Virtual Reality for Assessing Willingness to Accept Compensation: An Exploratory Study of New Airport Noise Impact in Chiang Mai, Thailand

This exploratory study investigated virtual reality (VR) as a potentially more efficient tool for willingness to accept (WTA) compensation assessment in Thailand, as conventional contingent valuation methods (CVM) could be limited in assessing WTA for aircraft noise, which is vital, especially in the context of airport development. A comparative study (n=140) near a proposed new airport in Chiang Mai divided participants into VR and non-VR groups. Using a linear mixed model, the total WTA of the VR group was significantly higher, and the variance varied with noise intensity. Furthermore, VR’s impact on WTA interacted significantly with gender, age, and educational level. Among the main drawbacks were the efficiency of the VR device, the noise model from an actual airport, and the lack of evaluation of prior VR experience or any adverse effects related to VR. Future research should consider these elements, investigate different VR configurations, and examine more general environmental influences to create more comprehensive policies.

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Publication Details

Journal
Nature Environment and Pollution Technology
Published
2025-11-08
DOI
https://doi.org/10.46488/nept.2025.v24i04.d1770
Primary Topic
Economic and Environmental Valuation
Type
article
Field-Weighted Citation Impact
0.00

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article

Virtual Reality for Assessing Willingness to Accept Compensation: An Exploratory Study of New Airport Noise Impact in Chiang Mai, Thailand

Preda Pichayapan, Teerapat Khowluang
Nature Environment and Pollution Technology
Economic and Environmental Valuation
article

Virtual Reality for Assessing Willingness to Accept Compensation: An Exploratory Study of New Airport Noise Impact in Chiang Mai, Thailand

Preda Pichayapan, Teerapat Khowluang
article en

Abstract

This exploratory study investigated virtual reality (VR) as a potentially more efficient tool for willingness to accept (WTA) compensation assessment in Thailand, as conventional contingent valuation methods (CVM) could be limited in assessing WTA for aircraft noise, which is vital, especially in the context of airport development. A comparative study (n=140) near a proposed new airport in Chiang Mai divided participants into VR and non-VR groups. Using a linear mixed model, the total WTA of the VR group was significantly higher, and the variance varied with noise intensity. Furthermore, VR’s impact on WTA interacted significantly with gender, age, and educational level. Among the main drawbacks were the efficiency of the VR device, the noise model from an actual airport, and the lack of evaluation of prior VR experience or any adverse effects related to VR. Future research should consider these elements, investigate different VR configurations, and examine more general environmental influences to create more comprehensive policies.

Nature Environment and Pollution TechnologyVol. 24(4)
Chiang Mai University
Openalex Percentile: Top 57%
Economic and Environmental Valuation
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