Diurnal Stratospheric Tide in Meridional Wind, 30 to 60 km by Season

G. D. Nastrom Control Data Corporation, Minneapolis, Minn. 55420

Search for other papers by G. D. Nastrom in
Current site
Google Scholar
PubMed
Close
and
A. D. Belmont Control Data Corporation, Minneapolis, Minn. 55420

Search for other papers by A. D. Belmont in
Current site
Google Scholar
PubMed
Close
Full access

Abstract

The diurnal component in meridional wind is estimated for each season at twelve rocket stations. Amplitudes and phases are presented as a function of height-latitude or as vertical profiles. Many of the gross features of the tide persist throughout the year, but as they migrate in height and latitude the amplitude or phase at a given location may undergo large changes with season. Longitudinal variations in the diurnal tide are found in the mid-stratosphere, and it is suggested they are coupled with longitudinal variations in the tropospheric temperature structure.

Abstract

The diurnal component in meridional wind is estimated for each season at twelve rocket stations. Amplitudes and phases are presented as a function of height-latitude or as vertical profiles. Many of the gross features of the tide persist throughout the year, but as they migrate in height and latitude the amplitude or phase at a given location may undergo large changes with season. Longitudinal variations in the diurnal tide are found in the mid-stratosphere, and it is suggested they are coupled with longitudinal variations in the tropospheric temperature structure.

Save