Tag Archives: traffic

Guest post: If we all choose the fastest mode of travel in a city, the whole city gets slower – and more congested

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The more people choose the fastest route by car, the more congested a city becomes. Alexander Popov | Unsplash, FAL

Rafael Prieto Curiel, UCL and Juan Pablo Orjuela, University of Oxford

People in cities often choose how to travel based on how long it will take. In recent years, navigation apps such as Google Maps and CityMapper have enabled people to decide between various modes of transport by seeing which one most quickly gets them where they want to go.

Cities of course have long dedicated a disproportionate amount of space to cars. Although in some parts of the global north – and in certain demographics – car use is declining, elsewhere it has, unsurprisingly, increased.

In a recent study, we modelled what would happen to average travelling times in a city if people were given only one other option – using the car or using another mode of transport – and if they acted only in their own interest (getting to their destination as fast as possible).

We wanted to see what would happen if everyone acted selfishly. How would that compare, we wondered, with a theoretical case in which people chose their mode to minimise travel times for society as a whole and not only for themselves.

City spaces

Using mathematical modelling, we found that if all travellers behave selfishly, and if we have a system that not only makes it relatively inexpensive to use a car, but also allows congestion to affect non-car users (cyclists, public transport users, pedestrians etc), collectively we all end up taking longer to get where we need to go – whether we’re driving a car or not.

City streets are often designed to make travelling by car faster and more efficient. And despite there being, for instance, an increasing amount of cycling infrastructure worldwide and higher satisfaction among people who commute by bike, it is still very common to see narrow, disconnected cycling lanes which result in congestion induced by private cars affecting cycling travel times too.

Mixed-use lanes – those that are used by both private cars and public buses, as opposed to dedicated bus lanes – have the same effect: car congestion affects bus users too. Without proper infrastructure, there are therefore no incentives to use public transport or active transport options, such as cycling and walking.

And even when there is a cycling path network or dedicated bus lanes, if these cross over or otherwise intermittently share space with the general road system, this also slows everybody down. It makes the system as a whole less efficient.

Similarly, free parking for private vehicles also results in longer travelling times for everyone – including non-car users – because they negate the benefits, for individuals, of not using a car if others still do.

We found that selfish behaviour with such inadequate infrastructure results naturally in more cars, more congestion, and longer travel times. If using a car remains the easier and quicker option (on an individual level), people will keep using cars and cities will remain congested. By trying individually to win, we all lose.

Competing priorities

One alternative is to design more collaborative transport networks in which we all accept some personal delay to achieve a distribution that is better for society. We could, for example, include not only personal cost in some of the apps we use, but societal costs also. What if Google Maps told you not only where congestion is in real-time and what would be the quickest transport mode to choose for you as an individual, but which transport mode would offer the best results for your neighbourhood, your family, your colleagues, or your city?

Research has shown how difficult it is, however, to shift commuter behaviour. It also highlights the public opposition there has been to alternative measures such as limiting maximum speeds in order to lower traffic injuries, despite such measures saving lives.

Given this, it could prove difficult to convince some car users to sacrifice personal efficiency for the greater good. But we could start by at least making these trade-offs explicit.

A giant spaghetti junction in Los Angeles.
Our cities are designed with car travel in mind. Denys Nevozhai | Unsplash, FAL

Motorised private transport has a wide variety of impacts that threaten a city’s sustainability, not least the wellbeing and health of its citizens. It contributes to air pollution and climate change through vehicle emissions and results in traffic injuries and nurtures sedentary lifestyles.

To encourage people to use more sustainable alternatives to car transport, cities need strong policies that steer people away from using their cars. So far, these have included low-traffic neighbourhoods and congestion charges that try to make car drivers pay for the congestion they are causing.

Elsewhere, systems have been implemented that attract people to transport modes, such as safe lanes for cycling, that typically have better environmental and social outcomes. These systems emphasise individualistic attitudes but target societal costs to those most responsible for them.

Ideally, we should create policies that help us act in the interest of our community. In the meantime, policies that push people away from their private cars could bring us closer to what would be optimal for the collective – even if we are all acting in our own interests.

