A tale of five cities: night time transport infrastructure in global cities

By Rebecca Jackson

As London’s launch of its new night tube services is delayed, we compare night-time transport infrastructure in 5 cities and consider the importance of the night tube to allow London to maintain its status as one of the world’s great cities.

London is viewed, like most modern-day cities, as a 24-hour hub of activity, and supporters of the night tube have argued that we need 24- hour infrastructure to support it. The importance of the night tube on London’s night time economy has been heavily emphasised by supporters of the roll out. According to TfL, the night tube will create almost 2,000 new jobs and contribute £360m to the economy:

“Demand for a 24-hour Tube service is clear – late night Tube use has increased at double the rate of day-time trips and Night Bus usage has risen by 173 per cent since 2000. There are already over half a million users of the Tube after 22:00 on Fridays and Saturdays.”

Under the plans for the night tube, services will run 24 hours over Friday and Saturday on five main tube lines: Jubilee, Victoria, Piccadilly, Northern and Central lines. Plans for further expansion are already in place.

But how does London compare with other world cities?

Many major world cities operate late running underground services, particularly at weekends. However when London eventually launches its night tube, it will become one of only seven cities to have ‘around the clock’ underground transportation, either in full or on particular days of the week. The other six are: Copenhagen, Berlin, Stockholm, Sydney, Chicago and New York.

That leaves many other major world cities with transport networks which do not reflect their ’24-hour’ reputations. Cities like Hong Kong, Bangkok, Tokyo, Los Angeles and Paris have more limited night-time transport services but still effectively serve the inhabitants of some of the worlds biggest cities.

Hong Kong

Hong Kong has a highly developed and sophisticated public transport network which has made it the envy of city planners across the world. However it does not operate a 24 hour transport system, nor are there plans to introduce one.

Hong Kong’s public transport system is supported by 24- hour ferry services, buses, trams and moving public walkways to allow easy travel through the city although few of these run beyond midnight. Underground trains feature below ground 3G, colour coded stations to ease navigation of passengers and an integrated payment system in the form of an “Octopus” card. The equivalent of London’s “Oyster” card, it was the first of its kind in the world and can be used on all public transport in Hong Kong. Tickets cost an average of $14 HKD (£1.18).

New York

Hosting one of the largest underground train systems in the world, New York has been committed to offering 24 hour underground transportation since its first trains ran in 1904. It’s total track length spans the distance from Chicago to New York.

Recently they introduced a system which can email commuters details of a delayed journey to work, to justify lateness to employers; they also have an email alert system to inform passengers of delays on selected routes. An average equivalent Zone 1-6 fare in New York would cost $2.75 (£1.76) The London average is £5.10.

Paris

The second busiest subway system in Europe after Moscow, the Paris subway carries an average of 4.2 million passengers a day. Standard operating times are between 05:30am- 01:15am, except Friday, Saturday and nights before national holidays, when services run until 02:15.

There is contemplation in the French capital of whether to introduce a 24 hour service there – the success or failure of London’s scheme will undoubtedly impact on their decision. Paris metro fares are significantly lower than those in London, with tickets in the region of €1.80 (£1.28).

Copenhagen

Not the first city you might think of when looking at transportation in global cities, but in terms of transport infrastructure Copenhagen has one of the best in the world. Their driverless underground system has operated 24/7 since 2002. In addition an S-train system runs from 05:00am- 00:30am daily.

Awarded the “Best Metro” and “Best Driver-less Metro” awards at the 2010 MetroRail congress in London, the Copenhagen system is considered one of the safest, cleanest and most efficient underground lines in the world. An average ticket on this service would cost around 31 Danish Krone (£3.08).

Blueprint for the future

When London’s night tube finally launches, under the branding ‘free the night’, TfL will be keen to stress the unique qualities it will bring to London’s transport system. By making the city accessible for longer, the night tube will place London among a select group of world cities with 24-hour transport infrastructure.

And the success of the programme could prove key to encouraging some of the world’s other largest cities to follow suit, potentially allowing London to provide a blueprint for services which could be emulated across the globe.


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Read our article How data and smart city infrastructure can support transport planning for more on intelligent mobility and how London is leading the way in the use of data in transport planning.

How data and smart city infrastructure can support transport planning

Image from Flickr user JustGrimes, licensed for reuse under a Creative Commons License

Image from Flickr user JustGrimes, licensed under Creative Commons

By Morwen Johnson

Efficient transport is vital to the smooth running of businesses and everyday life in a city. The emergence of new technologies is rapidly transforming both traffic management systems and the analysis of travel activity and transport modelling.

