A report in the Daily Telegraph has covered the increasing delays to fire engines due to traffic calming measures. That includes the impact of LTNs. To quote from the report: “Analysis of the latest data published by the London Fire Brigade show firefighters experienced slowed response times 3,035 times, equivalent to 253 each month, due to “traffic calming” measures”.
Hackney and Lambeth boroughs were the most badly affected with increases of 66% and 92% in such incidents.
Such events are regularly reported to us and on social media so it is not surprising that the data now shows the problem, although the Fire Brigade say they are still meeting their response targets.
Low Traffic Neighbourhoods (LTNs) are being promoted by local councils and central government and are actually being implemented in many locations around the country. Typically they are called “Healthy Neighbourhoods”, “Healthy Streets”, “Mini-Hollands” or other fine sounding names when in reality they usually consist of mainly road closures (“modal filters”, “school streets”, etc) that obstruct the use of roads. The object is stated to get us all to use “active travel” modes such as walking or cycling so that we live longer. But do they really do so? And what are the disadvantages?
These schemes are currently now being implemented using Temporary Traffic Orders using the claim that the Covid-19 epidemic justifies emergency measures to enhance social distancing without any advance public consultation whatsoever. But they have aroused very strong opposition in several London boroughs once people have seen the result. See Ref.2 below for a list of some of them in London).
It is frequently claimed that traffic “evaporates” once these schemes are installed, but is that true? A recently published academic study (see Ref.1 below) of three mini-Holland schemes in outer London gives a very different picture however.
The three boroughs studied were Enfield, Waltham Forest and Kingston. They selected over 3,000 people at random and gave them a survey of their travel behaviour with a follow up later to see the changes (although there was a high drop-out rate). There was a particular focus on their use of cycling.
Based on reports of past-week cycling, the authors suggest there was a trend towards higher cycling levels in the mini-Holland areas than the non mini-Holland areas. But this effect was not statistically signiﬁcant (i.e. may not be true). Bearing in mind that these are self-reported numbers in addition which are likely to be biased, the claimed effect is likely to be a mirage.
The report also says “There was generally little or no evidence of diﬀerences by mini-Holland status in the proportion of individuals doing ‘any walking’ or ‘any active travel’ in the past week”. In reality therefore the mini-Holland schemes have had no impact on active travel use.
On car use the report says: “For past-week car use, there was a non-signiﬁcant trend for those living in mini-Holland boroughs to be less likely to report any past-week car use than those living in non mini-Holland areas. Time spent driving in a car in the past week showed no consistent pattern in the results, and no evidence of a diﬀerence in any contrast [sic]”. In other words, car use had not changed.
At the follow up survey, in those living in mini-Holland areas there was an increase in the proportion saying that there was “too much” support for investment in cycling (from 27% to 33%). These diﬀerences were highly signiﬁcant which shows the population were not convinced of the merits of the programme.
The report’s authors make some positive comments about the effect of the mini-Holland interventions but their conclusions are hardly consistent with the data they report.
In reality there is no substantial movement that is statistically significant into active travel modes, and car use continues at the same level.
Emergency Service Access
One of the complaints from those living in LTNs is the impact on emergency services access (ambulances, police cars, fire engines). The College of Paramedics has warned how lives could be put at risk and emergency response times increased as road closures, cycle lanes and one-way systems cause problems for ambulances and delay response times.
Richard Webber, a College Spokesperson, recently said “Previous traffic calming measures have caused delays for emergency vehicles. So now we are particularly concerned new measures are being rushed in without proper consideration and there will be a risk of further delays for ambulances and other emergency responders. For someone not breathing or having a heart attack, stroke or allergic reaction this risks causing significant harm. We would urge councils as they implement these new measures to give proper consideration to access for emergency vehicles and ensure they are not delayed reaching the scene of an emergency.
We fully support and understand the need to improve routes to protect cyclists and pedestrians, particularly while there is a reduction in the use of public transport following the Covid-19 epidemic. However, the designs must take into account fully whether an emergency vehicle – whether ambulance police or fire – can gain access in a hurry, rather than making it difficult to do so.”
But in reality little account is being taken of emergency service access. For example in Lewisham there are numerous reports of ambulances and police cars being blocked. They are supposed to have keys to open locks on the bollards on some roads, but they do not. Even if they do have keys, significant delays are caused.
