eScholarship (California Digital Library) · 2002 · 83 citations · 19 references
Open access
Social SciencesUrban PlanningUrban StudiesTransportTransportationZoningDiscrete Choice ModelsMobility PatternsResidential Location ChoiceResidential MobilityTravel BehaviorUrban MobilityHousehold Location ChoiceMultinomial RegressionResidential LocationResidential Self-selectionTransit Supportive ZoningTransportation Choice ModelingTravel Behavior ModelingZoning For Supportive Housing
An error was discovered in the original Table 1 of this study. Notably, the Inclusive terms for the upper-nest model were incorrectly calculated thus the theta terms were in error. This revised working paper corrects this error. Also, the corrected upper nest model has a slightly different specification than originally shown in Table 1 in order to satisfy the condition that the theta values lie between 0 and 1. Some additional text is added to the original working paper regarding the new upper level model, however none of the substantive findings or conclusions of the research change as a result. The additional variables added to the upper nest model reveal that low automobile ownership levels tended to be associated with transit-oriented living. We acknowledge that automobile ownership likely both influences and is influenced by transit-oriented living, thus the coefficient on the automobile ownership variables could be subject to endogeneity bias. The revised equation also shows that controlling for other variables in the equation, having individuals 55 years of age and above in a household reduced the likelihood of living near transit. It is also noted that the estimated coefficients in the lower nest binomial logit models for predicting rail commuting (shown in the right-hand
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Is the Journey to Work Explained by Urban Structure?
Geneviève Giuliano, Kenneth A. Small · Urban Studies · 1993 · 642 citations