This work discusses the impact of biogenic VOC (bVOC) emissions from an idealized park of Quercus ilex L. on the ozone ground concentration in a Mediterranean city located in southern Italy. Emissions were calculated as a function of leaf temperature and photosynthetically active radiation. Numerical simulations were performed for a week in July 2012 using the local-scale ADMS-Urban model coupled with the mesoscale model BOLCHEM. Preliminary results show that emitted bVOC lead to an increase of ozone concentration in the central hours of the day.
A Modeling Study of the Influence of Biogenic Emissions on Ozone Concentration in a Mediterranean City
Buccolieri R.Secondo
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2021-01-01
Abstract
This work discusses the impact of biogenic VOC (bVOC) emissions from an idealized park of Quercus ilex L. on the ozone ground concentration in a Mediterranean city located in southern Italy. Emissions were calculated as a function of leaf temperature and photosynthetically active radiation. Numerical simulations were performed for a week in July 2012 using the local-scale ADMS-Urban model coupled with the mesoscale model BOLCHEM. Preliminary results show that emitted bVOC lead to an increase of ozone concentration in the central hours of the day.File in questo prodotto:
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