Rafael Prieto Curiel, Postdoctoral Research Fellow, the Bartlett Centre for Advanced Spatial Analysis, UCL and Juan Pablo Orjuela, Senior Research Associate and Executive Education Programme Director, University of Oxford

This article is republished from The Conversation under a Creative Commons licence. Read the original article.

Further reading: more from The Knowledge Exchange Blog on urban transportation

Guest post: One-minute cities could put the world on your doorstep

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Image: Lundberg Design

The concept of a 15-minute city, where everything you need for daily life is within a quarter of an hour walk of your front door, was already giving city planners something to think about before COVID-19 . But as neighbourhoods, and the people living in them, grappled with multiple lockdowns throughout 2020, the idea really gained traction.

Nowhere more so than in Paris, where the mayor, Anne Hidalgo, made it the centrepiece of her successful 2020 re-election campaign. Hidalgo’s aim was to create self-sufficient communities throughout the city, where everything is a short walk or bike ride away.

In Sweden, they are tightening the time frame even further. A one-minute city pilot called Street Moves aims to “reclaim the streets” from cars by creating numerous pop-up public amenities, with the overall intention of giving the public a say in what’s on their doorstep.

It is hoped the government-backed initiative will be picked up by municipalities across the whole country, but can such a hyper-local proposition really work on a national scale?

For Street Moves project manager, Daniel Byström, who works for ArkDes – the architecture and design think-tank leading the project – the pilot is trying to inspire new ways of approaching urban development rather than attempting to offer instant wholesale change.

“The ambition is to get a spread [of streets across Sweden], with different municipalities being able to make their own intervention,” says Byström. “However, I think many of the municipalities in Sweden are not ready to do it themselves, so for me the central part of the project is not the physical outcome by itself, but more to showcase an approach for how we can work with urban planning, urban development and street development.”

Image: StreetMoves / Daniel Byström

Under the plans, a kit of modular wooden street furniture has been designed, which can be slotted into an area the size of a car parking space. These kits have been designed to be flexible depending on the needs of the area – an important point in terms of scaling up the initiative, since it’s not claiming to be a one-size-fits-all solution. Rather it aims to add genuine value to an area.

Five streets have been piloted since the project’s launch last September, including three in Stockholm and one in both Helsingborg and Gothenburg, with more on the way.

So far, they have created new bench space, picnic tables, planters and e-scooter parking but Byström says this is just the beginning. “In the next step, we will look for more sophisticated solutions [based] around smart cities, such as infrastructure for charging electric cars and scooters.”

He says the one-minute city initiative – which has been funded by Vinnova, the Swedish government’s innovation agency – is also about giving the public more ownership over their streets, with residents being involved early on in the design process.

This resident involvement is getting positive results so far, with ArkDes claiming that 70% people surveyed about the Stockholm projects were positive. They also saw a 400% increase in the movement of people on the streets around each unit.

When coupled with the aftermath of COVID-19, this offers an exciting proposition to “reactivate” Sweden’s streets and make cities more resilient and adaptable to change, Byström adds.

“One of the things that you can see, for example, with growing digitalisation and people working from everywhere, is open-air shared office space, so it could be anything and that is the beauty of this initiative.”

The flexibility of the scheme could prove crucial when considering if this could be scaled up on a national level. Cities across Sweden will be looking for ways to bounce back in new and innovative ways after the pandemic and this could play an important role in that process. One-minute cities could also prove to be a crucial pillar in the success of Sweden’s goal for 2030 that “every street in Sweden is healthy, sustainable and vibrant.”

Our thanks to RICS for permission to republish this article which first appeared in Modus in July 2021.

Further reading: more from The Knowledge Exchange blog on urban areas

Guest post: Sustainable cities after COVID-19: are Barcelona-style green zones the answer?

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Photo by Kaspars Upmanis on Unsplash

Guest post by Anupam Nanda, University of Manchester

The lockdowns and restrictions introduced to control the spread of COVID-19 have resulted in huge changes to urban life. Previously bustling city centres remain empty, shunned in favour of suburban or rural areas where social distancing is easier and connections to the outdoors are abundant.

The roll out of vaccines provides hope for a partial restoration of normality in cities. However, the impact of COVID-19 could last much longer.

