How Public Urban Space Enhance Restoration Benefits Through Combined Multisensory Effects: A Systematic Review
Wen Dong, Donghui Dai, Pengyuan Shen, Rui Zhang, Mei Liu
2024
Land

A framework linking spatial properties of public urban spaces, multisensory effects, and restoration benefits.
Summary
This study reviews how multisensory interactions in public urban spaces enhance restorativeness amid high-density development. A framework links spatial features, sensory processes, and restoration outcomes, identifying additive, antagonistic, or synergistic sensory effects. Design strategies prioritizing multisensory integration are proposed to address attention, stress, and emotional recovery, offering insights for green-limited urban environments.
Abstract
Rapid urbanization has heightened attention fatigue and physiological stress among urban residents. However, high-density urban construction, mainly covered by streets, squares/plazas, and buildings, in particular, poses a challenge to traditional restoration dominated by green infrasturcture. This research aims to conduct a systematic review of the available body of knowledge regarding the relationship between public urban spaces and restorativeness based on combined multisensory effects. First, a conceptual framework was proposed to connect spatial properties of public realms, sensorial mechanisms, and restoration benefits. As a result, detailed spatial elements and organization affecting multiple sensory modalities combined via additive, antagonistic, and synergistic effects were extracted, which essentially act on urban restoration, including attention, stress, and emotional recovery. Last, but not least, compared with previous research, restoration design strategies of public urban spaces accelerating multisensory integration were drawn to contribute new insights for future high-density urban development.
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A framework linking spatial properties of public urban spaces, multisensory effects, and restoration benefits.
Publication Details
Journal
Land
Publication Year
2024
Authors
Wen Dong, Donghui Dai, Pengyuan Shen, Rui Zhang, Mei Liu
Categories
Synergizing comfort and energy efficiency in the built environment