Science OF Cycling

In this volume, the author uses history to shine a spotlight on the present and demonstrates how bicycling has the potential to grow even further, if the right measures are put in place by the politicians and planners of today and tomorrow. He explores the benefits and challenges of cycling, the roles of infrastructure and advocacy, and what we can learn from cities that have successfully supported and encouraged bike booms, including London; Davis, California; Montreal; Stevenage; Amsterdam; New York; and Copenhagen.

This book presents a thorough discussion of utility cycling, cycling in the urban environment, and everyday mobility. It is based on large survey answered by 14,000 participants in the bike to work action in Switzerland, and quantifies the various dimensions of utility cycling.

This book explores the relationship between pedestrians/cyclists’ mode and route choice to/from metro/railway stations and the micro-level (street-scale) built environment in a second-tier city in China. More specifically, it investigates how the street-scale built environment influences pedestrians/cyclists’ mode choice and route choice behavior and examines user preferences for the micro-level built environment around metro stations. The focus on a second-tier city is motivated primarily to expand the set of Chinese cities where the effects of the built environment on pedestrian/cyclist mode and route choice have been studied. Results demonstrate the effects of the street-scale built environment on pedestrian flows. The effects are higher for the main road, which is directly connected with the metro station. The findings of this book are expected to support the design of preferred walking/biking built environments around a metro station.