In particular, the pandemic has shown how damaging congestion, pollution and lack of green space can be – including how these factors have contributed to the severity of suffering for city dwellers. We have an opportunity to change city living for the better.

Barcelona offers an example of how city areas can be transformed to reduce pollution and increase access to green space.

The city pioneered the concept of superblocks, first introduced in 2016, as part of green urban planning. Superblocks are neighbourhoods of nine blocks. Traffic is restricted to major roads around the superblocks, leaving the streets inside for pedestrians and cyclists.

Recently, further plans have been announced to expand green zones in the city’s central district, Eixample. This is a major expansion of low-traffic zones, giving priority to pedestrians and cyclists to reduce pollution and provide green spaces.

The new plan will cover 21 streets and have space for 21 new pedestrian plazas at intersections. At least 80% of each street is to be shaded by trees in summer and 20% unpaved. A public competition in May 2021 will decide the final design.

The purpose of the plan is to ensure that no resident will be more than 200 metres from a green space.

There are many benefits to creating urban green spaces like these. They include an improvement in air quality and noise levels on the car-free streets, and a reduction in levels of nitrogen dioxide (NO₂) from road traffic. Exposure to high level of NO₂ can lead to a range of respiratory problems.

Green spaces have been shown to improve mental health, as well as lead to a reduction in risk of obesity and diabetes – conditions which significantly increase vulnerability to COVID-19.

COVID-19 has made the case for green urban planning even more compelling. However, these plans can come at a cost.

Barriers to green cities

A particular negative impact of green zones could be a high demand for housing, leading to subsequent rises in property prices. This can lead to gentrification and displacement of local residents and businesses. Care must be taken to make sure that homes remain affordable and urban green zones do not become rich enclaves.

The COVID-19 lockdowns highlighted the difference in living conditions faced by city dwellers. Green initiatives must work for all socio-economic groups, and must not exacerbate existing inequalities.

In addition, while city centres are the usual focus areas for greening initiatives, suburbs and other peripheral areas also need attention. The goal is to reduce carbon dependence in total – not shift it from one area to another, or one sector to another.

The plan should also include steps to make private and public transport completely green. This could include replacing carbon-producing transport system with zero-emission vehicles and providing ample infrastructure such as dedicated lanes and charging stations for electric vehicles.

Cities differ hugely in how they look, shape and operate. One size will not fit all. If other cities choose to follow Barcelona’s model, local issues must be carefully considered. Superblocks work really well in a neat grid system such as in central Barcelona. But many cities do not have a well-designed grid system.

However, the principles of green, environmentally friendly, car-free or restricted-traffic neighbourhoods can be adopted in any city. Examples of schemes include low-traffic neighbourhoods in London, the 15-minute city initiative in Paris, or Manchester’s plans for a zero-carbon city centre.

While adopting such interventions, it is important to keep citizens’ daily needs in mind to avoid adding extra burdens on them. If motor traffic is to be limited, the availability of public transport must be considered, safe infrastructure for walking and cycling as well as adequate road structure for essential services or deliveries.

Significant capital investment is needed to support these plans. The Barcelona plan is projected to cost €38 million (£34 million). Much more will be required if it is to roll out to more areas. Cities in the developing world and poorer countries cannot afford such huge sums. Moreover, COVID-19 has left several cities laden with a huge amount of debt.

Green city initiatives need to be long-term – and created with the support of local people. Recognition of the benefits of green living and informed support of developments will result in positive behaviour changes by the citizens.

Anupam Nanda, Professor of Urban Economics & Real Estate, University of Manchester

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Further reading: more from our blog on tackling air pollution in cities:

 

Virtual knowledge: recent webinars on public and social policy

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Earlier in the summer, we shared some of the information our Research Officers had picked up while joining webinars on public and social policy.

Since then, we’ve taken part in more of these virtual seminars, and in today’s blog we’re providing an overview of the wide range of topics covered.

Low traffic neighbourhoods

Earlier this month, Project Centre, which specialises in public realm regeneration and sustainability, organised a webinar on the challenges of implementing Low Traffic Neighbourhoods.

