The Role of Urban Morphology and Pedestrian Movement in the Perception of Thermal Comfort in Historic City Centres: Spatial Sequences in Rome and London

Research reveals that streets and squares in historic city centers act as spatial systems of thermal diversity, significantly influencing pedestrian perception of thermal comfort. The study, conducted in Rome and London, introduced a novel methodology combining 'thermal walks' with microclimatic data to analyze the interplay between urban morphology and human movement. This approach integrated objective environmental measurements with subjective pedestrian responses, providing insights into how spatial sequences shape thermal experiences. Findings highlight the importance of thermal diversity in designing sensory-friendly urban environments, offering evidence-based guidelines for preserving and enhancing historic sites.

Vasilikou, K. (2014). The Role of Urban Morphology and Pedestrian Movement in the Perception of Thermal Comfort in Historic City Centres: Spatial Sequences in Rome and London. University of Kent. https://doi.org/10.22024/UNIKENT/01.02.48719