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ThurairajahETAL_JGR2019

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posted on 2021-02-23, 17:36 authored by Brentha Thurairajah
An eight year data set of Gravity Wave (GW) momentum flux and amplitude has been computed for May, June, July and August of years 2007-2014 from the SABER/TIMED temperature measurements. This data in combination with GW data from the SOFIE instrument on the AIM satellite are used to analyze the influence of vertically vs obliquely propagating GWS on the summer polar mesosphere. The oblique propagation of GWs is confirmed using the GROGRAT ray-tracing simulations. The logs and data from the simulation results are also archived here. The data sets in this repository are the SABER and GROGRATS data analyzed to produce the corresponding Figures in the manuscript titled “Influence of gravity waves on the polar summer mesosphere: The role of obliquely propagating monsoon gravity waves” that has been submitted to the Journal of Geophysical Research in October 2019. IDL code to read the SABER and GROGRAT data sets are provided . Corresponding author: Dr. Brentha Thurairajah (brenthat@vt.edu).

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University Libraries, Virginia Tech

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  • English

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    Virginia Polytechnic Institute and State University

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    Keywords

    SABERgravity wavesGROGRATReadmeGravity WaveRead me file describing GROGRAT ray_paths filesRead me file describing netcdf filesGravity WavesSABER gravity wave data for year 2014SABRRIDL program to read the contents of the SABER netcdf filesSABER gravity wave data for year 2011SABER gravity wave data for year 2008SABER gravity wave data for year 2009SABER gravity wave data for year 2010SABER gravity wave data for year 2013SABER gravity wave data for year 2012SABER gravity wave data for June 2007SABER gravity wave data for May 2007SABER gravity wave data for July 2007SABER gravity wave data for August 2007IDL codeIDL read and plot routine for GROGRAT ray-pathsIDL subroutine for GROGRAT ray-pathsRay-pathsGROGRAT data for 1200 km horizontal wavelength and 40 m/s phase speedGROGRAT data for 1200 km horizontal wavelength and 20 m/s phase speedGROGRAT data for 1200 km horizontal wavelength and 00 m/s phase speedGROGRAT data for 1000 km horizontal wavelength and 20 m/s phase speedGROGRAT data for 200 km horizontal wavelength and 00 m/s phase speedGROGRAT data for 1000 km horizontal wavelength and 40 m/s phase speedGROGRAT data for 1000 km horizontal wavelength and 00 m/s phase speedGROGRAT data for 600 km horizontal wavelength and 20 m/s phase speedGROGRAT data for 800 km horizontal wavelength and 20 m/s phase speedGROGRAT data for 100 km horizontal wavelength and 00 m/s phase speedGROGRAT data for 400 km horizontal wavelength and 20 m/s phase speedGROGRAT data for 800 km horizontal wavelength and 00 m/s phase speedGROGRAT data for 600 km horizontal wavelength and 00 m/s phase speedGROGRAT data for 400 km horizontal wavelength and 00 m/s phase speedGROGRAT data for 800 km horizontal wavelength and 40 m/s phase speedGROGRAT data for 100 km horizontal wavelength and 20 m/s phase speedGROGRAT data for 100 km horizontal wavelength and 40 m/s phase speedGROGRAT data for 200 km horizontal wavelength and 40 m/s phase speedGROGRAT data for 600 km horizontal wavelength and 40 m/s phase speedGROGRAT data for 400 km horizontal wavelength and 40 m/s phase speedGROGRAT data for 200 km horizontal wavelength and 20 m/s phase speedThe role of obliquely propagating monsoon gravity waves on the polar summer mesosphere

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    CC BY 3.0 US

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