Low Traffic Neighbourhoods (LTNs) are a group of residential streets where through traffic is removed or discouraged, and any remaining traffic must operate at a pedestrian pace. The focus is not only to reduce congestion and improve safety by getting traffic back onto main arterial road networks, but also to provide environmental benefits, improve public health, community cohesion and encourage people to spend more, quality time in the areas where they live by making places “liveable”.

This webinar looked at the design and implementation of Low Traffic Neighbourhoods, with guest speakers from two local authority areas (Waltham Forest and the Liverpool City Region), as well as designers from Project Centre who support the implementation of Low Traffic Neighbourhood Schemes. The speakers discussed their own experiences designing and implementing low traffic neighbourhoods and shared potential lessons for those looking to implement their own scheme.

The speakers all emphasised some key elements to effective design and implementation of LTNs they included:

  • LTNs are not just about transport, they can have health and wellbeing, community cohesion and crime reduction and economic impacts for local businesses as people are encouraged and enabled to shop more safely in their local areas.
  • schemes should be done with communities, not to them
  • LTNs should be designed with everyone in mind to bring pedestrians and cyclists “on par” with cars in terms of the use of street space
  • effective data and evaluation can help build a case for wider roll outs.

The new long life: a framework for flourishing in a changing world

This webinar was delivered by the International Longevity Centre (ILC) and included a number of speakers from a range of backgrounds who came together to discuss the impact of longevity and ageing on our engagement with work and the labour market, particularly in relation to digital technology and the changing nature of work post COVID-19. Speakers included Prof. Andrew Scott, Caroline Waters, Jodi Starkman, Stefan Stern, Lily Parsey and George MacGinnis.

Many of the speakers highlighted the difference between the ageing agenda and the longevity agenda, explaining that while many of us will live and work for longer than ever before, the nature of work and the stages of life are changing in a way that for many will be unrecognisable as the “traditional life journey”.

They stressed the need to move away from “traditional linear thinking” about how we age, with education at the start, mid-life being punctuated by work and potentially parenthood, then retirement, and that ageing in the future will be full of more “life stages” and more mini cycles where career breaks, learning and other life “punctuations” will take place at different times of life. It was suggested that the nature of work will change so much that re-learning and at times re-training will be a necessity at multiple points in life, and not just by those who change career deliberately.

Ageing well must, according to speakers, remain high on the policy agenda of future governments to ensure that the growing population of older people can live lives that are enjoyable, purposeful and productive and can contribute to wider society well into what would currently be considered “old age”.

Clearing the air

This has been a year like no other. But while attention has rightly focused on the number of Covid-19 fatalities – more than 800,000 worldwide – there is another hidden killer which has been responsible for more deaths than coronavirus, HIV and malaria combined. Research has found that air pollution caused an extra 8.8 million deaths around the world in 2015.

We’ve written before about efforts to improve air quality, and in July a webinar organised by Catapult Connected Places looked at further innovative ways to understand and tackle air pollution across the globe.

Eloise Marais,  an Associate Professor in Physical Geography at UCL talked about TRACE – the Tool for Recording and Assessing the City Environment – that she is developing using satellite observations of atmospheric composition. Satellites offer more complete and consistent coverage than surface monitors, and satellites can also monitor many air pollutants, such as sulphur dioxide, ozone, nitrogen oxides and fine particulate matter.

But while satellites have a long and well sustained record of recording data – some have been in space for more than a decade – their measurements have limitations in terms of spatial resolution. At the moment, these can only cover city-wide air quality, rather than providing postal code measurements. Eloise explained that, while satellite data has been used to show that air quality improvement policies have been effective in London as a whole, they cannot yet confirm that in some parts of the city pollution levels are not falling. Even so, Eloise noted that spatial resolution is improving.

Later in the webinar, Bob Burgoyne, Market Intelligence Team Lead at Connected Places Catapult talked about the Innovating for Clean Air India Programme. India is home to 14 of the world’s most polluted cities. One of these, the city of Bangalore is especially badly affected, and Bob described a project which aims to improve the city’s air quality and enable a transition to electric vehicles. The Catapult network has been working with academic and professional bodies, and with small and medium sized enterprises in India to measure and demonstrate the impact of pedestrianizing a major street in Bangalore on Sundays. The long term goal is to permanently pedestrianise the street, and to demonstrate active and electric mobility solutions.

