Some observations of gravity-wave-induced structure in ozone
and water vapor during EASOE
GEOPHYSICAL
RESEARCH LETTERS, VOL. 21, NO. 13, PAGES 1483–1486, 1994
H. Teitelbaum, J. Ovarlez,
H. Kelder, and F. Lott
Abstract
During
the EASOE campaign, measurements were made of temperature and different
minor constituents, with the help of instrumented balloons. The
vertical profiles nearly always show small scale structures. Here we
show that on two different days a large part of these small scale
structure can be explained by the transport induced by waves. The ro^le
of waves is supported by a good correlation found between the small
scale structure of the minor constituents profiles and the temperature
profile. Furthermore on 11 December 1991 lidar measurements show the
trace of a wave on a polar stratospheric cloud (Godin
et al.
1993). Comparison of some of its characteristics with what was found in
water vapour and ozone measurement profiles carried out the same day,
confirm the ro^le of the wave in the minor constituent fluctuations.
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