TRUCKMOD is BTCE's model of the Australian road freight vehicle fleet. It was designed principally to estimate the dynamic effects of policies that alter the distribution of the vehicle task. As far as BTCE is aware this is the first vintage specific model of the road freight vehicle fleet in Australia. The model covers the period 1991 to 2015.

• Costs of Reducing Greenhouse Gas Emissions from Australian Road Freight Vehicles: An Application of the BTCE TRUCKMOD Model
  
  wp_022.pdf
  (6.43 MB)

The aim of this Working Paper is to estimate the cost of reducing greenhouse emissions by using a sink rather than by reducing the amount of travel or fuel usage. Because the sink can also be applied to other sectors of the economy, it provides a standard of comparison for most policy instruments.

• Trees and Greenhouse: Costs of Sequestering Australian Transport Emissions
  
  wp_023.pdf
  (4.72 MB)

Policy instruments evaluated in this working paper are the accelerated implementation of fuel efficiency technology for new cars, the accelerated scrappage of highly polluting vehicles, tighter emission standards for new cars, and mandatory regular tuning of vehicles. Analysis of such policy options relies on the CARMOD model of the dynamics of the Australian car fleet.

• Costs of Reducing Greenhouse Gas Emissions from Australian Cars: an Application of the BTCE CARMOD Model
  
  wp_024.pdf
  (10.87 MB)

Previous BTCE work (Report 94) has established that reductions in pavement roughness reduce fuel consumption, greenhouse gas emissions (end-use only) and vehicle operating costs. This Paper evaluates the effects on greenhouse gas emissions and vehicle operating costs of reducing the roughness of the National Highway System and the Pacific Highway over the period 1996–2015. The analysis takes account of the emissions involved in the production, transport and application of road rehabilitation materials. Some results of case studies of recently completed highway rehabilitation projects are included in the Paper.

• Roads, Vehicle Performance and Greenhouse: Costs and Emission Benefits of Smoother Highways
  
  wp_032.pdf
  (13.58 MB)

Externalities in the Transport Sector: Key Issues is the first part in a series of Information Sheets that will provide estimates of the costs of externalities generated by road, rail, air and sea transport.

• Externalities in the Transport Sector
  
  is_010.pdf
  (1.52 MB)

Article 16 bis was a last-minute addition to the Protocol negotiated in Kyoto in December 1997 at the third Conference of the Parties to the United Nations Framework Convention on Climate Change. It calls on the Parties to develop rules and guidelines for emissions trading 'for the purpose of meeting quantified emission limitation and reduction commitments'. No concrete consideration has been given yet to the modalities of introducing a scheme for trading emissions in countries like Australia. It is therefore timely to identify at least some of the practical implications that any such scheme might have, if it were to be introduced at some time in the future. Most of the literature on trading in greenhouse emissions has focused either on international aspects, or on general principles. Much of the literature is also incestuous, because the same examples of the limited number of existing (non-greenhouse) schemes tend to be drawn on in each article or book. Little has been written on the likely effects on various sectors of domestic economies. Even less has been written on the difficult issue of how to take account of carbon sinks. By contrast, this Working Paper breaks new ground by identifying a number of practical issues that merit serious consideration if a workable scheme is to be implemented in the transport sector. Nevertheless, the authors are conscious of the strong likelihood that not all relevant issues have been addressed. Any comment would therefore be gratefully received.

• Tradeable Permits in Transport
  
  wp_037.pdf
  (183.48 KB)

Urban car travel in Australia is expected to continue to grow appreciably over the next 20 years (by close to 30 per cent) though at a somewhat slower rate of growth than for the last few decades.

• Urban Congestion: the Implications for Greenhouse Gas Emissions
  
  is_016.pdf
  (124.61 KB)

Tamworth NSW experiences frequent flooding, especially in the industrial area of Taminda. The flood in November 2000 provided an opportunity to estimate the cost savings that would have occurred in Taminda if there had been a levee to protect the area. As part of a wider study by the Bureau of Transport Economics to investigate the benefits of flood mitigation, the effectiveness of the central business district (CBD) levee in preventing flood damage was also part of this study.

• Flood Damage in Tamworth: Costs of the November 2000 Flood
  
  wp_048.pdf
  (1.7 MB)

This report prepared for the Australian Transport Council reviews international practice in reducing greenhouse emissions in the transport sector against an economic framework.

• Greenhouse Policy Options for Transport
  
  report_105.pdf
  (659.08 KB)

BTRE has examined trends in the fuel consumption of new passenger vehicles. The overall trend in fuel consumption was down during the 1980s. However during the 1990s, a more gradual reduction in the fuel consumption of cars, coupled with increasing sales of 4-wheel-drive vehicles, saw fuel consumption for new passenger vehicles as a whole stabilise.

• Fuel Consumption by New Passenger Vehicles in Australia
  
  is_018.pdf
  (80.89 KB)