Back on track: London’s transport recovery

This webinar, organised by the Centre for London, discussed the impact of the Coronavirus pandemic on London’s transport systems and explored the impact of changes to Londoners’ travel habits on the actions required for recovery.

The event included contributions from Rob Whitehead, Director of Strategic Projects at Centre for London, Cllr Sophie McGeevor, Cabinet Member for Environment and Transport at London Borough of Lewisham, and Shashi Verma, Chief Technology Officer and Director of Strategy at Transport for London.

A major concern raised by speakers was that current trends indicate that car usage is returning to normal levels faster than any other form of transport. Public transport, such as bus and tube, is slowly recovering but its usage is often linked to changes to lockdown restrictions, with surges in use as restrictions are lifted that very quickly level off. Additionally, although it appears that active transport use has increased, this increase tends to be at weekends and is more apparent in outer London.

As a result of these trends, there is a serious concern that levels of traffic in London may exceed the levels experienced prior to the lockdown. Currently, road traffic is at roughly 90% of normal levels, if this rises to 110%, the resulting congestion will result in gridlock and could have major implications for London’s economy.

How should we use grey literature?

This webinar was organised by the CILIP Health Libraries Group, for CILIP members to learn about and discuss how grey literature is used by libraries, and the benefits and challenges of making use of such content.

The main talk was delivered by two members of the library team from the King’s Fund – Deena Maggs and Kathy Johnson – who emphasised the importance of grey literature as a means of delivering timely and up to date information to users, particularly in the context of health and social care policy, where information needs tend to be very immediate.

The session involved discussions about the usefulness of grey literature in terms of Covid-19 recovery planning, as well as the challenge of determining the credibility of content which is not peer reviewed or commercially published.

The speakers gave practical advice around selecting and evaluating such sources, and highlighted the broadening range of ‘grey’ content that libraries can make use of, such as audio recordings, blog posts, and Tweets.

Follow us on Twitter to see which topics are interesting our research team.

Smart cities aim to make urban life more efficient – but for citizens’ sake they need to slow down

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Sometimes you want to take it slow. Fabrizio Verrecchia/Unsplash. , FAL

Guest post by Lakshmi Priya Rajendran, Anglia Ruskin University

All over the world, governments, institutions and businesses are combining technologies for gathering data, enhancing communications and sharing information, with urban infrastructure, to create smart cities. One of the main goals of these efforts is to make city living more efficient and productive – in other words, to speed things up.

Yet for citizens, this growing addiction to speed can be confounding. Unlike businesses or services, citizens don’t always need to be fast to be productive. Several research initiatives show that cities have to be “liveable” to foster well-being and productivity. So, quality of life in smart cities should not be associated with speed and efficiency alone.

The pace of city life is determined by many factors, such as people’s emotions or memories, the built environment, the speed of movement and by the technologies that connect people to – or detach them from – any given place. As cities around the world become increasingly “smart”, I argue that – amid the optimised encounters and experiences – there also need to be slow moments, when people can mindfully engage with and enjoy the city.

Cities provide an environment for people to move, encounter, communicate and explore spaces. Research shows how these experiences can differ, depending on the pace of the activity and the urban environment: whether fast or slow, restless or calm, spontaneous or considered.

“Slow” approaches have been introduced as an antidote to many unhealthy or superficial aspects of modern life. For example, the slow reading movement encourages readers to take time to concentrate, contemplate and immerse themselves in what they’re reading – rather than skim reading and scrolling rapidly through short texts.

Similarly, the international slow food movement started in Italy as a protest against the opening of a McDonald’s restaurant on the Spanish Steps in Rome, back in 1986. Then, in 1999, came the “cittaslow movement” (translated as “slow city”) – inspired by the slow food movement – which emphasises the importance of maintaining local character while developing an economy which can sustain communities into the future.

