Select Committee on Transport Written Evidence


Memorandum by The Royal Society for the Protection of Birds (RP 37)

ROAD PRICING: SHOULD ALL ROADS BE TOLL ROADS?

EXECUTIVE SUMMARY

  (i)  In this memorandum, the RSPB outlines the key political, environmental and technological issues we believe that the Government needs to address before introducing a road-pricing mechanism. We also discuss other mechanisms that could be introduced to reduce both congestion and emissions of greenhouse gases from transport.

  (ii)  The RSPB is broadly in favour of a national road pricing mechanism to help in ensuring that road transport fully covers the costs of road transport infrastructure and maintenance and meets its external costs. However, road pricing is not an especially good instrument for dealing with greenhouse gas emissions from transport and, therefore, should not be used to replace fuel duty or vehicle excise duty. Reduction of greenhouse gas emissions is an urgent priority and should be the key objective of national transport policy.

  (iii)  Although public acceptability is important, the current lack of it should not be used as a reason to avoid establishing a road pricing system. We believe the Government must do more to educate people on the impacts of travel choice on the environment and society. More working examples of road-user charging, like the London congestion charge, will help with this process.

  (iv)  Some countries appear to be moving faster than the UK to set up charging systems. The UK Government should monitor these schemes and, if they prove successful, should aim to establish a national road pricing system well before the 2014 date suggested by the road pricing feasibility study. There is neither political, economic nor technical justification for such a long delay.

  (v)  The RSPB is in favour of a significant proportion of any revenue raised from road pricing being ring-fenced for improvements to sustainable transport networks. This will help to ensure that there are suitable alternatives to the use of private motor vehicles which will bring about greater public acceptability of the scheme.

  (vi)  There are a number of other measures which could also help to reduce congestion, these include, better land-use planning to reduce the need to travel, use of information technology, school and workplace travel plans and workplace charging levies.

INTRODUCTION

  1.  The RSPB is Europe's largest wildlife charity with over one million members. We manage one of the largest conservation estates in the UK with 188 nature reserves, covering more than 127,000 hectares. The RSPB is part of the BirdLife International partnership, a global alliance of independent national conservation organisations working in more than 100 countries worldwide.

  2.  The RSPB considers that human-induced climate change poses the biggest long-term threat to global biodiversity. We therefore support policies and measures that reduce the anthropogenic greenhouse gas emissions that cause climate change. The RSPB endorses the UK Government's aim to cut emissions by 60% by 2050, an aim that the UK should try hard to overachieve. In the United Kingdom, 26% of carbon dioxide emissions can be attributed to road transport,[61] and this percentage is rising.

  3.  Transport can have a number of other direct effects on birds, biodiversity, and the environment, including direct land take, habitat fragmentation, noise, motion and light disturbance, bird and animal strike and local air pollution. Each of these effects is important. Together, they mean that sustainable transport policy is of great significance for birds, biodiversity and the wider environment, as well as for delivering social and economic benefits.

KEY ISSUES FOR ROAD-USER CHARGING

Government transport policy

  4.  Over recent years, the emphasis of Government road transport policy has been on tackling congestion. However, the RSPB believes that this emphasis should change to reducing the amount of greenhouse gas emissions from road transport.

  5.  Over 25% of carbon dioxide emissions in the UK can be attributed to road transport and this contribution continues to grow. This trend must be reversed if the UK is to reduce its carbon dioxide emissions by 60% by 2050 as set out in the Energy White Paper. In our view, climate change is a much greater concern than congestion and should be the primary focus of transport policy. The Government must, therefore, make a shift in emphasis on transport policy if it is to convince the public that the need to tackle climate change is urgent.

Road-user charging and other transport taxes

  6.  The RSPB is broadly in favour of the concept of national road-user charging. However, road-user charging must be seen as only one element of a suite of economic instruments that should be used to internalise the external costs of road transport. Careful consideration needs to be given to how road-user charging would complement the other economic instruments, such as fuel duty and vehicle excise duty. The RSPB is concerned by the implication of the road pricing feasibility study[62] that other transport taxes may be reduced or even abandoned completely if national road pricing were to be introduced.

