This paper considers different alternatives for including spatial aspects within the activity-based approach for modeling destination choices. The study area is the urban agglomeration of Antwerpen (Belgium); the city and its suburbs are considered. Individual travel surveys are used. The paper pays particular attention to the inclusion of space within the decision context by including specific land-use explanatory variables generated by Geographical Information Systems. A preliminary geographical analysis is performed in order to represent the city by a limited set of destinations (n = 33) and to characterize those zones in terms of land use. Discrete choice modelling is used: each individual faces the total set of spatial destination alternatives. Several modelling approaches are explored and compared in terms of utility function (for instance Box-Cox; random coefficients) and in terms of global formulation (multinomial logit versus nested logit). The mixed nested logit formulation is selected as best and the parameter estimations are interpreted; it shows the importance of space within destination choices. This paper provides a useful background for decision-makers and planners of transportation policy related to individual mobility patterns.
Université des sciences et technologies de Lille 1Faculté des Sciences Economiques et Sociales
University of AntwerpDepartment of Transport and Regional Economics
Ghent UniversityGeography Department
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Thomas, I., Hammadou, H., Verhetsel, A., & Witlox, F. (2008). How to incorporate the spatial dimension in destination choice models: The case of Antwerpen. Transportation Planning and Technology, 31(2), 153-181. https://doi.org/10.1080/03081060801948126 (Original work published 2008)