The role of atmospheric dispersion models is becoming increasingly relevant to assess air pollution urban pop ulation exposure for epidemiological studies. Estimating urban air quality is challenging, because of the intrinsic characteristics of cities atmospheric structure, such as high density of primary emissions and presence of local dispersion processes, that produce strong concentration gradients. Therefore, very high spatial resolution sim ulations may often be required to improve the accuracy of estimations.
A microscale hybrid modelling system to assess the air quality over a large portion of a large European city
Scondotto S;
2021-01-01
Abstract
The role of atmospheric dispersion models is becoming increasingly relevant to assess air pollution urban pop ulation exposure for epidemiological studies. Estimating urban air quality is challenging, because of the intrinsic characteristics of cities atmospheric structure, such as high density of primary emissions and presence of local dispersion processes, that produce strong concentration gradients. Therefore, very high spatial resolution sim ulations may often be required to improve the accuracy of estimations.File in questo prodotto:
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