Abstract:a b s t r a c tOver the past two decades, transportation has begun a shift from an individual focus to a social focus. Accordingly, discrete choice models have begun to integrate social context into its framework. Social influence, the process of having one's behavior be affected by others, has been one approach to this integration. This paper provides a review and discussion of the incorporation of social influence into discrete choice models with specific application in travel behavior analysis. The discussi… Show more
“…In relation to built environmental and land use impacts, cycling-related infrastructures have attracted significant attention in the existing literature. Many studies have focused upon the importance of increasing the number of cycle lanes and bike-sharing stations in promoting the use of cycling or bike-sharing, in terms of reduced travel time, increased safety and convenience (Akar and Clifton, 2009;Larsen and El-Geneidy, 2011;Hankey et al, 2012;Daito and Chen, 2013;Kamargianni and Polydoropoulou, 2013;Deenihan and Caulfield, 2015;Kamargianni, 2015;Maness et al, 2015;Wang et al, 2015;Mateo-Babiano et al, 2016;De Chardon et al, 2017). However, there were also papers that found an insignificant relationship between the number of cycling facilities and cycling choice (Rodrıǵuez and Joo, 2004;Moudon et al, 2005;Xing et al, 2010).…”
Section: Natural and Built Environmental Conditionsmentioning
Developing countries are facing increasing challenges to make urban mobility sustainable and to tackle the continuously growing air pollution and congestion caused by the rapid increase in car ownership. As part of a broad strategy to achieve sustainable urban mobility, bike-sharing services could contribute to car usage decrease, especially for short-distance trips. However, most of the developing countries have limited quantified evidence regarding the factors affecting bike-sharing choice and this hinders policy makers from effectively promoting bike-sharing usage. The case study city is Taiyuan, which operates one of the most in demand bike-sharing schemes in China. This research investigates the factors affecting mode choice behavior with a focus on bike-sharing, and explores the effectiveness of different policy options aiming at increasing bike-sharing ridership. Nested logit and mixed nested logit models are developed using both stated preference and revealed preference data. Policy effectiveness is studied by examining modal split changes. The results reveal the significant negative impact of air pollution on bike-sharing choice. Nevertheless, improving air quality is found to be less effective in promoting bike-sharing ridership than improving bike-sharing service itself (e.g. through access time saving, travel cost saving); although it is more effective in suppressing private car usage.
“…In relation to built environmental and land use impacts, cycling-related infrastructures have attracted significant attention in the existing literature. Many studies have focused upon the importance of increasing the number of cycle lanes and bike-sharing stations in promoting the use of cycling or bike-sharing, in terms of reduced travel time, increased safety and convenience (Akar and Clifton, 2009;Larsen and El-Geneidy, 2011;Hankey et al, 2012;Daito and Chen, 2013;Kamargianni and Polydoropoulou, 2013;Deenihan and Caulfield, 2015;Kamargianni, 2015;Maness et al, 2015;Wang et al, 2015;Mateo-Babiano et al, 2016;De Chardon et al, 2017). However, there were also papers that found an insignificant relationship between the number of cycling facilities and cycling choice (Rodrıǵuez and Joo, 2004;Moudon et al, 2005;Xing et al, 2010).…”
Section: Natural and Built Environmental Conditionsmentioning
Developing countries are facing increasing challenges to make urban mobility sustainable and to tackle the continuously growing air pollution and congestion caused by the rapid increase in car ownership. As part of a broad strategy to achieve sustainable urban mobility, bike-sharing services could contribute to car usage decrease, especially for short-distance trips. However, most of the developing countries have limited quantified evidence regarding the factors affecting bike-sharing choice and this hinders policy makers from effectively promoting bike-sharing usage. The case study city is Taiyuan, which operates one of the most in demand bike-sharing schemes in China. This research investigates the factors affecting mode choice behavior with a focus on bike-sharing, and explores the effectiveness of different policy options aiming at increasing bike-sharing ridership. Nested logit and mixed nested logit models are developed using both stated preference and revealed preference data. Policy effectiveness is studied by examining modal split changes. The results reveal the significant negative impact of air pollution on bike-sharing choice. Nevertheless, improving air quality is found to be less effective in promoting bike-sharing ridership than improving bike-sharing service itself (e.g. through access time saving, travel cost saving); although it is more effective in suppressing private car usage.
“…friend, colleague, neighbour, relative, family member, or other acquaintance). Maness et al (2015) discussed the micro foundations of social influence and choice by separating the social influence mechanism from the source of its influence and provided a general framework for choice models of social influence. They highlighted that differences in social influence types, motivations, tactics, and sources have important implications when applying these models for policy analysis and gathering data is an important area to properly study these effects.…”
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International licence Newcastle University ePrints-eprint.ncl.ac.uk Cherchi E. A stated choice experiment to measure the effect of informational and normative conformity in the preference for electric vehicles.
“…(2) Does social influence vary between countries as a result of cultural differences? We build on earlier work by Maness et al (2015) Potoglou and Kanaroglou (2008), Sharmeen et al (2014) and Sunitiyoso et al (2013), examining the importance of social and spatial interactions between individuals in making transport choices.…”
Alternative fuel vehicle technologies are needed to mitigate rising greenhouse gas emissions from transport. Social influence is integral to the diffusion of private vehicles which are highly visible and fulfil practical as well as social functions. This paper provides the first meta-analysis of empirical studies which measure the strength of social influence on consumer vehicle choice. A systematic literature review identified 21 studies that examined three types of social influence: interpersonal communication; neighbourhood effect; and conformity with social norms. A random effects meta-analysis found a significant and small to moderate effect of social influence on vehicle choices (r = 0.241, p < 0.001). The overall effect size did not vary significantly between types of social influence nor between types of vehicle (conventional or alternative fuel). However, further analysis using meta-regression found that heterogeneity in social influence effect size across studies was explained by differences in countries' cultural receptiveness to normative influence. These findings have important implications for policy and modelling analysis of alternative fuel vehicle adoption, for which diffusion is both a socially and culturally-mediated process
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