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Temporal configurations of European airline networks
Institution:1. Cranfield University, Centre for Air Transport Management, MK43 0TR Bedfordshire, United Kingdom;2. University of Edinburgh Business School, Management Science and Business Economics Group, EH8 9JS Edinburgh, United Kingdom;3. Statistics Division, Department of Computer and Information Science, Linköping University, 581 83 Linköping, Sweden;1. Department of Geography, Ghent University, Krijslaan 281/S8, Gent 9000, Belgium;2. Department of Urban Planning and Design, The University of Hong Kong, 8/F, Knowles Building, Pokfulam Road, 999077, Hong Kong
Abstract:The deregulation of the US domestic airline industry resulted in the reconfiguration of airline networks into hub-and-spoke systems. In contrast to the US airlines, airlines in Europe already operated spatially concentrated networks long before deregulation. This concentration at the national home-base was the outcome of bilateral traffic rights designated to the national carrier. With a few exemptions, however, most of these star-shaped networks were not coordinated in time. Transfer opportunities at most national airports only existed by accident. Only airports that were operated as gateways to Europe provided planned connectivity between intercontinental flights and European feeder services. The deregulation of the EU market stimulated a second phase of airline network restructuring. European airlines concentrated their networks by adopting or intensifying wave-system structures (‘banks’ to use the US term) in their flight schedules. This paper investigates these post-deregulation temporal concentrations in European aviation networks. The development and configuration of wave-system structures at European airline hubs is analyzed as well as the resulting transfer opportunities during the 1990s. It is found that a temporal concentration trend exists among European airlines with deregulation resulting in the adoption or intensification of wave-system structures by airlines. These wave-system structures, as well as overall traffic growth, have significantly stimulated the number of indirect hub connections. Airline hubs with wave-system structures generally perform better because of the increased indirect connectivity given the number of direct connections.
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