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Autonomic nervous system responses to viewing green and built settings: differentiating between sympathetic and parasympathetic activity

机译:自主神经系统对绿色和自然环境的反应:区分交感神经活动和副交感神经活动

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摘要

his laboratory study explored buffering and recovery effects of viewing urban green and built spaces on autonomic nervous system activity. Forty-six students viewed photos of green and built spaces immediately following, and preceding acute stress induction. Simultaneously recorded electrocardiogram and impedance cardiogram signal was used to derive respiratory sinus arrhythmia (RSA) and pre-ejection period (PEP), indicators of respectively parasympathetic and sympathetic activity. The findings provide support for greater recovery after viewing green scenes, as marked by a stronger increase in RSA as a marker of parasympathetic activity. There were no indications for greater recovery after viewing green scenes in PEP as a marker of sympathetic activity, and there were also no indications of greater buffering effects of green space in neither RSA nor PEP. Overall, our findings are consistent with a predominant role of the parasympathetic nervous system in restorative effects of viewing green space.
机译:他的实验室研究探索了观察城市绿地和建筑空间对自主神经系统活动的缓冲和恢复作用。 46位学生在紧迫压力发生之前和之后查看了绿色和已建空间的照片。同时记录心电图和阻抗心电图信号用于推导呼吸性窦性心律不齐(RSA)和射血前期(PEP),这分别是副交感神经和交感神经活动的指标。这些发现为观看绿色场景后的更大恢复提供了支持,其特征是作为副交感神经活动标记的RSA的增加幅度更大。在观察PEP中的绿色场景作为交感神经活动的标志后,没有迹象表明恢复程度更高,也没有迹象表明RSA和PEP均没有更大的绿色缓冲作用。总的来说,我们的发现与副交感神经系统在观察绿色空间的恢复作用中的主要作用是一致的。

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