A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
D3.4 - Pilot Study on novel land-use planning (LUP) approaches
How a soundscape mobile app can inform LUP decisions and operational proceduresHow a soundscape mobile app can inform LUP decisions and operational procedures This study sought to contribute to a greater understanding of people’s perception of soundscape in general and, thereby, infer the effects of noise on the quality of life of residents near airports. Recent technological advances have enabled an increased opportunity to conduct novel sound research by deploying novel, tailored mobile phone applications. In this case, the AnimApp was developed and used to collect a range of momentary situational and environmental perception data to determine whether such information can help to improve understanding of the effects of noise on humans. The specific intention was to carry out an experience sampling method (ESM) study about the impact of the soundscape and visual environment on people’s perception of their environment and quality of life around airports. However, the project’s timing meant that the app was deployed during the period of COVID pandemic restrictions in the early summer of 2021. Thus, the aim had to be adapted to reflect that a) air traffic volumes were significantly reduced and b) that people’s activities were affected by mobility and accessibility restrictions. Fiona Rajé (MMU), Paul Hooper (MMU), Sonja Jeram (NIJZ), Nataša Delfar (NIJZ), Sara Rahne (NIJZ), Dirk Schreckenberg (ZEUS), Catherine Lavandier (UCP/CYU), Romain Dedieu (UCP/CYU), Ferenc Marki (BME), Nico van Oosten (ANOTEC), Luis Meliveo (ANOTEC)
D3.4 - Pilot Study on novel land-use planning (LUP) approaches
How a soundscape mobile app can inform LUP decisions and operational proceduresHow a soundscape mobile app can inform LUP decisions and operational procedures This study sought to contribute to a greater understanding of people’s perception of soundscape in general and, thereby, infer the effects of noise on the quality of life of residents near airports. Recent technological advances have enabled an increased opportunity to conduct novel sound research by deploying novel, tailored mobile phone applications. In this case, the AnimApp was developed and used to collect a range of momentary situational and environmental perception data to determine whether such information can help to improve understanding of the effects of noise on humans. The specific intention was to carry out an experience sampling method (ESM) study about the impact of the soundscape and visual environment on people’s perception of their environment and quality of life around airports. However, the project’s timing meant that the app was deployed during the period of COVID pandemic restrictions in the early summer of 2021. Thus, the aim had to be adapted to reflect that a) air traffic volumes were significantly reduced and b) that people’s activities were affected by mobility and accessibility restrictions. Fiona Rajé (MMU), Paul Hooper (MMU), Sonja Jeram (NIJZ), Nataša Delfar (NIJZ), Sara Rahne (NIJZ), Dirk Schreckenberg (ZEUS), Catherine Lavandier (UCP/CYU), Romain Dedieu (UCP/CYU), Ferenc Marki (BME), Nico van Oosten (ANOTEC), Luis Meliveo (ANOTEC)
D3.4 - Pilot Study on novel land-use planning (LUP) approaches
Rajé, Fiona (author) / Hooper, Paul (author) / Delfar, Nataša (author) / Rahne, Sara (author) / Schreckenberg, Dirk (author) / Lavandier, Catherine (author) / Dedieu, Romain (author) / Marki, Ferenc (author) / van Oosten, Nico (author) / Meliveo, Luis (author)
2022-02-17
oai:zenodo.org:6123248
Paper
Electronic Resource
English
DDC:
710
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