  7.  Road-user charging is not an effective economic instrument for tackling the greenhouse gas emissions from transport. Indeed, by reducing congestion, and increasing the efficiency with which roads are used, there is the risk that overall traffic volumes might grow. However, road pricing could be used as a mechanism for internalising other externalities such as road maintenance costs, congestion, accidents, direct environmental impacts and air quality, and so on.

  8.  As stated above, the RSPB believes tackling greenhouse gas emissions from transport should be treated as a matter of urgency. This can be most effectively achieved by introducing a fuel duty system which is based upon the well-to-wheel, or more properly well to tank, carbon emissions of different types of fuel.

  9.  A fuel duty rated in direct proportion to "well to wheel" (full life cycle) carbon emissions would mean that fuels that resulted in less carbon emissions for any given drive train would have a lower rate of duty. Well-to-wheel CO2 emissions not only account for the exhaust emissions created from driving the car but also the emissions created in the production and distribution of the fuel. Therefore, the Government should develop differential rates of fuel duty for alternative fuels based on well-to-wheel CO2 emissions. If fuel duty were applied on this basis it is likely that petrol would have the highest duty, followed by Liquefied Petroleum Gas (LPG), then diesel, then Compressed Natural Gas (CNG). The lowest duty would be applied to biofuels and other low carbon options, such as, renewable hydrogen.[63]

  10.  Vehicle Excise Duty (VED) could also be an effective mechanism to encourage consumers to purchase fuel-efficient vehicles. The RSPB has been supportive of the Government in establishing a VED system that is related to the CO2 emissions of the vehicle. However, we believe that the difference between the annual tax levied on the most efficient vehicles (currently £55) and least efficient vehicles (currently £165) is wholly insufficient to affect consumer decisions on the type of car to purchase. This is supported by the fact that, for the first time, the average engine size of new private passenger cars is larger than the average engine size of new company cars. According to the Environmental Audit Committee, in its recent report on Budget and Energy 2004 (Tenth report of session 2003-04),

    "The Government's own evaluation of the current VED scheme shows that current differentials are insufficient to prompt behavioural changes. The Government should increase them radically as part of a coherent strategy to promote low-carbon transport."

  The RSPB concurs that VED differentials should be radically increased.

  11.  The conclusion must be, therefore, that road-user charging can help to ensure road transport meets the direct costs of road provision and its external costs. A charge should not be used to replace other economic instruments, such as fuel duty and VED, which are more effective at tackling greenhouse gas emissions-the issue which should be given the highest priority.

PUBLIC ACCEPTABILITY OF ROAD-USER CHARGING

  12.  The Feasibility Study on Road Pricing in the UK stated that public acceptability is key to the successful implementation of road pricing. The RSPB agrees that public acceptability is important and desirable but, as schemes such as the London congestion charge have shown, acceptability by the majority of the public is not absolutely essential prior to the establishment of the scheme. Available evidence from the London congestion charge has suggested that initial opposition to the scheme has dwindled following its introduction. If the Government believes that road-user charging is an important instrument to ensure road transport meets its costs to society, perceived lack of public acceptability should not be used as a reason to delay its introduction.

  13.  The Government should, in general, undertake a much higher level of public education on the impacts of transport on society and the environment than it currently does. This will not only help with the introduction of new schemes, such as road-user pricing, but will also help people to understand the importance of other economic instruments like fuel duty. In itself, public education may help to achieve a certain level of modal shift or, at least, make people think twice before using their private motor vehicles.

  14.  To help with gaining public acceptability for road-user charging it would also be useful to have more examples in operation across the UK. The RSPB has advocated the introduction of congestion charges in major urban areas for some time. This could be done in advance of the introduction of a national road-pricing scheme. Tolls could also be introduced on the most congested parts of the motorway and trunk road network (although the RSPB does not agree with providing additional, tolled capacity such as the M6 Toll). A greater number of examples would increase public acceptability as well as reducing congestion hotspots. However, this approach may also have the disadvantage of diverting traffic onto more environmentally sensitive non-toll roads. The RSPB believes that local authorities, which cover urban areas with a population of more than 100,000, should be required to undertake a feasibility study and impact assessment for the introduction of congestion charging along with other measures, such as, workplace parking levies.

