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Policy Group

Policy Overview

Transportation in Canada Annual Reports

Table of Contents

Report Highlights

1. Introduction

2. Transportation and the Canadian Economy

3. Government Spending on Transportation

4. Transportation and Safety

5. Transportation - Energy and Environment

6. Transportation and Regional Economies

7. Transportation and Employment

8. Transportation and Trade

9. Transportation and Tourism

10. Transportation Infrastructure
11. Structure of the Transportation Industry
12. Freight Transportation
13. Passenger Transportation
14. Price, Productivity and Financial Performance in the Transportation Sector

Minister of Transport

Addendum

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Transport Canada

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14

PRICE, PRODUCTIVITY AND FINANCIAL PERFORMANCE IN THE TRANSPORTATION SECTOR

The Bus IndustryNote 3

The bus transport industry is made up of three segments: intercity bus services, school bus services, and urban transit services. The activities of school bus operators are not covered in this chapter.

Intercity Bus Industry

The distinction in the analysis between scheduled and charter intercity bus service operators has been dropped. It was becoming increasingly blurred as more and more carriers offered both types of services and/or data reported under scheduled or charter operations included more and more significant portions of revenues emanating from a mix of the two types of services.

Price and Output Indicators

Intercity bus industry revenues, after several years of relative stability, jumped by 12 per cent in 1998, due to a 13 per cent increase in outputs. Industry revenues were generated by passenger services (84 per cent), parcel services (12 per cent) and various other activities (four per cent).

Scheduled bus services had a 40 per cent share of passenger service revenues in 1998. In 1991, their revenue share was as high as 56 per cent. The revenue share of charter and tour services reached 45 per cent in 1998. The biggest source of growth is the specialized services such as limousine and sightseeing. This market segment had a 15 per cent share of passenger services in 1998, up from only ten per cent in 1991.

Changes in demand level for each type of intercity bus service appear to be related to price changes observed for the services over time. Demand for scheduled intercity bus services has fallen by 23 per cent since 1991 while nominal prices for the same services have gone up by 5.4 per cent. Conversely, over the same period, the prices of other bus services have fallen by 20 per cent, while activity levels have increased by 93 percent.

Over the 1991 - 1998 period, the bus industry's output increased by 2.6 per cent a year, while its prices declined by 0.9 per cent.

Cost Structure

The cost structure of the bus industry has remained stable over time. Labour costs represented about 39 per cent of the industry's total in 1998, compared with 40 per cent in 1991. In 1998, fuel costs represented 8.5 per cent, versus 8 per cent in 1991. Other operating costs, which include marketing, materials other than fuel, insurance and other miscellaneous expenses, amounted to 36 per cent of total costs in 1998, compared with 35 per cent in 1991. The share of capital costs (leasing, depreciation, and financing) has varied within an 18 to 19 per cent range.

Productivity and Unit Cost Indicators

Between 1991 and 1998, both variable and total factor productivity in the bus industry increased by 3.9 per cent a year. The productivity gains, combined with moderate factor price increases, led to unit cost declines of two per cent a year. Each factor of production contributed to the reduction of total costs, as a proportion close to their share of total costs.

Since 1991, bus industry costs have been reduced by $168 million from the level that they would have reached in 1998, if the industry had not achieved productivity gains. This cost reduction is equivalent of 24 per cent of industry costs in 1998.

Financial Performance

Table 14-6 shows that in the early 1990s, the industry had high operating ratios, in excess of 95 per cent. Its operating margins were then below the long-term viability level. Since 1994, the industry has achieved operating ratios generating viable returns. This turnaround was achieved in an environment of slow growth/declining demand and falling prices. Productivity gains made by the industry were directly responsible for the improvement in industry profitability, even if more than two thirds of the industry productivity gains were returned to users in lower prices.

Urban Transit Systems

Urban transit service operators are members of the Canadian Urban Transit Association. Total operating revenues, including operating subsidies, have grown by 1.4 per cent a year between 1991 and 1998.

