Effects of Uncertainties in Meteorological Inputs on Urban Airshed Model Predictions and Ozone Control Strategies

SISTLA G.
ZHOU N.
HAO W.
KU J.-y.
RAO S.t.
BORNSTEIN R.
FREEDMAN F.
THUNIS Philippe

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Publication date

January 1996

DOI

10.1016/1352-2310(95)00268-5

ISSN

1352-2310

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Abstract

although well-recognized within the photochemical modelling community, the effect of uncertainties in meteorological input on the urban airshed model (UAM) output has not been systematically evaluated. In this study, the UAM has been applied to investigate the sensitivity of ozone predictions to the choices in wind fields and mixing height profiles for the data-sparse New York metropolitan area.JRC.(EI)-Environment Institut

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Effects of Uncertainties in Meteorological Inputs on Urban Airshed Model Predictions and Ozone Control Strategies

Abstract

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Effects of Uncertainties in Meteorological Inputs on Urban Airshed Model Predictions and Ozone Control Strategies

Abstract

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