Orvieto, Italy – home of the cittaslow movement. Shutterstock. 
Slow cities arise from grassroots efforts to improve quality of life for citizens, by reducing pollution, traffic and crowds and promoting better social interaction within communities. They must follow a detailed set of policy guidelines, which focus on providing green space, accessible infrastructure and internet connectivity, promoting renewable energy and sustainable transport, and being welcoming and friendly to all. Slow cities can create opportunities for healthier behavioural patterns – including pausing or slowing down – which allow for more meaningful engagement in cities.

These guidelines present a clear road map for city governments, but there are also ways that local people can promote a slow city ethos in fast-paced cities throughout the world. For example, in London, artists and activists have organised slow walks to encourage the general public to meaningfully engage with urban spaces, and show them how diverse their experiences of the city can be, depending on the speed of movement.

Slow and smart

Trying to put people’s concerns at the heart of smart city policies has always been challenging, due to the lack of creative grassroots approaches, which enable citizens to participate and engage with planning. And while technology has been able to give citizens instant access to a wide range of data about a place, it is rarely used to improve their actual experience of that place.

Getting smart cities to slow down could give citizens the means to explore the urban environment at a range of different paces, each offering a distinctive experience. To do this, architects, artists and urban planners need to look beyond the ways that technology can give instant access to information, services and entertainment – whether that’s video game lounges, or recharging and navigation pods in airports and stations.

Instead, they must recognise that technology can create platforms for citizens to immerse themselves and engage meaningfully in different experiences within the urban environment. For example, technology-based installations or projections can tell stories about people and places from other times, which enrich people’s experience of the city. Artificial Intelligence and machine learning can offer new ways to understand cities, and the way people function within them, which could help give human behaviour and experience a significant place in smart city planning.

Slow and smart cities could take the best of both approaches, helping citizens to connect with the history, present and future of a place, emphasising local character and building a sense of community, while also making use of the latest technology to give people greater choice about whether they want to speed up or slow down.

This would not only enhance efficiency and productivity, but also ensure that technology actively helps to improve people’s quality of life and make cities better places to live. It may sound idealistic, but with the range of advanced technology already being developed, ensuring cities are slow as well as smart could help people live better, more meaningful lives long into the future.The Conversation

Guest post by Lakshmi Priya Rajendran, Senior Research Fellow in Future Cities, Anglia Ruskin University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Why not read some of our other articles on smart cities:

How low can they go? Cities are taking action to reduce air pollution and save lives

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Air pollution is a bigger killer in Europe than obesity or alcohol: nearly half a million Europeans die each year from its effects.

Particulate matter (a complex mixture of extremely small dust particles and liquid droplets) and nitrogen dioxide (an invisible, but foul smelling gas) are particularly harmful to health.  As the New Scientist has explained:

“…nitrogen dioxide lowers birthweight, stunts lung growth in children and increases the risk of respiratory infections and cardiovascular disease. Particulate pollutants like soot cause a wider range of problems, including lung cancer.”

Motor vehicles are the main source of these emissions in urban areas. For this reason, European Union regulations introduced in 2010 set down that nitrogen oxide should average no more than 40 micrograms per cubic metre over a year. These limits are regularly breached. By the end of January this year, London had reached its legal air pollution limit for the whole of 2018. Scientists say that even these limits are unsafe: the 30,000 deaths each year attributed to particulate pollution are due to exposure levels below the legal limit.

Getting into the zone

Many local authorities have been trying to tackle the issue by getting the most polluting vehicles out of their city centres.  As Traffic Technology International has noted:

“From Athens to Aberdeen, and from London to Ljubljana, there is an eclectic smorgasbord of initiatives with over 200 low emission zones (LEZ) around Europe excluding more polluting vehicles, and some cities employing road-user charging to deter vehicles from entering.”

In the UK, Glasgow is set to become Scotland’s first low emissions zone, while Oxford could become the world’s first zero emissions zone, which would exclude all non-electric vehicles from the city centre by 2035.

T Time in London

London has adopted especially ambitious goals to clean up the capital’s air. As of October 2017, older vehicles driving in London between 7am and 6pm have needed either to meet the minimum toxic emission standards (Euro 4/IV for both petrol and diesel vehicles and Euro 3 for motorised tricycles and quadricycles) or to pay an extra daily charge of £10.00 (in addition to the £11.50 Congestion Charge).

