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Planetary Waves and Tides Found using Lomb-Scargle Periodogram Analysis of Rayleigh-Scatter Data above Utah State University
CEDAR Workshop, Sante Fe, NM
  • Karen L Nelson
  • Joshua P. Herron, Utah State University
  • Vincent B Wickwar, Utah State University
Document Type
Poster
Publication Date
7-27-2004
Disciplines
Abstract

Because of the significant gaps in nighttime-only data, traditional Fourier techniques are difficult to use to identify tides and short-period planetary waves (PWs). The Lomb-Scargle per- iodogram is a method that was developed by as- tronomers to identify oscillations in nighttime-only and otherwise incomplete data. For the same rea- sons, it is also a powerful tool for aeronomers. The Lomb-Scargle technique is described with particular emphasis on its application to nighttime- only lidar data. Because of the gaps in the data, attention is also placed on techniques used to identify aliasing in the Lomb-Scargle periodo- grams. The method is applied to mesospheric temperatures from the Rayleigh-scatter lidar at the Atmospheric Lidar Observatory (ALO; 41.7°N, 111.8°W) at Utah State University (USU).

Comments

Presented at the CEDAR Workshop, Sante Fe, NM. PDF of poster available for download from link above.

Citation Information
Nelson, K., Herron, J., & Wickwar, V. (2004, July 27). Planetary Waves and Tides Found using Lomb-Scargle Periodogram Analysis of Rayleigh-Scatter Data above Utah State University. Presented at the CEDAR Workshop, Sante Fe, NM.