Article ID Journal Published Year Pages File Type
310445 Transportation Research Part A: Policy and Practice 2015 14 Pages PDF
Abstract

•Pricing behaviour depends on the degree of inter-modal market captivity.•Airlines price higher when, ceteris paribus, inter-modal competition is limited.•Inter-modal market captivity effects the intensity of inter-temporal pricing strategy.•Analysis of transport networks’ investments should include effects on competing modes’ fares.•Investments improving accessibility conditions exert downward pressures on airline fares.

This paper tests whether, and to what extent, airlines exploit market captivity by using price discrimination strategies. The Italian passenger market is particularly fit for this purpose, given the high differentials in the degree of the inter-modal competition amongst domestic connections. Results show that, ceteris paribus, airlines adopt a different pricing behaviour depending on the degree of inter-modal market captivity. First, in highly concentrated markets with respect to air competitors, airlines price higher when the inter-modal competition is limited. This proves that inter-modal market captivity strengthens the effect of market power. Second, the inter-temporal price discrimination leads to a J-shaped distribution of fares over time, which is more pronounced when the inter-modal competition is effective. This suggests that airlines need to adopt a pricing technique that allows for a greater market segmentation in order to compete successfully with high-speed rail transport and to extract a larger part of passengers’ surplus. These results are relevant in terms of transport-investment implications and competition policy. The indirect benefits that investments in rail infrastructure would yield through downward pressures on competing airline fares should be embedded in any cost-benefit analysis of high-speed networks investments and in any policy evaluation of measures that aim to reduce the territorial gaps in infrastructure endowment and accessibility.

Related Topics
Physical Sciences and Engineering Engineering Civil and Structural Engineering
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