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. Author manuscript; available in PMC: 2020 Sep 25.
Published in final edited form as: Transp Rev. 2019 Aug 2;39(6):706–732. doi: 10.1080/01441647.2019.1649318

Table 3.

Future directions for research and practice in free-floating bikeshare

Theme Topics or Questions
Usage
 Mobility
  • How does free-floating bikeshare play into mobility, and does this role differs from station-based bikeshare?

  • Does uniformity of company across cities encourage bicycle use among tourists?

  • How does a single user differ in travel behavior when using the same free-floating bikeshare system across many cities?

 Physical Activity
  • What proportion of the population use free-floating bikeshare?

  • What are the trip details of users, including mode substitution, trip frequency, duration, and generation of new trips?

  • Does population physical activity increase after introduction of free-floating bikeshare? If so, how much?

Equity
 Spatial Equity
  • Is spatial access to free-floating bikes distributed equitably across population groups?

  • What is a suitable sized program to achieve spatial equity across a city, while still being profitable?

  • What types of governance result in more equitable free-floating bikeshare systems?

  • What is a suitable model for optimizing equity during free-floating bikeshare rebalancing?

  • What user-based strategies might be effective for rebalancing within a free-floating bikeshare system?

 Social Equity
  • What are the demographics of users within free-floating systems?

  • What are the barriers and facilitators to using free-floating systems?

  • What pricing structures and outreach initiatives are effective in reaching low-income residents?

  • What types of bikes in free-floating systems encourage use of bikeshare, and for whom?

Sharing Resources
 Existing Systems
  • How do we design legislation or fare integration between non-station-based systems with station-based systems?

  • How often are free-floating bikeshare systems adhering to their service areas? How often do they come in conflict with other systems?

  • How does user experience vary according to number and type of systems?

  • What are some models of multimodal systems that integrate across bikeshare, carshare, transit, and more?

 Bike Storage
  • What is the frequency, impact of, and responsibility for right-of-way issues?

  • Do technical and infrastructural fixes such as geofencing and dedicated parking areas resolve parking concerns?

  • How do storage concerns evolve as free-floating systems proliferate?

  • What is the prevalence of vandalism and what physical, social, environmental, or regulatory characteristics discourage vandalism?

For-Profit Model
 Data and Privacy
  • What models of data sharing between cities and bikeshare companies provide public benefits without compromising commercial interests or user interests?

  • How do we create comprehensive standards, definitions, and mechanisms to ensure data quality and comparability?

 Financial Sustainability
  • What ride rate would free-floating bikeshare bikes need to reach to be profitable?

  • What are effective business or public-private partnership models to replace venture capital dependency?

  • What are other potential sources of revenue for free-floating bikeshare?

Context
 Helmet Laws
  • What are strategies to offer helmets to free-floating bikeshare riders? Does compliance differ by strategy?

  • Does offering helmets for free-floating bikeshare encourage use (and compliance with the helmet law)

  • How can we streamline local laws to reduce user confusion for inconsistencies of helmet requirements within single free-floating fleets?

 Physical and Social Environment
  • How do differences between North American and Chinese contexts play out in introduction, implementation, and success of free-floating systems?

  • Does free-floating bikeshare create opportunities or obstacles to new infrastructure?

  • How does the social environment shape success of free-floating bikeshare systems and vice versa?

  • What environmental features may be needed for free-floating bikeshare to be successful?

  • How does city geography impact potential success of free-floating bikeshare systems?

  • In what ways can be learn from success on university campuses to create favorable biking conditions in larger, non-university cities?

  • How might bikeshare success from university campuses translate into additional biking among graduates of these universities as they move to other cities?