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Features of interannual variations of ozone in the middle stratosphere over Moscow according to observations at millimeter waves

机译:根据毫米波的观测,莫斯科上空平流层中臭氧的年际变化特征

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摘要

The features of interannual variations of ozone in the middle stratosphere over Moscow in cold half-years since 1995 to 2015 are considered. These features are most pronounced in two separated groups of winters (six winters in each group) in December-January. It appeared that the seasonal variation of ozone averaged within each group is characterized by a higher ozone concentration in group I (in comparison with group II) in December and lower values in January. The differences in the seasonal variation of ozone between these groups at the level of 10 mbar in December and January exceed 2 ppm. A feature of the stratosphere circulation for half-year group I is the existence of a stable polar vortex and the absence of strong midwinter perturbations and sudden stratospheric warmings. On the contrary, for cold half-years of group II, the appearance of strong stratospheric warmings in January-February is in common. The results presented provide a quantitative estimate of the effect of these stratospheric warmings on ozone of the middle stratosphere overMoscow.
机译:考虑了1995年至2015年以来寒冷的半年中,莫斯科上空平流层中臭氧的年际变化特征。这些特征在12月至1月的两个独立的冬季组(每组六个冬季)中最为明显。看来,各组平均臭氧的季节性变化的特征是12月份I组的臭氧浓度较高(与II组相比),1月较低。这些组之间的臭氧季节性变化差异在12月和1月为10 mbar,超过2 ppm。第一组半年的平流层环流的一个特征是存在稳定的极地涡流,并且没有强烈的冬季初扰动和平流层突然变暖。相反,对于第二组寒冷的半年,平流层在1月至2月出现强烈变暖现象是常见的。给出的结果提供了对这些平流层变暖对莫斯科中部平流层臭氧的影响的定量估计。

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