Beyond nature: Investigating the restorative properties of environments through the comparison of historical, modern urban, and natural image exposures

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Authors: Laura Miola, N. Cellini, Silvia Bellini, Francesca Pazzaglia
Cited by: 3
References: 42

Abstract

The present study investigates the restorativeness, psychological, and psychophysiological benefits of exposure to different environments—natural, historical, mixed, and modern urban—using an immersive laboratory and AI-generated environments. Participants were exposed to environments prior to a stress-induction phase and completed self-reports alongside psychophysiological measurements (heart rate and electrodermal activity). Results revealed that natural and mixed environments were perceived as most restorative, whereas modern urban environments were rated as the least restorative and most negatively valenced. Historical environments, rated lower in a global score of restorativeness, were perceived as fascinating, coherent, engaging, and pleasant, and they increased positive emotions and reduced arousal levels after stress induction, similarly to natural environments. Historical settings were found to be the less boring environments. Overall, findings contribute to the evidence that both natural and certain built environments, particularly historical ones, can support emotional recovery and psychological well-being, whereas modern urban settings may hinder it. • Examination of restorative responses to AI-generated Natural, Historical, Mixed, and Modern environments. • Historical settings improved mood and restorativeness, similar to natural ones. • Modern urban environments elicit higher stress and lower restorative qualities. • Findings support integrating nature and history to enhance urban well-being.

Fields of Study & Subjects

Urban Green Space and Health Place Attachment and Urban Studies Noise Effects and Management

Publication details

Journal / source
Journal of Environmental Psychology
Publisher
Elsevier BV
Volume
110
Pages
102920–102920
Publication date
19 January 2026
Language
EN