Towards an Intersectional Perspective in Cycling

In recent years, concerns about climate change have elevated cycling on urban policy agendas worldwide. The rapid implementation of temporary cycling infrastructure in cities across the globe during the Covid-19 pandemic has further elevated the importance of cycling in facilitating a green and just recovery. However, if cycling is to be a key part of a green and just recovery for cities, then an intersectional perspective is needed to ensure that cycling can be an equitable and inclusive mode of transport. An intersectional perspective acknowledges that there are multiple systems of oppression, which interact in complex ways to compound inequalities and reinforce certain power dynamics. Structural and spatial inequalities contour urban mobility, as evidenced by well-documented gender, racial and socioeconomic disparities in cycling. This paper provides an overview of gender and other inequalities in urban cycling and makes the case for adopting an intersectional perspective to cycling policies and infrastructures, so that cycling in cities can be more diverse, equitable and inclusive.

Ride in Peace: How Cycling Infrastructure Types Affect Traffic Conflict Occurrence in Montréal, Canada

Urban cycling is increasingly common in many North American cities and has the potential to address key challenges of urban mobility, congestion, air pollution and health. However, lack of safety is often cited by potential bike users as the most important deterrent to cycling. This study aimed to evaluate the effect of cycling facility type on traffic conflict likelihood. Four participants recorded a total of 87 h (1199 km) of video, which was reviewed by trained observers to identify and characterize traffic conflicts, yielding 465 conflicts with vehicles and 209 conflicts with pedestrians. Bootstrapped generalized additive logit regressions (GAM) were built to predict traffic conflict likelihood. Results show that while cycling on an off-street bike path effectively reduces the likelihood of conflict with a vehicle, it increases the probability of conflict with a pedestrian. Bike lanes were associated with an increase in the likelihood of a conflict with a vehicle. Decision makers should favor physically segregated and clearly marked cyclist-only facilities to ensure safe and efficient conditions for commuter cyclists.

Cycling in the Flattened City: Urban Assemblages and Digital Visual Research

As urban assemblage theory emphasizes a conceptualization of the city as movement, constituted through the processual interactions between different human and non-human actors. This approach has been recognized as potentially valuable for the study of active bodies in urban environments ( Rick and Bustad 2020 ). Moreover, this approach also encourages the development and implementation of innovative methodologies aimed at conveying the complexity of urban life ( McFarlane and Anderson 2011 ). This article contributes to this approach through the use of digital visual research methods while experiencing a monthly cycling event in Baltimore, Maryland. In particular, we discuss how GoPro cameras might be utilized within the study of the embodied experience of urban cycling, and how this experience demonstrates the assemblage of human, machine, and urban environment. Following Sumartojo and Pink (2017) , we describe how GoPro recordings of active urban embodiment work to provide more than second-hand representations of others’ experiences, and instead can serve to collect and analyze ‘traces’ of the assemblages of urban physical cultures.

Determinants of urban cycling from the perspective of Bronfenbrenner's ecological model

Purpose: Human behavior is complex, resulting from dynamic person-environment interactions. The study of determinants in an ecological model can be useful to understand this complexity. When it comes to bicycle commuting, previous research has identified several individual and environmental determinants that can influence behaviour and likelihood to cycle. The purpose of this article is to provide an analytical framework integrating the determinants of cycling in an analysis from the perspective of Bronfenbrenner's ecological model. Methodology: Through a literature review, we select scientific articles that include studies conducted from a variety of cities in the Americas, Europe and Asia. Findings: As a result, the article presents the determining factors for bicycle commuting in a diagram based on Bronfenbrenner’s ecological model. Research limitation: Further research, which may include a systematic or an umbrella review, could be conducted to confirm the determining factors that influence bicycle commuting in urban areas. In addition, broader work is needed to understand which factors influence the adhesion of shared bicycles and how they fit into the ecological model proposed by Bronfenbrenner. Originality: Our article provides guidelines for an analytic framework that can be a useful tool in case studies or comparative research on mobility and urbanism.

Understanding bikeability: a methodology to assess urban networks

A fully separated bicycle network from vehicular traffic is not realistic even for the most bicycle-friendly cities. Thus, all around the world urban cycling entails switching between streets of different safety, convenience, and comfort levels. As a consequence, the quality of bicycle networks should be evaluated not based on one but multiple factors and by considering the different user preferences regarding these factors. More comprehensive methodologies to assess urban bicycle networks are essential to the operation and planning of modern city transportation. This work proposes a multi-objective methodology to assess—what we refer to as—bikeability between origin–destination locations and over the entire network, useful for evaluation and planning of bicycle networks. We do so by introducing the concept of bikeability curves which allows us to assess the quality of cycling in a city network with respect to the heterogeneity of user preferences. The application of the proposed methodology is demonstrated on two cities with different bike cultures: Amsterdam and Melbourne. Our results suggest the effectiveness of bikeability curves in describing the characteristic features and differences in the two networks.

Evaluation of a New Urban Cycling Infrastructure in Caceres (Spain)

The purpose of the research is the evaluation of the impact of a new bike lane network built in Cáceres (Spain) in October 2019, a city with a weak tradition in the use of bicycles. Prior to the new project, the percentage of displacement by bicycle was under 0.2% (by contrast, private cars was 56%). The project has introduced a real network in 33 new streets and avenues, and 250 new parking places for bicycles. The impact has been evaluated by two online surveys, one conducted in November–December 2019 just after the inauguration, and the other conducted in January–February 2020. For that, the impact evolution after the first 3 months has also been evaluated. The result allows to analyze the citizens’ response to the new infrastructure; the main conclusion is that the effect of the built infrastructure is clearly positive in terms of new users, new potential users, and bike general image for the citizens. Moreover, this positive effect has grown after the first 3 months.