  15.  In order to ensure that any isolated road-charging schemes, established by local authorities, are compatible with a future national road pricing system, the Government should, as a matter of urgency, develop and issue guidance for local authorities on how to set up a local congestion charge. This would ensure a degree of standardisation that would minimise disruption at a later date.

TECHNOLOGICAL AND ADMINISTRATIVE ISSUES

  16.  A satellite tracking based system with positioning systems fitted as standard in all road vehicles would provide the best mechanism for road-user charging. This would enable charging for use of all roads. These systems are already available. The German government intend to introduce a lorry road-user charging system at the beginning of 2006 which will be based upon satellite tracking systems. The level of success of this scheme should be scrutinised by the UK Government. Should the scheme prove successful, it would demonstrate that the main barrier to introducing a national road-user charging system would not be the existence of appropriate technology but, rather, how quickly the technology could be incorporated into the vehicle fleet. If the system in Germany proves successful, the RSPB sees no reason why a national road-pricing system could not be introduced considerably earlier than the 2014 date suggested in the road-pricing feasibility study.

  17.  The RSPB would prefer a system where vehicles are charged for the use of all roads. If this were not the case, there is a serious risk that traffic would choose to use smaller, non-charged, more environmentally sensitive roads in order to avoid paying a charge. This would be of particular concern with Heavy Goods Vehicles. The system should be designed to reduce congestion by reducing the overall volume of traffic rather than dissipating the existing traffic over a wider area of the road network, or even increasing overall volumes.

  18.  Another factor that needs to be given careful consideration is how revenue that is generated by a road-user charge will be used. The RSPB already advocates that a significant proportion of revenue raised from fuel duty should be ring-fenced to improve public transport systems. The same would be true for revenue raised from road-user charging. Such a system would help to gain greater public acceptability for the scheme. Lack of suitable alternatives is frequently cited as a reason for using private motor vehicles. This is particularly the case in rural communities. If, as we believe should be the case, the Government introduces a system whereby all roads are charged, including rural roads, there must be public transport alternatives available.

  19.  We do not recommend that revenue from road-user charging should be reserved for the road sector in particular rather than the transport sector as a whole. This would effectively be using revenues from external cost pricing to contribute to the development of the cause of the externality, thereby subsidising and exacerbating the problems associated with road usage.

OTHER MEASURES WHICH COULD REDUCE CONGESTION MORE EFFECTIVELY

  20.  By far the best method for minimising congestion is to reduce the need to travel. This can primarily be brought about by effective sustainable land-use planning to ensure that housing developments are located close to employment, education and leisure opportunities. This would minimise the need to commute to work, would reduce the number of vehicles making the "school-run" and would reduce the length of journeys made for shopping. The RSPB is generally supportive of PPG13 which provides local authorities with guidance on effective land-use planning to minimise vehicle journeys.

  21.  The use of information technology could prove to be a significant measure in combating congestion. Home working and shopping has the potential to considerably reduce the volume of traffic on the roads. The Government should work closely with information technology companies to further the take-up of broadband.

  22.  The school run is a continuing source of congestion in urban areas. The RSPB supports measures which enable and encourage children to walk and cycle to school. The Government should continue to provide funding to local authorities to facilitate this process.

  23.  As stated above, the RSPB believes that a well-to-wheel carbon-based fuel tax is the most appropriate economic instrument for reducing greenhouse gas emissions from road transport. Such a tax should reduce the number and length of vehicle journeys and encourage more people to use public transport, which will also have the added benefit of reducing congestion.

  24.  The Transport Act 2000 provides local authorities with the powers to establish workplace parking levies. To date, the RSPB is not aware that any local authorities have used these powers. The Government should do more to encourage local authorities to set up such schemes. They will encourage commuters to use public transport services which in turn will reduce urban congestion.

  25.  As stated previously, key to the success of any scheme to reduce congestion and to reduce greenhouse gas emissions is the presence of a suitable alternative. The Government and local authorities must do much more to improve public transport systems at a local, regional and national level.

November 2004








61   Transport Statistics Great Britain 2004 Edition. Department for Transport. 2004. Back

62   Feasibility Study of Road Pricing in the UK. A report to the Secretary of State. Steering group. 2004. Back

63   Tomorrow's Low Carbon Cars. IPPR. Julie Foley. 2003. Back


 
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