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Articles 151 - 152 of 152
Full-Text Articles in Atmospheric Sciences
On The Interaction Between Gravity Waves And Atmospheric Thermal Tides, Ryan Matthew Agner
On The Interaction Between Gravity Waves And Atmospheric Thermal Tides, Ryan Matthew Agner
Doctoral Dissertations and Master's Theses
Gravity waves and thermal tides are two of the most important dynamical features of the atmosphere. They are both generated in the lower atmosphere and propagate upward transporting energy and momentum to the upper atmosphere. This dissertation focuses on the interaction of these waves in the Mesosphere and Lower Thermosphere (MLT) region of the atmosphere using both observational data and Global Circulation Model (GCMs). The first part of this work focuses on observations of gravity wave interactions with the tides using both LIDAR data at the Star Fire Optical Range (SOR, 35_N, 106.5_W) and a meteor radar data at the …
Gravity Wave And Turbulence Transport In The Mesopause Region, Yafang Guo
Gravity Wave And Turbulence Transport In The Mesopause Region, Yafang Guo
Doctoral Dissertations and Master's Theses
Vertical transport due to dissipating gravity waves and turbulence in the mesopause region (85-100 km) are analyzed with observational data obtained from a narrow-band sodium wind/temperature lidar located at Andes Lidar Observatory (ALO), Cerro Pach´on (30.25 S, 70.73 W), Chile. The Na lidar at ALO has been in regular operation since 2010. The upgrade of the lidar system in May 2014 resulted in great improvements of the signal levels, which enabled data acquisition of high temporal and vertical resolutions reaching 6 s and 25 m. Traditional data processing utilizes signals at lower resolutions, typically at 60 s and 500 m, …