Air pollution is a serious concern for human health and is even more worrying in areas that are known to be "pollution hotspots", such as the Po Plain in northern Italy. The Urban Green Infrastructure (UGI), which includes urban and peri-urban forests, enhances human health and wellbeing delivering a wide range of ecosystem services, including air quality improvement. In this research, we analyzed, in biophysical and monetary terms, the role of the UGI in removing PM10 and O-3 from the atmosphere in the Municipality of Ferrara using established removal models. We used a multiscale approach that includes geospatial data, field sampling and laboratory analysis. Then, using a local green areas database, we located public areas that could potentially undergo forestation actions without requiring any land conversion and evaluated the benefit in terms of ESs provision that these actions may exert. We found that, in 2019, the UGI in the Municipality of Ferrara removed about 19.8 Mg of PM10 and 8.6 Mg of O-3, for a monetary benefit of (sic) 2.12 million (sic) and 147*103 respectively. We then identified about 121 ha within the urban core of the Municipality that could potentially be forested. Such an action would increase the PM10 and O-3 removal by about 49% and 18%, respectively. Our findings comply with the EU Biodiversity strategy for 2030, which calls for the development of an ambitious greening plan for cities with more than 20,000 inhabitants.

Assessment of air pollutants removal by green infrastructure and urban and peri-urban forests management for a greening plan in the Municipality of Ferrara (Po river plain, Italy) / Nicoleta Muresan, Alexandra; Sebastiani, Alessandro; Gaglio, Mattias; Fano, Elisa Anna; Manes, Fausto. - In: ECOLOGICAL INDICATORS. - ISSN 1470-160X. - 135:(2022), pp. 1-10. [10.1016/j.ecolind.2022.108554]

Assessment of air pollutants removal by green infrastructure and urban and peri-urban forests management for a greening plan in the Municipality of Ferrara (Po river plain, Italy)

Alessandro Sebastiani;Elisa Anna Fano;Fausto Manes
2022

Abstract

Air pollution is a serious concern for human health and is even more worrying in areas that are known to be "pollution hotspots", such as the Po Plain in northern Italy. The Urban Green Infrastructure (UGI), which includes urban and peri-urban forests, enhances human health and wellbeing delivering a wide range of ecosystem services, including air quality improvement. In this research, we analyzed, in biophysical and monetary terms, the role of the UGI in removing PM10 and O-3 from the atmosphere in the Municipality of Ferrara using established removal models. We used a multiscale approach that includes geospatial data, field sampling and laboratory analysis. Then, using a local green areas database, we located public areas that could potentially undergo forestation actions without requiring any land conversion and evaluated the benefit in terms of ESs provision that these actions may exert. We found that, in 2019, the UGI in the Municipality of Ferrara removed about 19.8 Mg of PM10 and 8.6 Mg of O-3, for a monetary benefit of (sic) 2.12 million (sic) and 147*103 respectively. We then identified about 121 ha within the urban core of the Municipality that could potentially be forested. Such an action would increase the PM10 and O-3 removal by about 49% and 18%, respectively. Our findings comply with the EU Biodiversity strategy for 2030, which calls for the development of an ambitious greening plan for cities with more than 20,000 inhabitants.
2022
urban green infrastructure; regulating ecosystem services; biodiversity and urban green; air pollutants removal; urban green management; multi-scale experimental approach; PM10; O-3
01 Pubblicazione su rivista::01a Articolo in rivista
Assessment of air pollutants removal by green infrastructure and urban and peri-urban forests management for a greening plan in the Municipality of Ferrara (Po river plain, Italy) / Nicoleta Muresan, Alexandra; Sebastiani, Alessandro; Gaglio, Mattias; Fano, Elisa Anna; Manes, Fausto. - In: ECOLOGICAL INDICATORS. - ISSN 1470-160X. - 135:(2022), pp. 1-10. [10.1016/j.ecolind.2022.108554]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1684337
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