Fich Lars Brorson, Jönsson Peter, Kirkegaard Poul Henning, Wallergård Mattias, Garde Anne Helene, Hansen Åse
Department of Architecture, Design and Media Technology, Aalborg University, Østeraagade 6, DK-9000 Aalborg C, Denmark.
Centre for Psychology, Kristianstad University, SE-29188, Sweden.
Physiol Behav. 2014 Aug;135:91-7. doi: 10.1016/j.physbeh.2014.05.034. Epub 2014 Jun 5.
Is has long been established, that views to natural scenes can a have a dampening effect on physiological stress responses. However, as people in Europe, Canada and North America today spent 50-85% of their time indoors, attention might also be paid to how the artificial man-made indoor environment influences these mechanisms. The question that this study attempts to start addressing is therefore whether certain design, characteristics of indoor spaces can make a difference to the physiological stress response as well. Using a virtual version of the Trier Social Stress Test, in which the space is computer generated and properties of the space therefore can be systematically varied, we measured saliva cortisol and heart rate variability in participants in a closed room versus a room with openings. As shown by a significant linear contrast interaction between groups and TSST conditions, participants in the closed room responded with more pronounced cortisol reactivity to stress induction, and continued to show higher levels throughout recovery, compared to participants in the open room. No differences were found regarding any part of the autonomic nervous system.
长期以来已经确定,观看自然场景可以对生理应激反应产生抑制作用。然而,由于如今欧洲、加拿大和北美的人们有50%-85%的时间待在室内,因此也可能需要关注人造室内环境如何影响这些机制。因此,本研究试图开始解决的问题是,室内空间的某些设计特征是否也会对生理应激反应产生影响。使用虚拟版的特里尔社会应激测试,其中空间是计算机生成的,因此空间属性可以系统地变化,我们测量了参与者身处封闭房间与有开口的房间时的唾液皮质醇和心率变异性。正如组与TSST条件之间显著的线性对比相互作用所示,与身处开放房间的参与者相比,身处封闭房间的参与者对应激诱导的皮质醇反应更明显,并且在整个恢复过程中持续显示出更高水平。在自主神经系统的任何部分均未发现差异。