From daily analyses of the prevailing wind at the mesopause region (about 95 km) oscillations in the period range of the so-called quasi 16-day wave are obtained that can be interpreted as the signal of these planetary waves in the wind field. Investigating these waves for the period of 1980 through 1997 in connection with the prevailing wind gives insight to the behaviour of planetary wave-mean flow interaction in the upper middle atmosphere. lt is found that in winter the planetary wave activity in the mesopause region is positively correlated with the zonal mean westerly wind, and negatively correlated with its mean vertical gradient. This means that strong planetary wave activity in the mesopause region is not necessarily connected wiht...
At the Collm Observatory of the University of Leipzig LF D1 low-frequency total reflection night-ti...
From daily mean winds observed with the MF radar in the mesosphere and lower thermosphere (80–100 km...
A network of 15 northern hemisphere radars has been used to measure horizontal winds in the mesosphe...
From daily analyses of the prevailing wind at the mesopause region (about 95 km) oscillations in the...
Long-period oscillations in the period range between 2-30 days, interpreted as planetary wave (PW) s...
Investigation of the wind regime during solstices (1998-1999) allowed the presentation of the vertic...
Daily analyses of the zonal and meridional prevailing wind at the mesopause ( - 95 km height) are in...
This thesis provides highlights of the atmospheric research conducted during the program of studies ...
Windmessungen im Mesopausenbereich über Mitteleuropa (Collm, 52°N, I5°E) werden im Hinblick auf Lang...
Investigation of wave interactions in heights of the upper mesosphere - lower thermosphere is accomp...
A meteor radar located at Sheffield in the UK has been used to measure wind oscillations with perio...
Climatologies of gravity waves, quasi-stationary planetary waves, and tides are compared in the uppe...
Complex studies with the use of spectrum and harmonic analysis allow determination of wave disturban...
At the Collm Observatory of the University of Leipzig LF D1 low-frequency total reflection night-ti...
From daily mean winds observed with the MF radar in the mesosphere and lower thermosphere (80–100 km...
A network of 15 northern hemisphere radars has been used to measure horizontal winds in the mesosphe...
From daily analyses of the prevailing wind at the mesopause region (about 95 km) oscillations in the...
Long-period oscillations in the period range between 2-30 days, interpreted as planetary wave (PW) s...
Investigation of the wind regime during solstices (1998-1999) allowed the presentation of the vertic...
Daily analyses of the zonal and meridional prevailing wind at the mesopause ( - 95 km height) are in...
This thesis provides highlights of the atmospheric research conducted during the program of studies ...
Windmessungen im Mesopausenbereich über Mitteleuropa (Collm, 52°N, I5°E) werden im Hinblick auf Lang...
Investigation of wave interactions in heights of the upper mesosphere - lower thermosphere is accomp...
A meteor radar located at Sheffield in the UK has been used to measure wind oscillations with perio...
Climatologies of gravity waves, quasi-stationary planetary waves, and tides are compared in the uppe...
Complex studies with the use of spectrum and harmonic analysis allow determination of wave disturban...
At the Collm Observatory of the University of Leipzig LF D1 low-frequency total reflection night-ti...
From daily mean winds observed with the MF radar in the mesosphere and lower thermosphere (80–100 km...
A network of 15 northern hemisphere radars has been used to measure horizontal winds in the mesosphe...