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O_3 Profiles From GOME Satellite Data-I: Comparison with Ozonesonde Measurements

机译:来自国美卫星数据I的O_3资料:与臭氧探空仪测量结果的比较

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摘要

Ozone profiles on a global scale can be derived from GOME satellite data by minimizing the difference between the measured and the corresponding simulated spectra as a function of the vertical distribution of O_3. For this purpose the FUll Retrieval Method (FURM) was developed, which is based on the optimal estimation approach and contains the radiative transfer code GOMETRAN as an essential component. The quality of the GOME ozone profiles is assessed by comparing them with 197 coincident ozonesonde measurements at five selected European stations. The comparison results show that the seasonal ozone variations are very well reproduced by the GOME profiles. The agreement between the GOME and the sonde measurements is best above 18 km altitude where the mean relative difference is below 10% and the root mean square of the relative differences is of the order of 10%. Larger differences occur in the tropopause region and lowermost stratosphere where the natural ozone variability is largest.
机译:通过最小化作为O_3垂直分布的函数的实测光谱和相应的模拟光谱之间的差异,可以从GOME卫星数据中得出全球范围的臭氧剖面。为此,开发了FUll检索方法(FURM),该方法基于最佳估计方法,并且包含辐射转移代码GOMETRAN作为基本组成部分。通过将其与五个选定的欧洲站点的197次一致臭氧探空仪测量值进行比较,来评估GOME臭氧剖面的质量。比较结果表明,国美资料很好地再现了季节性臭氧变化。 GOME和探空仪测量值之间的一致性最好是在18 km高度以上,其中平均相对差低于10%,相对差的均方根约为10%。在对流层顶区域和最低平流层的自然臭氧变化最大的地区,差异更大。

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