Amplifying concerns: An exploration of community noise levels in rural communities impacted by wood pellet production

• Wood biomass plants are increasingly established in the deep South, a region comprising predominantly poor and Black communities, such as those in Mississippi, Alabama, and Georgia. • These plants emit high levels of air and noise pollution that propagate into the surrounding communities. • Sound levels were collected in Gloster, MS, a town with a wood biomass plant situated in its center. Wood pellets are increasingly promoted as a renewable and sustainable energy source, driving the global wood pellet market to a projected value of $16 billion by 2026. However, the rapid expansion of this industry disproportionately affects predominantly Black and low-income communities in the rural South, where approximately 100 pellet manufacturing plants are currently located in the United States. From August 2023 to March 2024, we conducted a noise exposure assessment in Gloster, Mississippi, a community affected by pellet production, and compared it to Mendenhall, a nearby community without industrial activity. In collaboration with a local organization, we measured noise metrics and found significantly higher A-weighted, C-weighted, and Z-weighted sound levels in Gloster, along with elevated decibels at multiple center frequencies. These findings suggest that wood pellet manufacturing can severely alter the soundscape of rural communities, raising environmental justice concerns. Our findings underscore the importance of investigating the cumulative health impacts of noise and other environmental burdens on these vulnerable communities to better inform policy.

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Publication Details

Journal
Environmental Challenges
Published
2024-09-28
DOI
https://doi.org/10.1016/j.envc.2024.101024
Citations
1
Primary Topic
Noise Effects and Management
Type
article
Field-Weighted Citation Impact
0.87
Controls
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article

Amplifying concerns: An exploration of community noise levels in rural communities impacted by wood pellet production

N. Franzen Lee, A. V. Barnes, Edward D. Walker, Bruce Graham et al.
1 citations
Environmental Challenges
Noise Effects and Management
0.87
article

Amplifying concerns: An exploration of community noise levels in rural communities impacted by wood pellet production

N. Franzen Lee, A. V. Barnes, Edward D. Walker, Bruce Graham, K. Martin, Cristina Nica
article en
1 citations

Abstract

• Wood biomass plants are increasingly established in the deep South, a region comprising predominantly poor and Black communities, such as those in Mississippi, Alabama, and Georgia. • These plants emit high levels of air and noise pollution that propagate into the surrounding communities. • Sound levels were collected in Gloster, MS, a town with a wood biomass plant situated in its center. Wood pellets are increasingly promoted as a renewable and sustainable energy source, driving the global wood pellet market to a projected value of $16 billion by 2026. However, the rapid expansion of this industry disproportionately affects predominantly Black and low-income communities in the rural South, where approximately 100 pellet manufacturing plants are currently located in the United States. From August 2023 to March 2024, we conducted a noise exposure assessment in Gloster, Mississippi, a community affected by pellet production, and compared it to Mendenhall, a nearby community without industrial activity. In collaboration with a local organization, we measured noise metrics and found significantly higher A-weighted, C-weighted, and Z-weighted sound levels in Gloster, along with elevated decibels at multiple center frequencies. These findings suggest that wood pellet manufacturing can severely alter the soundscape of rural communities, raising environmental justice concerns. Our findings underscore the importance of investigating the cumulative health impacts of noise and other environmental burdens on these vulnerable communities to better inform policy.

Environmental ChallengesVol. 17
Brown University (US), Glosten (United States) (US), Jackson State University (US)
Openalex Percentile: Top 21%
Noise Effects and Management
0.87
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