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Soundscape approach integrating noise mapping techniques: a case study in Brighton, UK

机译:整合噪声映射技术的Soundscape方法:英国布莱顿的案例研究

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In the guidelines about the management of areas of good environmental noise quality recently published by the European Environment Agency (EEA) it is suggested to combine different methodologies, like noise mapping, sound level measurements and the soundscape approach. Such a recommendation has started to be recognised by a number of local authorities in Europe that are gradually integrating a holistic concept into their environmental noise policies. This research aimed to explore and demonstrate the possibility to integrate conventional noise mapping methods and soundscape methods in an actual urban redevelopment project. A case study was made using the Valley Gardens project in Brighton & Hove (UK). Different scenarios of sound-pressure level distributionswere simulated for both traffic sound sources (i.e. noise maps) and natural sound sources (i.e. sound maps). Additionally, individual responses about the sound environment of the place collected during an on-site question survey were used to implement soundscape maps. The overall picture revealed that the road traffic noise should be reduced, but also it is feasible that preferred sounds likewater features or birdsong could be introduced to make the sound environment more appropriate for the place. Generally, within the framework of this research, noise maps, sound maps and soundscape maps were used together to "triangulate" different layers of information related to the acoustic environment and the way it is perceived, providing a possible working procedure to consider for planners and policy-makers in the future.
机译:欧洲环境局(EEA)最近发布了有关良好环境噪声质量区域管理的指南,建议将不同的方法相结合,例如噪声映射,声级测量和音景方法。这项建议已被欧洲许多地方当局所认可,这些地方当局正在将整体概念逐步纳入其环境噪声政策中。这项研究旨在探索并证明在实际的城市重建项目中将常规噪声映射方法和声景方法相结合的可能性。使用英国布莱顿霍夫的Valley Gardens项目进行了案例研究。针对交通声源(即噪声图)和自然声源(即声图)都模拟了不同的声压级分布场景。此外,在现场问题调查期间收集的有关该地点的声音环境的个人反馈用于实施音景图。总体情况表明,应减少道路交通噪声,但可行的是,可以引入诸如水景或鸟鸣之类的声音,以使声音环境更适合该场所。通常,在本研究的框架内,将噪声图,声音图和声景图一起用于“三角化”与声学环境及其感知方式有关的不同信息层,为规划者和规划者提供了可能的工作程序。未来的决策者。

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