At the Open Data Awards last week, the Greater London Authority won the Open Data Publisher Award, with the opening up of Transport for London’s data infrastructure being highlighted as an example of how whole systems thinking can create an ecosystem and value chain supported by data.

Smart transport solutions

Within the UK, initiatives such as the Future Cities Demonstrator (based in Glasgow) and the Catapult Centres, both established by Innovate UK (fomerly the Technology Strategy Board), are exploring innovative ways to use technology and data to make life in cities safer, smarter and more sustainable. The UK Government has also continued its support with its announcement in the March 2015 budget of new funding to support the technology market around the Internet of Things.

Smart solutions involve data gathering, real-time processing, data analytics and visualisation. Using data ultimately aims to support better decision and enable innovation. New technologies and availability of data, and the near-universal uptake of mobile devices, therefore offers an opportunity to innovate in order to make our urban areas more adaptive and resilient.

‘Intelligent mobility’ is a sector of the wider transport industry which is predicted to be worth around £900 billion a year globally by 2025. A recent report suggested however that the UK faces major transport-related data gaps which limit its ability to take advantage of this market. In some cases this relates to datasets which do not yet exist at all in the UK, and in other cases to datasets which exist only in ‘silos’ or which are not yet open or freely available.

Data supports transport planning

Transport for London has allowed their data, which has been collected from Oyster Smart Card use, to be open and available to developers to create a range of Apps which allow the public access to travel information, much of it real-time.

Many councils across the UK are using data to improve journey planning in a similar way. The itravelsmart App from Cheshire West & Chester Council won the Best Smarter Travel App award at this year’s Smarter Travel Awards for a tool that integrates travel information, interactive maps and public transport timetables.

At a city-wide level, using an intelligent transport system can also help improve capacity and manage traffic flows. Cities such as Amsterdam, have been leading the way in using open data to support transport planning – back in 2012 Amsterdam won the World Smart Cities Awards 2012 with its Open Data Program for transport and mobility. Since March 2012, the city’s department for Infrastructure, Traffic and Transportation (DIVV) has made available all its data on traffic and transportation to interested parties. Data about parking (tariffs, availability, time), taxi stands, cyclepaths, and stops for touring cars are public now, as well as real-time information on traffic jams on main roads around the city.

The Urban Big Data Centre was established by the UK Economic and Social Research Council to address social, economic and environmental challenges facing cities. It launched in 2014 and focuses on methods and technologies to manage, link and analyse multi-sectoral urban Big Data, and to demonstrate the use of such information, for example in transport planning.

From smarter data to smarter decisions

To make a city smart and to use smart infrastructure, it’s vital that the transport system functions to the best of its ability. By utilising data from a variety of sources, such as open transport data, sensor data, crowdsourcing and other social media sources, it seems there is potential for a huge improvement in efficiency by increasing integration.

Encouraging modal shift can also have an impact on environmental problems, such as pollution and carbon emissions. Using data, whether it is open data or big data, can help inform evidence-based decision-making in these important policy areas.


We’ve written a briefing on the emerging use of big data and open data in transport planning, including case studies from the literature.

Idox has recently announced its acquisition of Cloud Amber Ltd, a leading supplier of integrated transport solutions to local authorities.

The Idox Knowledge Exchange are also hosting a Big Data Knowledge Transfer Project in collaboration with Salford University.

Planning healthy cities … integration is key

Image from Flickr user Sebastian Niedlich, licensed for reuse under a Creative Commons License

Image from Flickr user Sebastian Niedlich, licensed for reuse under a Creative Commons License

By Dorothy Laing

“The environment in which we live, work and spend leisure time – both the physical nature of places and the social environment of communities – has an enormous impact on our health and wellbeing. Health problems such as obesity, chronic heart disease, stress and mental health issues are intricately linked to the environments in which people live and work”. (RTPI, 2014)

Earlier this month the RTPI published Promoting healthy cities: Why planning is critical to a healthy urban future, the third in a series of Planning Horizons papers launched to mark the RTPI’s centenary. The report looks at how planning can help to create healthy cities – one of its main arguments being that health and wellbeing need to be at the core of city design and development.

With a growing number of people living in urban areas, and health problems such obesity and diabetes on the rise, planning for healthy cities is vital. And interest in the links between planning and urban health is nothing new.

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