Price and Output Indicators

Between 1991 and 1996, the output of transit systems, measured by the number of passengers and vehicle-kilometres, declined by a combinedNote 41.5 per cent a year. Since 1997, output has rebounded, advancing annually by 1.9 per cent. There is a similar break in price trends. Between 1991 and 1996, prices increased by 5.1 per cent a year. After 1996, price increases slowed to less than 1.8 per cent a year. Overall, between 1991 and 1998, transit prices increased on average by 4.2 per cent a year, or 3.6 per cent a year in real terms. This real increase represented an additional disbursement of $258 million by 1998 for the riders of transit systems.

Cost Structure

Labour costs, accounting for as much as 54 per cent, represent the largest component of total transit costs in 1998. Transit systems are thus the most labour-intensive industry of the transport sector. All other transport sectors have an average 38 per cent labour cost share. Simulating the average salary of the intercity bus industry on transit systems would reduce labour costs by about $845 billion, or 41 per cent of total costs.

Urban transit is the second most capital intensive industry in the transport sector after rail freight. Capital costs account for more than one quarter of the total costs in 1998.

The larger labour and capital cost shares are offset by the lower share of "other materials and services," an indication that outsourcing is not as important in the management of transit systems as it is in other transport sectors.

Productivity and Unit Cost Indicators

In the early 1990s, up to 1996, the total factor productivity of transit systems declined by 1.1 per cent a year. In recent years, however, overall productivity has risen by 1.8 per cent a year. The performance of the variable factors of production has been even more robust. While overall productivity declined by 1.9 per cent between 1991 and 1998, that of the variable factors rose by 7.4 per cent. The productivity decline of capital, 28 per cent, reflects the increased capitalization of transit systems.

Per unit of output, transit unit costs rose at 3.8 per cent a year until 1996. This increase exceeded the general inflation rate of 1.6 per cent. Compounded over five years, the gap was equivalent to $365 million in 1996. Two years later, this was reduced to about $117 million, as unit costs declined annually by 1.4 per cent. Over the 1991 - 1998 period, urban transit unit costs increased by 2.3 per cent a year. The contributions of labour and capital costs to the total cost increase were 139 per cent and 133 per cent, respectively. Other variable costs had to decline by the equivalent of 172 per cent of the total cost increase.

Financial Performance

The total cost of transit systems was estimated at $3.7 billion in 1998, as shown in Table 14-7. Cash operating costs were $2.8 billion. Users paid 47 per cent of the total cost of the system. Their share of total costs has been rising steadily since 1991, except for a dip in 1993. While operating subsidies have been relatively stable, there has been a strong upward trend in capital costs.

Performance of Transit Systems in Selected Provinces

Table 14-8 compares key indicators of the performance of transport systems for selected provinces: British Columbia, Alberta, Ontario and Quebec. The transit systems of other provinces are small; together, they account for 5.1 per cent of transit passenger revenues. More importantly, the analyses of individual provinces' systems were restricted by data limitations.

Users of Ontario transit systems pay the highest prices, while those in Alberta pay the lowest. The reverse is true in terms of demand growth, with Ontario showing the strongest growth and Alberta the weakest. Per unit of output, British Columbia has the highest costs, followed by Ontario. In keeping with its lower prices, Alberta has the lowest unit costs. Quebec has the second lowest unit costs, but the strongest productivity.

In 1998, the revenue shortfall of all systems was close to $2 billion. Ontario transit systems had the highest cost recovery of all systems, at more than 50 per cent of their total costs, and Ontario's users paid the highest transit prices. British Columbia and Quebec had the lowest cost recovery, the former because of its higher unit costs, the latter because of lower prices.

 

PRICE, PRODUCTIVITY AND FINANCIAL PERFORMANCE IN THE TRANSPORTATION SECTOR

Rail Industry

Trucking Industry

The Bus Industry

Air Transport Industry

NOTES:

3 The 1995 - 1997 data have been revised to reflect the new North American Industry Classification System.

4 The two indicators of passengers and distance run have been averaged in a combined indicator.


Last updated: 2004-04-02 Top of Page Important Notices