Express busways and economic development: Case study of the Miami-Dade South Express Busway
Document Type
Journal Article
Publication Date
2019
Subject Area
place - north america, mode - bus rapid transit, land use - impacts, economics
Keywords
Express bus, Transit, Express bus and economic development, Transit and economic development
Abstract
This is the first study reporting the association between economic development and express bus transit (XBT) service. Using shift-share analysis applied to the South Miami-Dade express busway transit system, this study assesses differences in shift-share outcomes over three time periods: before the Great Recession (2004–2007), during the Great Recession and early recovery years (2008–2011), and after the Great Recession (2012–2014). Over the entire study period (2004–2014), total jobs grew within one-half mile of XBT stations. Using shift-share analysis, we find that (a) XBT station areas gained share of jobs relative to the central county (Miami-Dade) before the Great Recession, (b) continued to gain share albeit at a slower pace during the Great Recession, but (c) lost share during the post Great Recession period. Over the entire study period, land-extensive jobs (such as in manufacturing and non-manufacturing industry) lost share as did lower-wage retail-lodging-food service jobs. Jobs in knowledge, office, education and arts-entertainment-recreation economic groups gained share overall. Since the Great Recession, we surmise that XBT stations have shifted firm dynamics mostly by displacing land extensive or lower wage jobs away from station areas. Planning and policy implications are offered.
Rights
Permission to publish the abstract has been given by Elsevier, copyright remains with them.
Recommended Citation
Nelson, A.C., & Hibberd, R. (2019). Express busways and economic development: Case study of the Miami-Dade South Express Busway. Research in Transportation Economics, Volume 77, 100731.
Comments
Research in Transportation Economics Home Page:
http://www.sciencedirect.com/science/journal/07398859