Impact of Tropospheric Ozone Modulation Due To El Niño on Tides in the MLT

Masaru Kogure; Huixin Liu; Hidekatsu Jin

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Impact of Tropospheric Ozone Modulation Due To El Niño on Tides in the MLT

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Abstract To assess the impacts of the tropospheric ozone modulation due to El Niño on tides, we performed two simulations by using the Ground‐to‐topside Atmosphere Ionosphere model for Aeronomy model: zonally symmetric ozone density and longitudinal ozone variation of an El Niño pattern. Our results show that the ozone modulation strengthens (attenuates) the first symmetric mode of the DW2 (D0 and DW1) tide by ∼+5 (∼−1 and ∼−4) from ∼20 to ∼100 km altitudes on average. These responses are probably attributed to the tropospheric ozone modulation. These responses are reasonable because both the ozone modulation and these first modes have a peak at the equator. Also, the vertical wavelengths of the first modes are about twice as long as the vertical thickness of the ozone modulation. Our results suggest that the ozone modulation due to El Niño influences the diurnal tides by a few percent because of the ozone modulation spatial structure.

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《Geophysical Research Letters》 |2023年第6期|n/a-n/a|共7页
作者
Masaru Kogure; Huixin Liu; Hidekatsu Jin;
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作者单位

Kyushu University;

National Institute of Information and Communication Technology;

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原文格式 PDF
正文语种英语
中图分类地球物理学;
关键词
tide; ozone; El Niño;

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Impact of Tropospheric Ozone Modulation Due To El Niño on Tides in the MLT

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