Air quality campaigners have welcomed this “T Charge”, but not everyone is happy. The Federation of Small Businesses has voiced concern that the charge will have a negative impact on small and micro-businesses that are already struggling with high property, employment and logistics costs. Shaun Bailey, a Conservative member of the Greater London Assembly, has described the T Charge – and the mayor’s plan to bring forward to 2019 the launch of London’s ultra-low emission zone (ULEZ) – as “vanity projects” that will have little effect on air quality.

National demands and local plans

London’s T Charge is one way of tackling air pollution, but there are other methods, such as retrofitting bus fleets, improving concessionary travel and supporting cyclists. Some UK cities are already taking action, while in Germany and Belgium, even more radical ideas are being mooted.

Last summer, the UK government set out its plan for tackling roadside nitrogen dioxide concentrations. The document made it clear that local authorities have a leading role to play in achieving improvements in air quality.

By the end of this month, local authorities were expected to submit their own initial schemes for tackling the issue, with final plans to be submitted by December. The government promised support for councils, including a £255m Implementation Fund to help them prepare and deliver their plans, and the opportunity to bid for additional money from a Clean Air Fund.

It was hoped that these measures would lower the poisonous emissions. However, last month the High Court ruled that the government’s approach to tackling pollution was not sufficient, and ordered urgent changes. Even if the subsequent plan is accepted, many feel that the only sure way to solve the problem is to eliminate traffic from our cities. Others counter that this will damage the economy.

The battle of Britain’s air quality has only just begun.

Our previous articles on air quality include:

Test drives: around the world, driverless buses are taking to the streets

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Navya Driverless Shuttle Bus, Lyon. Photo: Navya-Technology.com

They may have a top speed of under 50 kilometres per hour, but driverless buses are moving into the fast lane of transport innovation. In recent months, cities around the world have been trialling automated bus services:

  • Driverless buses constructed by French technology firm Navya have started appearing on the roads of France, Switzerland, and Australia.
  • The “WePod”, developed by Delft Technical University has been carrying passengers to, from and around the campus of Wageningen University & Research centre in the Netherlands.

Auto-mobility

While Google have been grabbing most of the headlines to do with driverless vehicles, the French technology firm of Navya has been designing and producing autonomous cars since 2014. In October 2015, Navya launched its ARMA bus.

The ARMA does not require any driver or specific infrastructure, and has onboard sensors to avoid collisions. The electrically-powered vehicle is also environmentally friendly; its batteries can last from 5 to 13 hours, depending on the configuration and the traffic conditions.

The ARMA buses are not designed to replace mass-transit networks. With a capacity of no more than 15 passengers and speeds of no greater than 50 km per hour, the ARMA buses are designed to cover short distances, following distinct routes that avoid heavy traffic. However, they could prove ideal for locations such as airports and conference centres. Since the beginning of September, the ARMA buses have been carrying passengers on ten-minute journeys through the futuristic Confluence district of Lyon. And Navya shuttle buses are also ferrying workers and visitors around the EDF power plant in Civaux, The driverless service replaced a diesel bus, cutting waiting time down from 15 to 5 minutes. EDF estimates the time savings could result in as much as 3 million euros’ worth of extra productivity.

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Navya Driverless Shuttle Bus,EDF, Civaux. Photo: Navya-Technology.com

Going Dutch

Driverless buses called “WePods” have taken to the public roads as part of a pilot project in the Dutch province of Gelderland.

The project managers see numerous possibilities for the autonomous vehicles, such as on-demand pick-up services, filling public transport gaps in rural areas and provision of garbage collections. Ultimately, driverless buses could help solve urban parking problems and increase road capacity. And because around 70% of public transport costs are due to personnel costs, the WEpods could also save transport authorities money.

Addressing concerns

Naturally, concerns have been raised about the safety of driverless vehicles. The truth is that no type of transport is 100% safe. Even though driverless vehicles have sensors, cameras, radar and lasers to prevent collisions, accidents caused by human-driven vehicles will still happen.

