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J. Waters, L. Froidevaux, R. Harwood, R. Jarnot, H. Pickett, W. Read, P. Siegel, R. Cofield, M. Filipiak, D. Flower, J. Holden, G. Lau, N. Livesey, G. Manney, H. Pumphrey, M. Santee, Dong Wu, D. Cuddy, Richard Lay, M. Loo, V. Perun, M. Schwartz, P. Stek, R. Thurstans, M. Boyles, K. Chandra, M. Chavez, Gun-Shing Chen, Bharat Chudasama, R. Dodge, R. Fuller, M. Girard, J. Jiang, Yibo Jiang, B. Knosp, R. LaBelle, J. Lam, K. Lee, D. Miller, J. Oswald, Navnit Patel, D. Pukala, O. Quintero, David Scaff, W. Snyder, M. Tope, P. Wagner, M. Walch (2006)
The Earth observing system microwave limb sounder (EOS MLS) on the aura SatelliteIEEE Transactions on Geoscience and Remote Sensing, 44
V N Marichev (2011)
Lidar investigations of stratospheric warming events above Tomsk in 2008–2010Opt. Atmosf. Okeana, 24
V N Marichev (2013)
Basic and Applied Scientific Problems. Vol. 6. Proc. VIII Intern. Symp
J. Barnett, M. Corney (1985)
Middle Atmosphere Reference Model Derived from Satellite Data, 16
V. Marichev, G. Matvienko, A. Lisenko, V. Iljushik, Y. Kulikov, A. Krasilnikov, V. Ryskin, B. Bychkov (2013)
First results of an integrated experiment on sounding the middle atmosphere in optical and millimeter wavelength ranges (over Tomsk)Atmospheric and Oceanic Optics, 26
G Brasseur, S Solomon (1986)
Aeronomy of the Middle Atmosphere
(1980)
Density and temperature profiles obtained by lidar between 35 and 75 km,
(2003)
Microwave detectors for diagnostics of trace gases in the Earth ’ s atmosphere
A. Krasil'nikov, Y. Kulikov, V. Ryskin, V. Demkin, L. Kukin, V. Mikhailovskii, V. Shanin, M. Sheiner, V. Shumilov, A. Shchitov (2011)
A new compact microwave spectroradiometer-ozonometerInstruments and Experimental Techniques, 54
(1988)
Lidar observation of stratospheric aerosol over West ern Siberia
Y. Kulikov, V. Ryskin, A. Krasil'nikov, L. Kukin (2005)
Microwave Observations of Ozone Variability in the High-Latitude Stratosphere in the 2002/2003 WinterRadiophysics and Quantum Electronics, 48
(2002)
Microwave studies of the structure of the polar latitude ozone layer during winter anomalous warming events in the stratosphere
(2011)
Lidar studies of features of winter warming events over Tomsk in 2010/11
We present the results of combined ground-based measurements of vertical ozone and temperature profiles with the use of microwave and lidar instrumentation during stratospheric warming. Marked variations in ozone concentration and temperature in the middle atmosphere are recorded during wintertime warming (December, 2012–January, 2013). The ozone concentration at altitude levels from 25 to 60 km increased by a factor of 1.5–2, with the amplitude of ozone variations substantially increased. The peak of the positive deviation of temperature from the monthly average value reached 70 K at a height of 30 km. The daily variations in ozone at a height of 60 km, associated with sunset and sunrise, were about 30%.
Atmospheric and Oceanic Optics – Springer Journals
Published: Nov 26, 2014
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