Zhu Guofeng, Yuan Minmin, Ma Hui, Luo Zhaoxin, Shao Shegang
School of Architecture, Tianjin University, Tianjin, China.
Research Institute of Highway Ministry of Transport, Beijing, China.
Front Psychol. 2023 Mar 6;14:1113134. doi: 10.3389/fpsyg.2023.1113134. eCollection 2023.
Urban waterfront spaces are often composed of built infrastructures and nature elements. Though citizens could take advantage of these public spaces to relax from daily work, its restorative potential has not been paid enough attention. In this study, the restorative effect and mechanism of different audio and visual elements in urban waterfront spaces was systematically studied.
At the first stage, restorative potential of waterfront spaces was investigated and different elements with restorative effects were identified through an on-site survey, in which visual and auditory forms of environmental-nature, animal-nature, on-water human activities and on-shore human activities were identified. At the second stage, a series of laboratory experiments were conducted to explore the restorative function of the audio and visual elements.
It is found that the degree of artificiality of waterfront space was a crucial factor influencing the restoration level of the space, and higher artificiality level of waterfront space resulted in lower level of perceived restoration. However it was available by adding visual and audio elements to the scene to facilitate the restorative effect in waterfront spaces with high-level artificiality. The effects of adding visual and auditory elements on psychophysiological restoration were explored, and elements that should be recommended and restrained were discussed.
These findings would provide applicable suggestions for future design and rebuilding of urban waterfront spaces.
城市滨水空间通常由建筑基础设施和自然元素组成。尽管市民可以利用这些公共空间从日常工作中放松身心,但其恢复潜力尚未得到足够重视。在本研究中,系统地研究了城市滨水空间中不同视听元素的恢复效果及其机制。
第一阶段,通过实地调查研究滨水空间的恢复潜力,并识别出具有恢复效果的不同元素,其中包括视觉和听觉形式的环境自然、动物自然、水上人类活动和岸上人类活动。第二阶段,进行了一系列实验室实验,以探索视听元素的恢复功能。
研究发现,滨水空间的人工化程度是影响该空间恢复水平的关键因素,滨水空间人工化程度越高,感知恢复水平越低。然而,通过在场景中添加视觉和听觉元素,可以促进高人工化水平的滨水空间的恢复效果。探讨了添加视觉和听觉元素对心理生理恢复的影响,并讨论了应推荐和限制的元素。
这些研究结果将为未来城市滨水空间的设计和重建提供适用的建议。