Abstract

Background - In the mid-20th century, the emergence of sound studies demonstrated a shift of research interest in sonic practitioners. This field gains its prevalence by expanding the boundaries of prevailing conception through proposing alternative creative approaches in sound art practices. Methods – Two methods were presented – listening and sounding to promote creative sound making. The first method, listening involves soundwalking and recording sound from the external environments. These recordings were then re-evaluated and post-processed in audio editing software. The second method, sounding involves the creation of a weather data sonification system in Pure Data environment, in which the perceptual experience from the first method was taken into consideration. Result – First method enables the genesis of creative idiosyncrasies, such as preferences and ideas through the sonic perception of environmental events. In this process, noise and weather were identified as environmental components that share similar sensible qualities. Thus, noise is a prevalent medium that inspires the creation of sound generators in the sonification system presented in this paper. The sonic output of data sonification reveals an analogical connection between weather data and sonic parameters, in which changes in data values result in changes in acoustic properties. These outputs deliver different sensibilities based on their data parameters; sonification of temperature data might suggest an alarming effect to the listener. Conclusion – The proposed methods were intricately linked, suggesting environmental events to be perceived and realized through a non-scientific perspective. By highlighting aesthetic possibilities of environmental components, this paper presents an alternative perspective in contrast with the human-centric worldview through the creation of sonic works.

Highlights

  • In the 21st century, sound studies research[1] prevailed as an academic field to investigate and reflect on the continuous establishment of strategies, culture, and aesthetics, amid the emergence of new sonic practices

  • The findings of the analysis enable relation to be drawn between sonic properties and quality, which guide the process of data sonification

  • Each sonification output was later visualized in spectrogram to draw a relation between weather data and sonic parameters

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Summary

Introduction

In the 21st century, sound studies research[1] prevailed as an academic field to investigate and reflect on the continuous establishment of strategies, culture, and aesthetics, amid the emergence of new sonic practices. The term soundscape was defined as ‘events heard, not objects seen’, whereas in this research it was defined as a discipline that examines the effects of the acoustic environment on the creatures and entities living within it This contributes to the establishment of various noise abatement and musical practices as methods of advocating and appreciating the beauty of environmental soundscape.[2] soundscape research started as a musical endeavour for appreciation of environmental sound, which proclaimed the world as a ‘macrocosmic musical composition’, it only focused on collecting and examining ‘non-polluted’ sound through field recordings. The findings of the analysis enable relation to be drawn between sonic properties and quality, which guide the process of data sonification

Methods
Results
Oliveros P
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