01477751

Component

https://doi.org/10.3141/2382-15

http://scholar.google.com...tker&publication_year=2013

Mobility attributes such as driver’s license, car ownership, reserved parking at work, and transit pass have a very strong impact on travel choices, in particular, mode choice. Mobility attributes are not acquired for a particular trip but rather are driven by the entire set of individual travel needs (commuting being the most basic of them). Some mobility attributes, for example, car ownership and transit pass, are substitutable; others, for example, car ownership and reserved parking at work, are complementary. For this reason, mobility attributes have to be analyzed and modeled jointly. The purpose of the current research is to analyze a wide set of mobility attributes and incorporate them in an operational activity-based model as a set of midterm choices. The approach suggested in this paper is based on an iterative application of three interlinked choice submodels: (a) joint choice of person driver’s license, usual driver role (priority in using one of the household cars), car type choice, reserved or reimbursed parking at work, and transit pass; (b) household car ownership choice by type; and (c) intrahousehold car allocation by type. Model estimation results confirmed strong cross-attribute effects as well as revealed many impacts of person, household, and travel accessibility variables. In particular, historical and cultural differences between three population sectors in Jerusalem—secular Jewish, Orthodox Jewish, and Arab—manifested themselves quite strongly. Application of these models for future scenarios is discussed.

01506861

13-4325

English

pp 132–141

2013

Transportation Research Record: Journal of the Transportation Research Board

9780309286985

Print

Figures (2) ; References (23) ; Tables (2)

Automobile ownership; Choice models; Mobility; Mode choice; Social values; Socioeconomic factors; Travel behavior

Jerusalem

Passenger Transportation; Planning and Forecasting; I72: Traffic and Transport Planning

TRIS, TRB, ATRI

Feb 5 2013 12:50PM

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• Accuracy of Geoimputation: An Approach to Capture Microenvironment
• Allocation of Intrahousehold Motorized Vehicles: Exploration with the 2009 National Household Travel Survey
• Are Transit Trips Symmetrical in Time and Space? Evidence from the Twin Cities
• Assessment of the Degree of Willingness to Change from Motorized Travel Modes to Walking or Cycling
• Cycling Habits and Other Psychological Variables Affecting Commuting by Bicycle in Madrid, Spain
• Exploring the Dynamics in Travel Time Frontiers
• Fuel Use and Optimality of Assignments in Multivehicle Households in 2001 and 2009
• Hybrid Choice Model to Investigate Effects of Teenagers’ Attitudes Toward Walking and Cycling on Mode Choice Behavior
• Incorporating Time Dynamics in Activity Travel Behavior Model: A Path Analysis of Changes in Activity and Travel Time Allocation in Response to Life-Cycle Events
• Integrated Model of Residential Location, Work Location, Vehicle Ownership, and Commute Tour Characteristics
• Investigating Changes in Willingness to Pay for Managed-Lane Systems: Quasi-Panel Approach
• Linking Elderly Transport Mobility and Subjective Well-Being: A Multivariate Latent Modeling Approach
• Modeling the Connection Between Activity-Travel Patterns and Subjective Well-Being
• Revealed Willingness to Pay for Leisure: Link Between Structural and Microeconomic Models of Time Use
• Simultaneous Analysis of Global Decisions in Activity Travel Scheduling Process
• Uncertainty in Predicted Sequences of Activity Travel Episodes: Measurement and Analysis
• Within-Individual Variation in Preferences: Equity Effects of Congestion Charges