There are 39 key technologies and 36 potential urban mobility business
models. However, these solutions are not being applied comprehensively.
• The management of urban mobility operates globally in an environment
that is hostile to innovation as regards investment and long implementation
• Rethink the system: Cities in mature countries with a high proportion of
motorised individual transport need to fundamentally redesign their
mobility systems.
• Then, they can become more consumer and sustainability orientated.
• Knowing the nature and needs of your mobile population is a key first step
to putting in place a networked solution which will suit all parties.
• What is needed is an informed openness to what is available and the
flexibility and imagination to innovate as required.
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28. New models of mobility
• Besides the attitude of the customers, mobility is an
interdisciplinary field that can never be seen from only one
perspective; transport, infrastructure, traffic management,
information.
• Important trends of our time, including the information
revolution, urbanisation and globalisation reflect changing
patterns of mobility.
• Developing countries and their cities can work as test bed for
new, sustainable and intelligent mobility solutions.
• Even if a perfect solution can be found for a metropolis,
implementation can not be done at once.
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29. New models of mobility
Arthur D. Little also mapped various urban mobility technologies, looking
where we stand
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30. Social Aspects
Mobility is for people
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31. Social Aspects
• The dominant factors affecting future mobility solutions are
technological trends.
• Development of high quality office-to-office-communication is
going to change the way business is conducted.
• Digitalization of the working environment eventually
culminating in a reduction of business-related travel.
• Distance sales facilitated by a ubiquitous internet, promising
to serve aging populations, but they can also lead to a
decreasing need of shopping-trips.
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32. Social Aspects
• The question of how an entire generation used to being mobile will
actually stay mobile with increasing age will become more pressing.
• Increasing individualization of work, social relationships, and
residential habits.
• Gradually shifts sociability from family units to networks of
individualized units (most often, women and their children, but also
individualized co-habiting partnerships), with considerable
consequences in the uses and forms of housing, neighborhoods,
public space, and transportation systems.
• We need to shift our focus from the provision of ever-expanding
vehicular mobility, to the human needs that it is (presumably)
meant to satisfy
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33. Aim of future mobility
So, where do we go from here?
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34. Aim of future mobility
• A new system based on a socially and ecologically sustainable world-view
would see a reversion back to non-motorised (or active) transport and
public transport.
• The new system would entail some replacement of vehicular transport
energy by human effort-a partial reversal of the trend established by the
Industrial Revolution.
• Some present benefits of private travel would be lost, such as privacy and
the psychological benefits of driving, but the change would bring its own
benefits.
• The mobility of the future relies on proactive control: all infrastructures
can be connected and data will tell us about the position of objects and
their relations.
• These smart cities have to be designed along the individual needs of cities
and their inhabitants.
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35. Aim of future mobility
• thisbigcity proposes six simple objectives:
1. Go beyond the car
2. ‘Refuel’ our vehicles
3. Integrate, integrate, integrate
4. Make the poor the priority
5. Switch on to IT networks
6. Change people’s behaviour
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36. Food for thoughts
• From what perspective will we look at this: euro-centric vs.
international, global vs. local, urban vs. rural?
• How do we want future societies to look like?
• What happens to those places with less connection to the
global economy? Will we see a higher social segregation?
• What other ways of access to work, education, services, etc.
can we provide?
• How can we reduce the need for mobility?
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37. Food for thoughts
• How can we combine the long-lasting fight to reduce climate
change with necessary immediate solutions?
• With mobility being the connecting element, how do we ensure the
inclusion of less attractive regions? Is moving away the only
possibility?
• With emerging societies subsequently doing the same development
mistakes Western societies did (repeating patterns), is it maybe
time to tackle the ever present paradigm of growth?
• If mobility is an expression of communication and interaction, is it
necessary to change people’s behaviour to change mobility? Is that
even possible?
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38. Further research
• Bill Ford: A future beyond traffic gridlock
• Deutschlandfunk: Belohnung für Stauvermeider (example from
Utrecht, NL where people receive reward for leaving their car at
home)
• Ulrich protestiert - Leben ohne Auto (German report about why we
rely on cars and how a life without would look like)
• Mobile Lives Forum: Preparing the mobility transition
• LSE Cities Urban Age
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39. Sources
1. BBC News Viewpoint: The future of mobility (by Michel Taride, President Hertz International)
2. The Guardian: Future vehicles need to be better connected and available to everyone (sponsored
post)
3. The Guardian: Sustainable mobility calls for clear framework
4. The Guardian: Sylvain Haon on the future of mobility – video
5. The Guardian: Susan Claris on her vision of future transport planning
6. thisbigcity: 2025 – the Future of Mobility and our Cities
7. The Guardian - Germany's shrinking cities: a view from Salzgitter
8. Allianz Risk Pulse: The future of individual mobility (annotated version)
9. Artur D. Little: future lab - The Future of Urban Mobility (annotated version)
10. Castells, Manuel. "Space of flows, space of places: Materials for a theory of urbanism in the
information age." Comparative planning cultures (2005): 45-63.; Wikipedia: Space of flows
11. Moriarty, Patrick, and Damon Honnery. "Low-mobility: The future of transport." Futures 40.10
(2008): 865-872.
12. Deutsche Akademie der Technikwissenschaften Acatech. Smart Cities: Deutsche Hochtechnologie
FR Die Stadt Der Zukunft-Aufgaben Und Chancen. Springer, 2011.
13. Climate Focus: Bikes to reduce emission, May 2013
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40. Picture credits
1. https://flic.kr/p/gkzZSB
2. https://flic.kr/p/iHmsiK
3. https://flic.kr/p/fHpgjG
4. https://flic.kr/p/dbA8EN
5. https://flic.kr/p/fDA81V
6. https://flic.kr/p/fDA8xv
7. https://flic.kr/p/iXybNN
8. https://flic.kr/p/iHnE8y
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