Abstract

The paper studies seasonal and long-term variability of the number of positive and negative anomalies of total ozone (TO) for the whole globe, the Northern Hemisphere, Russia, and the latitude zone it belongs. Satellite data are used for the research. It is found that the long-term variability of TO is significantly higher than the seasonal one and is caused by the slowest tidal oscillation with a period of 18.6 years and by the parametric resonance with it. The analysis of the residuals of results of seasonal and long-term simulations for similarity to white noise demonstrates that other contributions to these values, if present, are significantly below the detection threshold for modern global monitoring tools.

中文翻译：

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卫星资料分析总臭氧的异常分布和长期变化

摘要

本文研究了整个地球，北半球，俄罗斯及其所属的纬度区的总臭氧（TO）正负异常数的季节性和长期变化。卫星数据用于研究。研究发现，TO的长期变化明显高于季节性变化，这是由潮汐振荡最慢（周期为18.6年）和与之相关的参数共振引起的。对与白噪声相似的季节性和长期模拟结果残差的分析表明，对这些值的其他贡献（如果存在）显着低于现代全球监测工具的检测阈值。