Environmental psychology concerning child-environment relationships has too often forgotten the environment itself. Place based child-environment research is needed to anchor childrens experiences and behaviour to actual physical settings. This book introduces a new assessment model for a child-friendly environment, based on two central criteria: children's possibilities for independent mobility and their opportunities to actualize environmental affordances. Four hypothetical types of environment are distinguished: Bullerby, Wasteland, Cell, and Glasshouse. The Bullerby represents a child-friendly environment, as it allows a positive interactive cycle to develop between a child and the environment. The empirical results from almost 250 children indicate that the model is sensitive enough to assess the child friendliness of different communities in Finland and Belarus. In general, the proportion of Bullerby settings decreases and that of Glasshouse settings increases as the degree of urbanization rises. The Bullerby-model allows the integration of children's experiences with the material world, and it provides information that can be used in planning of child-friendly environments.

This book contains a selection of the best papers presented at the Computational Urban Planning and Urban Management (CUPUM) conference, held in June 2023 at McGill University in Montreal, Quebec. Major themes of this book are smart cities, urban big data, and shared mobility. This book also contains chapters with cutting-edge research on urban modeling, walkability and bikeability analysis, and planning support systems (PSS).