The Journal of the Acoustical Society of America · 2012 · 100 citations · 26 references
ArchitectureUrban StudiesBuilt EnvironmentEnvironmental PsychologyUrban EcologyAcoustic ComfortEnvironmental AcousticsSound Quality PerceptionSoundscape StudiesAcoustic Environment QualityComfort EvaluationSoundscape AssessmentSoundscape ModelingSoundscape QualityUrban Park ManagementUrban Park Planning
Urban park soundscape quality requires understanding complex relationships among sound, environment, and users, prompting studies to improve it. The study aims to quantify how factors influence acoustic comfort and its links to environmental acceptability and park stay preference using ordered logit and path models. Data were collected via 595 survey responses across four Hong Kong parks, paired with concurrent objective sound measurements. Results show acoustic comfort evaluation strongly predicts park users’ environmental acceptability and stay preference, with breezes enhancing and heavy vehicle or bike noises diminishing perceived comfort.
A number of studies have been initiated to explore how to improve the soundscape quality in urban parks. However, good soundscape quality in parks cannot be provided without a thorough understanding of the complex relationships among sound, environment, and individuals. As acoustic comfort is considered to be an important outcome of soundscape quality, this study investigates the relative impacts of the factors influencing acoustic comfort evaluation by formulating a multivariate ordered logit model. This study also explores the inter-relationships among acoustic comfort evaluation, acceptability of the environment, and preference to stay in a park using a path model. A total of 595 valid responses were obtained from interview surveys administered in four parks in Hong Kong while objective sound measurements were carried out at the survey spots concurrently. The findings unveil that acoustic comfort evaluation, besides visual comfort evaluation of landscape, also plays an important role on users’ acceptability of the urban park environment. Compared with all the studied acoustic related factors, acoustic comfort evaluation serves as a better proxy for park users’ preference to stay in urban parks. Hearing the breeze will significantly increase the likelihood of individuals in giving high acoustic comfort evaluation. Conversely, hearing the sounds from heavy vehicles or sounds from bikes will significantly reduce the likelihood in giving a high acoustic evaluation.
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Acoustic comfort evaluation in urban open public spaces
Wei Yang, Jian Kang · Applied Acoustics · 2004 · 502 citations