Naked streets, floating bus stops – and how cycling infrastructure can endanger the blind

A "floating bus stop" on Whitechapel High Street, London. The blue lane is the newly installed segregated cycle lane. Image: Ross Atkin.

This week one of the 3,500 blind and partially sighted people who live around Whitechapel High Street in London will step outside and attempt to reach their bus stop. To get there, they’ll find that they have to cross a lane of fast moving cyclists, over whom they have no formal priority and whose silent approach they are unable to detect. According to Transport for London’s (TfL) own research, only 15 per cent of cyclists will stop for them.

For these people, the disappearance of some plastic roadworks-barriers and the sudden, permanent separation of bus stop from pavement, will be the first indication that any such change had been mooted, discussed, planned, designed, or consulted on.

According to TfL, the government body responsible for the changes, “consultation” had indeed taken place for a month in late 2014. Obviously the blind and partially sighted people who are actually affected by the scheme were not asked directly: indeed, scheme designs were never even converted into a form they could access.

Instead their interests were entrusted to the RNIB, Guide Dogs and the Thomas Pocklington Trust who met with the designers directly. Of these organisations only Guide Dogs bothered to formally respond to the consultation with the vigorous and unequivocal conclusion “that the current design could impact upon visually impaired people”.

With so little formal opposition, and with a deluge of automatic template emails from the London Cycling Campaign, website TfL proceeded speedily to construction on Whitechapel High Street. Work on other busy central London high streets swiftly followed: the plan is to create a giant cross of “segregated” cycle routes, running 12 miles in one direction and four in the other. Between them these routes will include over 50 of these “floating bus stops”, with numerous other bus stops removed altogether.

This phenomenon is not confined to London. Floating bus stops are already installed in Brighton and planned in Cambridge, Manchester and Bristol, as part of a £114m investment by the government.

A brief history of our streets

To understand how we got to a situation where floating bus stops seem like a good idea, virtually unopposed by organisations representing people with sight loss, we have to wind the clock back to the turn of this century. At that time, there was a growing awareness amongst street designers that a narrow focus on traffic engineering was destroying high streets, creating unpleasant environments where pedestrians were penned in behind guardrail and vehicles ruled.

Completed in 2003, the refurbishment of Kensington High Street quickly became the poster child for a new “Naked Streets” movement. This movement advocated minimising the use of road signs, guardrails and other features that formally separate road users, in order to slow down traffic and give pedestrians and cyclists greater priority.

By 2007 some designers were pushing the “Naked Streets” agenda further. The refurbishment of New Road in Brighton further reduced the separation between road users by removing kerbs, creating a single level surface. This approach to street design became known as “Shared Space”: the argument was that, when kerbs are removed, vehicles begin to behave as guests. Closed at one end and totally dominated by pedestrians, on New Road this actually happens.

Things started to go wrong when plans were proposed to apply a level surface to Exhibition Road, the street connecting west London’s large museums. Concerned by the impact the removal of kerbs would have on blind and partially sighted people, Guide Dogs took the scheme’s sponsors, the Royal Borough of Kensington and Chelsea, to Judicial Review in March 2010.

Eventually a compromise was reached: the scheme was built with 800mm wide bands of tactile paving standing in for kerbs. By the road’s re-opening in February 2012, and it’s conspicuous failure to affect vehicle speeds to the extent its designers had promised, the “Naked Streets” movement had already started to fizzle out. Level surface schemes, in situations much more appropriate than Exhibition Road, were being quietly dropped up and down the country.

February 2012 also marked the ascendance of separationist cyclists with the start of the Times“Cities Fit for Cycling” campaign, instigated in response to the tragic injury of journalist Mary Bowers outside their East London office, as well as the London Cycling Campaign’s “Love London Go Dutch” campaign which argued explicitly for segregated cycle infrastructure. Not wanting to miss out on the campaign buzz, all five leading candidates in the 2012 London Mayoral election promised to implement the “Go Dutch” demands. Traffic engineering was well and truly back on the agenda, and TfL engineers began designing the segregated routes being installed at the moment as if they had never heard of ‘Naked Streets’.

Lessons not learnt

The floating bus stop is a natural consequence of an approach that seeks to optimise a street for one kind of vehicular user at the expense of others. In that sense, it’s just like those miserable car-centred designs of the 80s and 90s we had been moving away from.

Don't cross now. Image: Ross Atkin.

High Streets serve important functions for all kinds of people, so need to be the best compromise between their different needs. If we are going to achieve this we all need to adopt a less absolutist, ideological position. We must work together to understand one-another’s needs and engage with the practical realities of design. We must work from evidence and, where this isn’t available, we should be prepared to spend some tiny fraction of the millions we spend building these schemes to gather it.

Engaging with practical realities means that urban designers need to admit that Exhibition Road has not worked – and that the removal of kerbs and controlled crossings was the wrong thing to do there.

At the same time, sight loss organisations need to acknowledge that, in some circumstances, like New Road Brighton, a level surface can genuinely be the best compromise.

Finally, cyclists need to acknowledge the negative impact that segregated routes have on other vulnerable street users, and accept that, on most high streets, there are more effective ways to keep them safe.

Streets are complicated, and designing them is difficult. Designers are only able to find the best compromises by understanding how different people use then. They will only be able to do this when organisations representing different street users engage constructively with one another.

Ross Atkin is a researcher and designer with a keen interest in public space accessibility. He has been shadowing disabled people as they make journeys since 2009 as part of research projects for CABE, the RLSB, Centre for Accessible Environments, City of York, Future Cities Catapult and Bath and North East Somerset Council. He tweets as @rossatkin.

 
 
 
 

London Overground is experimenting with telling passengers which bits of the next train is busiest

There must be a better way than this: Tokyo during a 1972 rail strike. Image: Getty.

One of the most fun things to do, for those who enjoy claustrophobia and other people’s body odour, is to attempt to use a mass transit system at rush hour.

Travelling on the Central line at 6pm, for example, gives you all sorts of exciting opportunities to share a single square inch of floor space with a fellow passenger, all the while becoming intimately familiar with any personal hygiene problems they may happen to have. On some, particularly lovely days you might find you don’t even get to do this for ages, but first have to spend some exciting time enjoying it as a spectator sport, before actually being able to pack yourself into one unoccupied cranny of a train.

But fear not! Transport for London has come up with a plan: telling passengers which bits of the train have the most space on them.

Here’s the science part. Many trains include automatic train weighing systems, which do exactly what the name suggests: monitoring the downward force on any individual wheel axis in real time. The data thus gathered is used mostly to optimise the braking.

But it also serves as a good proxy for how crowded a particular carriage is. All TfL are doing here is translating that into real time information visible to passengers. It’s using the standard, traffic light colour system: green means go, yellow means “hmm, maybe not”, red means “oh dear god, no, no, no”. 

All this will, hopefully, encourage some to move down the platform to where the train is less crowded, spreading the load and reducing the number of passengers who find themselves becoming overly familiar with a total stranger’s armpit.

The system is not unique, even in London: trains on the Thameslink route, a heavy-rail line which runs north/south across town (past CityMetric towers!) has a similar system visible to passengers on board. And so far it’s only a trial, at a single station, Shoreditch High Street.

But you can, if you’re so minded, watch the information update every few seconds or so here.

Can’t see why you would, but I can’t see why I would either, and that hasn’t stopped me spending much of the day watching it, so, knock yourselves out.

Jonn Elledge is the editor of CityMetric. He is on Twitter as @jonnelledge and also has a Facebook page now for some reason. 

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