However, the designers of driverless vehicles are adopting a safety-first culture.  In many of the vehicles, data is stored in the equivalent of an aircraft’s “black box”, enabling lessons to be learned from incidents taking place during the journey.

Fast forward

The trend towards driverless buses shows no sign of slowing down. In 2015, a self-driving bus took passengers on a 20-mile journey through the Chinese city of Zhengzhou. In Kista, north-west of Stockholm, members of the public were invited to test-ride driverless buses as part of the town’s April 2016 mobility week. And in August 2016, trials of automated buses took place in the Finnish capital of Helsinki.

With regard to automated transport, it seems that the stuff of science fiction is fast becoming a matter of fact.

If you’ve enjoyed this blog post, you might also like some of our other posts focusing on transport:

Idox: enabling transformation, collaboration and improvement

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If you follow this blog regularly then you’ll know that we write on all areas of public and social policy. What you might not realise though is that our Knowledge Exchange team is just one part of a much wider business – Idox – providing specialist information and data solutions and services.

I’ve been working with Idox for about four years, but I’m still topping-up my knowledge about the organisation. Last week, at the company’s end-of-year get-together, my brain was like an overworked sponge as it tried to absorb a multitude of facts, figures and achievements during two days of workshops and presentations (to say nothing of the informal chats in between the working sessions).

From this wealth of information, I’ve compiled a selection that I think conveys a flavour of the depth and diversity of Idox today.

Ten things you might not know about Idox…

  1. The Reading Room, which is the newest addition to the Idox family of companies, has developed digital solutions for a wide range of customers, including Porsche and Clarence House, and this year developed a virtual reality test drive app for Skoda.
  2. Idox’s recently-launched iApply service enables planning applications and building control consent to be applied for via a single source, streamlining the application process.
  3. The Idox GRANTFinder policy and grants database contains details of over 8000 funding opportunities.
  4. Real-time information delivered by Idox’s Cloud Amber keeps the travelling public up-to-date about transport services and helps manage traffic congestion.
  5. The Idox group currently employs almost 600 people in over 10 countries, including the UK, the Netherlands, Germany, the United States, India and Australia.
  6. The Idox Elections service not only ensured the smooth management of postal voting for the 2015 UK general election, but has also supported delivery of local authority and community council elections in the UK, as well as this year’s local elections in Norway.
  7. Idox has a strong presence in the compliance sector, raising awareness among managers and employees of the importance of complying with regulations, from corruption prevention and data privacy to occupational safety and cybersecurity.
  8. Idox Engineering Information Management, provides critical engineering document management and control applications to the oil and gas, mining, pharmaceutical and transport industries in 50 countries.
  9. CAFM Explorer, Idox’s computer aided facilities management software, supports building maintenance and property management for organisations in 45 countries, and recently partnered with the Hippodrome to help maintain one of London’s most popular attractions.
  10. From food safety monitoring to licensing taxis, Idox’s regulatory services help local authorities enforce the rules that keep us safe.

One more thing…

Finally, the meeting reminded me of one thing I already knew, and it’s to do with the part of Idox where I work – the Knowledge Exchange.

Over breakfast on the second morning, a colleague from McLaren talked about the difficulties in finding the right information on the web. Search engines only go so far, he said, providing too little or too much. This is where skilled intermediaries, such as Idox’s team of Research Officers, can make a difference, identifying, sorting and presenting information that people can use to make decisions, support arguments and advance their businesses.

The Idox event was an enjoyable, if exhausting, couple of days, and it demonstrated the many ways in which the company is supporting public, private and third sector work.

Clearly, there’s much more to learn about Idox.

Our popular Ask-a-Researcher enquiry service is one aspect of the Idox Information Service, which we provide to members in organisations across the UK to keep them informed on the latest research and evidence on public and social policy issues. To find out more on how to become a member, get in touch.

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Travel planning for greener, cleaner journeys

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Parking for bicyclesOur latest “In Focus” briefing looks at travel planning. You can download the briefing for free from The Knowledge Exchange website. 

by James Carson

A travel plan is a package of measures aimed at promoting greener, cleaner travel choices and reducing reliance on the car. The measures can include incentives to encourage walking and cycling, promotion of public transport and the development of car-sharing clubs. Continue reading →