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Tropospheric Ozone Concentration in Russia in 2022
Atmospheric and Oceanic Optics Pub Date : 2023-12-01 , DOI: 10.1134/s1024856023060040
V. V. Andreev , M. Yu. Arshinov , B. D. Belan , S. B. Belan , D. K. Davydov , V. I. Demin , N. V. Dudorova , N. F. Elansky , G. S. Zhamsueva , A. S. Zayakhanov , R. V. Ivanov , G. A. Ivlev , A. V. Kozlov , L. V. Konovaltseva , M. Yu. Korenskiy , S. N. Kotel’nikov , I. N. Kuznetsova , V. A. Lapchenko , E. A. Lezina , V. A. Obolkin , O. V. Postylyakov , V. L. Potemkin , D. E. Savkin , E. G. Semutnikova , I. A. Senik , E. V. Stepanov , G. N. Tolmachev , A. V. Fofonov , T. V. Khodzher , I. V. Chelibanov , V. P. Chelibanov , V. V. Shirotov , K. A. Shukurov

Abstract

We consider the distribution of tropospheric ozone on the territory of Russia in 2022 using data from 33 stations located in different physical and geographical zones, as well as its vertical distribution from results of aircraft sensing. It was shown that measurements at all measurement sites exceeded the maximum permissible daily average concentrations, determined by the national hygienic standard. In some regions, the excess over the maximum permissible concentrations of the working zone and over the maximum one-time hourly average concentrations is recorded, so that the population should be broadly warned about the monitoring results and measures should be taken to reduce the level of ozone concentration in the surface air layer.



中文翻译:

2022年俄罗斯对流层臭氧浓度

摘要

我们使用来自不同物理和地理区域的 33 个站的数据以及飞机传感结果的垂直分布来考虑 2022 年俄罗斯境内对流层臭氧的分布。结果显示,所有测量点的测量值均超过国家卫生标准规定的最大允许日平均浓度。在一些地区,记录的超标浓度超过了工作区最高允许浓度和最高一次性每小时平均浓度,因此应广泛向公众通报监测结果,并采取措施降低污染物水平。表面空气层中的臭氧浓度。

更新日期:2023-12-01
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