An evaluation model suitable to bamboo gardens&rsquo; soundscape coordination degree

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Journal of Vibration and Shock ›› 2018, Vol. 37 ›› Issue (9) : 234-238.

An evaluation model suitable to bamboo gardens’ soundscape coordination degree

HONG Xinchen 1,2 PAN Minghui 1 YUAN Yinan 1 WANG Yalei 1 WU Shasha 1 LAN Siren 1,2

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Abstract

Here, the relation between physical quantities to represent a bamboo garden space’s soundscape and psychological quantities to represent human subjective feelings was explored. The semantic difference method was used for observers to evaluate the coordination degree of different sounds and sights in a bamboo space, the objective physical indexes of observers’ positions were measured, and eventually the evaluation model for bamboo gardens’ soundscape coordination degree was established from the perspective of the soundscape ecology and the psychophysics. The results showed that when geophysical sounds are lighter, they make evaluators produce more coordinated perceptions or general coordinated ones, while their sound pressure levels rise, evaluators produce a certain uncoordinated feeling; biological sounds make evaluators produce a steady and coordinated sensation, while their sound pressure levels rise, evaluators don’t have a significant uncoordinated feeling; artificial sounds make evaluators produce a more uncoordinated feeling; the fitting trend for subjective data and objective ones of various acoustic elements conform to principles of the psychophysics, geophysical sounds and biological ones conform to Fechner's law, artificial sounds conform to Stevens' law; the proposed evaluation model is suitable to bamboo gardens’ soundscape coordination degree, it provides a reference for scientific and reasonable construction of bamboo gardens.

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environmental acoustics / bamboo garden / soundscape ecology / psychophysics

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HONG Xinchen 1,2 PAN Minghui 1 YUAN Yinan 1 WANG Yalei 1 WU Shasha 1 LAN Siren 1,2 . An evaluation model suitable to bamboo gardens’ soundscape coordination degree[J]. Journal of Vibration and Shock, 2018, 37(9): 234-238

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