Abstract:RESUMENEl presente trabajo estudia los factores que influyen en la disposición a pagar (DAP) por un nuevo servicio de tren rápido de pasajeros entre Barranquilla y Cartagena. Como instrumento de toma de datos se utilizó la técnica de valoración contingente y mediante una estrategia de experimentación secuencial fueron identificados los factores con efecto significativo sobre la DAP, cuyo valor medio fue de $29.000. Se calibró un modelo de regresión de primer orden que explica la DAP en función de las variables… Show more
“…Public transportation systems in the western corridor of Taiwan have changed enormously since high-speed rail (HSR) started its operation in late 2007. These changes include: (1) The total volumes of public transportation are increasing by approximately 50%; (2) The conventional rail operated by the Taiwan Railways Administration (TRA) loses a significant market share on long-distance travel, and the average travel distance decreases by approximately 10 km; (3) TRA increases its ridership for local/regional train trips; (4) Domestic airway services almost vanish; and (5) The share of intercity highway buses is reduced by at least 10%. With regard to the fares, which are essentially based on the distance and coach class, the regular prices of the TRA and HSR tickets are regulated by the government.…”
mentioning
confidence: 99%
“…However, a passenger only spends NT$ 824 to take the TRA first-class train traveling a similar segment. Although HSR fares are much higher than those of the TRA, the longer the travel distance, the smaller the 1 Taiwan Railways Administration, Ministry of Transportation and Communications, Taipei City 2 Department of Transportation and Logistics Management, National Yang Ming Chiao Tung University, Taipei City volume of passengers on the TRA, which means that most passengers are willing to pay a higher fare for a transport service with less travel time (1).…”
mentioning
confidence: 99%
“…However, a passenger only spends NT$ 824 to take the TRA first-class train traveling a similar segment. Although HSR fares are much higher than those of the TRA, the longer the travel distance, the smaller the volume of passengers on the TRA, which means that most passengers are willing to pay a higher fare for a transport service with less travel time ( 1 ).…”
The shares of the domestic market of public transportation systems in Taiwan have shown a significant change since 2007 when the high-speed rail (HSR) began operating. Specifically, the passenger demands of conventional trains operated by the Taiwan Railways Administration (TRA) have been shrinking in long-distance trips but increasing in short-distance trips after the operation of the HSR system. In Taiwan, passenger rail volumes are highly dependent on the integration conditions of both the HSR and TRA stations. To analyze the impact of station integration/connection conditions on rail passenger demands, random-effects panel data models were calibrated and validated to describe the relationship between rail ridership and a vector of influence factors. Using an 11-year passenger volume dataset of both the HSR and TRA systems, the empirical study results indicated that total employment and the number of daily trains have a positive effect on rail ridership. In contrast, in- and out-of-vehicle travel times are negatively associated with rail ridership. The developed models were applied to investigate the HSR station location problem for a southern extension segment in Taiwan. The results of the scenario analysis led to suggesting that the government establish the HSR Pingtung station connected to a TRA’s minor station to maximize the total revenue of both rail systems. When establishing a new HSR station, the proposed panel data model can be applied to determine the appropriate station integration pattern that maximizes the total volume, revenue of the rail service, or both.
“…Public transportation systems in the western corridor of Taiwan have changed enormously since high-speed rail (HSR) started its operation in late 2007. These changes include: (1) The total volumes of public transportation are increasing by approximately 50%; (2) The conventional rail operated by the Taiwan Railways Administration (TRA) loses a significant market share on long-distance travel, and the average travel distance decreases by approximately 10 km; (3) TRA increases its ridership for local/regional train trips; (4) Domestic airway services almost vanish; and (5) The share of intercity highway buses is reduced by at least 10%. With regard to the fares, which are essentially based on the distance and coach class, the regular prices of the TRA and HSR tickets are regulated by the government.…”
mentioning
confidence: 99%
“…However, a passenger only spends NT$ 824 to take the TRA first-class train traveling a similar segment. Although HSR fares are much higher than those of the TRA, the longer the travel distance, the smaller the 1 Taiwan Railways Administration, Ministry of Transportation and Communications, Taipei City 2 Department of Transportation and Logistics Management, National Yang Ming Chiao Tung University, Taipei City volume of passengers on the TRA, which means that most passengers are willing to pay a higher fare for a transport service with less travel time (1).…”
mentioning
confidence: 99%
“…However, a passenger only spends NT$ 824 to take the TRA first-class train traveling a similar segment. Although HSR fares are much higher than those of the TRA, the longer the travel distance, the smaller the volume of passengers on the TRA, which means that most passengers are willing to pay a higher fare for a transport service with less travel time ( 1 ).…”
The shares of the domestic market of public transportation systems in Taiwan have shown a significant change since 2007 when the high-speed rail (HSR) began operating. Specifically, the passenger demands of conventional trains operated by the Taiwan Railways Administration (TRA) have been shrinking in long-distance trips but increasing in short-distance trips after the operation of the HSR system. In Taiwan, passenger rail volumes are highly dependent on the integration conditions of both the HSR and TRA stations. To analyze the impact of station integration/connection conditions on rail passenger demands, random-effects panel data models were calibrated and validated to describe the relationship between rail ridership and a vector of influence factors. Using an 11-year passenger volume dataset of both the HSR and TRA systems, the empirical study results indicated that total employment and the number of daily trains have a positive effect on rail ridership. In contrast, in- and out-of-vehicle travel times are negatively associated with rail ridership. The developed models were applied to investigate the HSR station location problem for a southern extension segment in Taiwan. The results of the scenario analysis led to suggesting that the government establish the HSR Pingtung station connected to a TRA’s minor station to maximize the total revenue of both rail systems. When establishing a new HSR station, the proposed panel data model can be applied to determine the appropriate station integration pattern that maximizes the total volume, revenue of the rail service, or both.
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