Micromobility’s Role in Easing Traffic and Enhancing Air Quality in Child-Friendly Cities

Abstract: The increasing prevalence of traffic congestion and deteriorating air quality in urban areas significantly impact the health and well-being of children. This study examines the role of micromobility solutions in mitigating these issues within urban environments. By reviewing existing literature on safety, environmental impacts, social factors, and health outcomes, this research underscores the multifaceted benefits of micromobility systems. Despite these benefits, there remains a research gap in understanding the specific impacts of micromobility on children's health and urban air quality. This study addresses this gap by investigating micromobility solutions for creating safer, healthier, and more sustainable urban environments for children. Specifically, the focus is on two Child-Friendly Cities (CFC) with established micromobility systems: Denver, CO, and San Francisco, CA. These cities were selected due to their progressive transportation policies and extensive use of micromobility options. This research utilizes data from the Global Micromobility Index to analyze patterns and impacts of micromobility usage. Visualization and spatial analysis techniques using ArcGIS Pro will examine the distribution, accessibility, and usage intensity of micromobility systems in these cities. This comparative analysis aims to identify best practices and areas needing improvement. By highlighting the critical factors that influence active travel and assessing the broader implications for urban planning and policy, this research contributes to developing child-friendly cities prioritizing clean air and healthy lifestyles. The findings provide insights for policymakers, urban planners, and public health officials to enhance the effectiveness and equity of micromobility solutions, ultimately improving the quality of life for children and their communities.