The paper deals with long-term means of 557.7 nm atomic oxygen emission intensity [OI], air temperature and wind speed within the mesopause over the southern regions of East Siberia. Data on temperature and emission parameters were obtained from SABER/TIMED radiometer, KEO Scientific «Arinae» Fabry–Pérot interferometer, SATI spectrometer and NRLMSIS model over the Tory Geophysical Observatory (52° N, 103° E). Annual variations of 557.7 nm emission intensity and temperature obtained in observations differs from model approximations. Potential reasons for the revealed discrepancies are discussed.
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