Time spectral analysis of midlatitude disturbances in the Martian atmosphere

Physics

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Annual Variations, Atmospheric Pressure, Atmospheric Turbulence, Mars Atmosphere, Midlatitude Atmosphere, Spectrum Analysis, Viking 2 Spacecraft, Aerospace Environments, Atmospheric Temperature, Baroclinic Waves, Geostrophic Wind, Meridional Flow, Seasons, Wind Variations

Scientific paper

Time-spectral and cross-spectral analyses are used to investigate synoptic pressure variations in the Viking-2 pressure, wind, and temperature data for selected portions of the Mars fall, winter, and spring seasons. Estimates of the phase relationships between the highly coherent pressure, wind, and temperature oscillations are obtained, and found to be very similar to those expected for baroclinic waves and to those obtained from terrestrial surface data. Phase speeds and zonal wavenumbers are inferred by interpreting the pressure and meridional wind variations in terms of eastward-traveling quasi-geostrophic waves.

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