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Airline and railway disintegration in China: the case of Shanghai Hongqiao Integrated Transport Hub




                   A third model that is offered is the Integrated hub model: short-haul services are provided by

                   the airlines using the railways (rather than aircraft) to feed traffic into the airlines’ long-haul
                   services (Givoni and Banister 2006; Givoni 2007a, 2007b).
                   In the Integrated hub model, rail services may be provided to those destinations which are
                   currently  served  by  aircraft,  and  in  this  case,  mode  substitution  takes  place.  Rail  services
                   may also be to destinations that are not currently served by aircraft and by that expand the
                   airline’s network, creating a win–win situation for both railway and airline industries. Mode
                   substitution can potentially also provide significant environmental benefits, especially air and
                   noise pollution around  airports, although  the  environmental  impacts  of  air transport  could
                   worsen if runway capacity freed through mode substitution is taken up by new (longer routes)
                   air services (Givoni 2007b). Albalate, Bel, and Fageda (2015) demonstrate for three European
                   countries that the introduction of HSR services on routes where air services were in operation,
                   does not necessarily lead to reduction in flight frequency, even if the number of seat supplied
                   is lower.

                   The success of airline and railway integration requires a close cooperation and collaboration
                   between  the  airline  and  railway  operator.  According  to  Givoni  and Banister  (2006), the
                   commercial  agreement  between  the  airline  and  railway  operator  can  take  different  forms,
                   similar to cooperation agreements airlines sign between them (e.g. code-share agreements).
                   There is no reason for code-share agreements, whereby one airline operates the flight, but many
                   can offer it to their passengers, to not include rail service providers (Chiambaretto and Decker
                   2012). In Europe, Lufthansa operates rail services as part of its network on several routes, such
                   as Frankfurt–Stuttgart and Frankfurt–Cologne. The rail service is actually operated by Deutsche
                   Bahn (DB) but carries a Lufthansa code. Another example of commercial agreements between
                   airlines is the formation of airline alliances. Unfortunately, the railways have largely remained
                   outside of these agreements (Givoni 2015).
                   A prerequisite for airline and railway integration is the colocation of a railway station at the
                   airport. The most favorable situation is to directly integrate railway stations into the main
                   passenger terminal(s) of airports, which will create a seamless intermodal transfer. Amsterdam
                   Schiphol airport is such a good example. In addition, the railway station needs to be a through
                   station (providing a high-frequency service to many destinations) rather than an end of the line
                   station. For more discussion on airline and railway integration see Givoni and Banister (2006),
                   Givoni (2007a, 2007b) and Givoni and Rietveld (2008).

























                                      Figure 1. The Integrated Hub model of H&S operation (Source: Givoni 2015).
                                                       Note: HST – High-Speed Train.



                   International Congress on High-speed Rail: Technologies and Long Term Impacts - Ciudad Real (Spain) - 25th anniversary Madrid-Sevilla corridor  63
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