A multi-indicator distributive justice approach to assess school-related green infrastructure benefits in Brussels

• Children in Brussels face school-related socio-environmental inequities. • 47% of Brussels schoolyards are characterized by less than 30% vegetation cover. • Schools on the outskirts of Brussels benefit from higher levels of regulating ecosystem services. • Children from wealthier families benefit from greener and healthier school settings. • School greening initiatives should prioritize schools with underprivileged children. Environmental justice considerations in ecosystem service research have increased in recent years, especially in urban assessments. Many studies have focused on the unequal distribution of urban green infrastructure and related ecosystem services from a residential perspective. However, for certain population groups, such as children, considering other frequently visited urban settings (e.g. school environments) is also essential to assess distributive environmental justice. While there is an increasing number of studies measuring children’s access and exposure to green infrastructure in school environments, most of these assessments rely on coarse metrics of greenness (e.g. NDVI). In this research, we propose a multi-indicator distributive justice approach to assess schools’ outdoor environmental quality. More specifically, our study examines the spatial distribution of nine school-related socio-environmental indicators, including green infrastructure elements ( n = 3), regulating ecosystem services ( n = 2), environmental hazards ( n = 2), and socio-economic background ( n = 2) for nearly all primary school settings ( n = 408) located in the Brussels Capital Region, Belgium. Bivariate and spatial regression analyses show that schoolchildren from wealthier families usually attend schools with greener and better outdoor environmental quality, generally characterized by more vegetation in and around the school settings, higher levels of regulating ecosystem services provision, and lower exposure to environmental hazards. We argue that addressing these multi-faceted environmental disparities should be prioritized when planning new school greening initiatives.

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Publication Details

Journal
Ecosystem Services
Published
2024-11-06
DOI
https://doi.org/10.1016/j.ecoser.2024.101677
Citations
10
Primary Topic
Urban Green Space and Health
Type
article
Field-Weighted Citation Impact
3.15
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article

A multi-indicator distributive justice approach to assess school-related green infrastructure benefits in Brussels

Francesc Baró, Sylvie Gadeyne, Elsa Gallez, Frank Canters
10 citations
Ecosystem Services
Urban Green Space and Health
3.15
article

A multi-indicator distributive justice approach to assess school-related green infrastructure benefits in Brussels

Francesc Baró, Sylvie Gadeyne, Elsa Gallez, Frank Canters
article en
10 citations

Abstract

• Children in Brussels face school-related socio-environmental inequities. • 47% of Brussels schoolyards are characterized by less than 30% vegetation cover. • Schools on the outskirts of Brussels benefit from higher levels of regulating ecosystem services. • Children from wealthier families benefit from greener and healthier school settings. • School greening initiatives should prioritize schools with underprivileged children. Environmental justice considerations in ecosystem service research have increased in recent years, especially in urban assessments. Many studies have focused on the unequal distribution of urban green infrastructure and related ecosystem services from a residential perspective. However, for certain population groups, such as children, considering other frequently visited urban settings (e.g. school environments) is also essential to assess distributive environmental justice. While there is an increasing number of studies measuring children’s access and exposure to green infrastructure in school environments, most of these assessments rely on coarse metrics of greenness (e.g. NDVI). In this research, we propose a multi-indicator distributive justice approach to assess schools’ outdoor environmental quality. More specifically, our study examines the spatial distribution of nine school-related socio-environmental indicators, including green infrastructure elements ( n = 3), regulating ecosystem services ( n = 2), environmental hazards ( n = 2), and socio-economic background ( n = 2) for nearly all primary school settings ( n = 408) located in the Brussels Capital Region, Belgium. Bivariate and spatial regression analyses show that schoolchildren from wealthier families usually attend schools with greener and better outdoor environmental quality, generally characterized by more vegetation in and around the school settings, higher levels of regulating ecosystem services provision, and lower exposure to environmental hazards. We argue that addressing these multi-faceted environmental disparities should be prioritized when planning new school greening initiatives.

Ecosystem ServicesVol. 70
Vrije Universiteit Brussel (BE)
Industry, innovation and infrastructure
Openalex Percentile: Top 8%
Urban Green Space and Health
3.15
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