Photo below shows an ambulance with blue flashing lights being blocked in Manor Lane Terrace Lewisham.
In summary, there is no evidence that Low Traffic Neighbourhoods produce any significant benefits while there is clear evidence that they delay emergency service vehicles. Residents also report massively extended journey times and increased air pollution on major routes as traffic is diverted onto them.
We suggest that encouraging active travel may be a good thing, but there are better ways to do it than just closing roads. Closing roads simply does not work to encourage active travel and the extreme versions of LTNs implemented in boroughs such as Waltham Forest and Lewisham will never get general public support.
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I visited the Council’s “public drop-in event” for the Lewisham “Healthy Neighbourhoods” scheme yesterday. It was so crowded that it was difficult to get a useful conversation with any council staff (I will be sending them some written questions instead), but I did talk to a few of the other attendees who were all opposed to the road closures and the lack of proper consultation.
There were a number of maps and panels on display, including one with a headline title of “Traffic Evaporation” – see above. If you read the detail of the panel it claims only 11% of traffic disappeared from such schemes, but most of it found alternative routes. In the case of Lee Green this will mean more traffic on other minor routes, effectively displacing the problem and affecting other residents. But there will be a lot more on major roads such as the A20, A205 and A2212 thus creating long traffic queues and more air pollution not less.
One amusing answer I overheard in response to a question about emergency vehicle access was that police cars should be able to just “barge through” the barriers. That sounds exceedingly unlikely. Also some emergency vehicles may be able to get through the camera-enforced “bus gate” on Manor Park but I don’t understand how they will get through the other road closures. Delays to ambulances, fire engines and other emergency service vehicles are a major risk to life – see our recent blog post here which covers that issue: https://tinyurl.com/whzxksr . It is simply wrong for Lewisham Council to put in a scheme that introduces such delays.
Back in September I mentioned a conference in Los Angeles, USA, focused on “Road Diets” and “Vision Zero” and other negative transport policies under the title “Keep LA Moving”. There is strong opposition to road schemes that increase congestion and remove road space in the USA. You can see some of the videos taken of panel sessions at the conference in October here: https://www.keeplamoving.com/conferencevids but what follows are some of the key points from presentations shown at the event.
One presentation shown was from Les Bunte, former Assistant Fire Chief in Austin, Texas which covered the impact of delays in response times to medical emergencies – specifically to cardiac arrests. The delays to emergency service vehicles are a major concern to those opposed to increases in traffic congestion caused road space removal. He presented this chart:
In England there is a target ambulance response time to Category 1 emergencies such as heart attacks of an average of 7 minutes which the country consistently fails to meet, and there are of course many responses that take longer than 7 minutes. In London the times are undoubtedly worse although I could not find any recent data on that subject as the London Ambulance Service does not report against the national target. All they report is that for Category A emergencies, 95% of ambulances arrive within 19 minutes. But you can see from the above chart that any response time of more than 10 minutes means you are almost certain to die.
Another presentation shown at the LA Conference was from the Portland Fire Department. According to the National Fire Protection Agency in the USA, in 2016 there were 35,200,000 emergency calls to fire departments around the country. Almost 22 million of these were fire and medical emergencies. Delays can have fatal consequences.
Delay to emergency response also means firefighters arrive at the scenes of emergencies in more dangerous conditions. In 2017, almost 59 thousand firefighters incurred injuries, and 60 firefighters died – most of which occurred at fireground operations. A number of fire fighters have also been injured from hitting the roofs of their cabs, rushing to emergencies when encountering speed humps. At least two of these firefighters have been placed on permanent disability
The chart below compares the number of vehicle related deaths – pedestrians, cyclists and vehicle passengers (2018 stats) with the average yearly deaths caused by sudden cardiac arrest (SCA – not considering victims of other medical emergencies) plus fires in the USA. SCA and fires are Class A emergencies, requiring the most urgent emergency response times.
The data shows that a person is nearly 10 times more likely to die from fire and cardiac arrest than ALL vehicle-related accidents involving pedestrians, cyclists and passengers of cars. Clearly it is very important to maintain fast response times to medical emergencies.
This is quite conclusive evidence of the negative impacts of delays to emergency vehicles caused by road narrowing, speed humps and other traffic calming measures that increase traffic congestion and slow emergency services.