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Evaluation of a Year-Long Ozone Hindcast for 2006 as Part of a DEFRA Model Intercomparison

机译:评估2006年一年长的臭氧Hindcast,作为Defra模型相互作用的一部分

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A variant of the operational forecast configuration of the Met Office's newly developed Eulerian Air Quality Forecast Model was used to generate an air quality hindcast for 2006 as part of a DEFRA model intercomparison. Verification of predicted ozone concentrations was carried out by comparing against hourly observations from 15 rural and urban background sites spread over the UK. Models were primarily assessed statistically using standard metrics including bias, mean error, correlation, and fraction of predictions within a factor of 2 of observations for (a) all observations, and (b) periods of elevated ozone (>100 μg/m~3). We will present results showing that the Met Office model is competitive with other models for hourly ozone, but is best in class at modelling episodes of elevated ozone. The results indicate that the availability of high quality met data and interactive treatment of chemistry and meteorology are both important in modelling ozone episodes.
机译:MET Office的新开发的Eulerian空气质量预测模型的操作预测配置的变体用于为2006年产生空气质量的Hindcast,作为Defra模型相互作用的一部分。通过比较来自15家农村和城市背景网站的每小时观察,对预测的臭氧浓度进行验证。模型主要使用标准度量评估,包括标准度量,包括偏差,平均误差,相关性和预测的一系列预测,其所有观察结果的所有观察结果和(b)升高的臭氧(>100μg/ m〜3的时间因子)。我们将展示结果表明,MET Office模型与每小时臭氧的其他模型具有竞争力,但在升高的臭氧的模拟发作中最好课堂上。结果表明,在建模臭氧发作中,化学和气象的高质量符合数据和互动治疗的可用性在臭氧集中均具有重要意义。

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