[ncl-talk] TIMED/SABER NASA Data
Verena Lili
verena.prick at gmail.com
Thu Dec 11 14:03:58 MST 2014
Dear NCL,
I'd like to extract the kinetic temperature variable for each netcdf file
provided by TIMED/SABER team. Unfortunately, they only have an IDL
converter tool (subroutine) to regrid the netcdf output into the standard
grid and height (km), So,, is there any solution to convert these data
using ncl?
Thank you.
===
The example data is here:
ftp://saber.gats-inc.com/custom/Temp_O3/v1.07/SABER_Temp_O3_April2002_v1.07.nc
=====
Copyright (C) 1995-2014 - All Rights Reserved
University Corporation for Atmospheric Research
NCAR Command Language Version 6.2.0
The use of this software is governed by a License Agreement.
See http://www.ncl.ucar.edu/ for more details.
Variable: f
Type: file
filename: SABER_Temp_O3_April2003_v1.07
path: SABER_Temp_O3_April2003_v1.07.nc
file global attributes:
Title : SABER Custom Level2A Product!
Data_Product_Type : Processed Level2A
Mission : TIMED
Software_Name : ./Level2a
Software_Version : 01.07
Calibration_Version : 01.07
Product_Format_Version : 003
Data_Product_Version : 01.07
dimensions:
altitude = 370
vector = 3
event = 32577
variables:
integer orbit ( event )
integer date ( event )
long_name : Date [yyyyddd]
units : yyyyddd
integer time ( event, altitude )
long_name : Msec Since Midnight
units : msec
float tpaltitude ( event, altitude )
long_name : Tangent-Point Altitude
units : km
float tplatitude ( event, altitude )
long_name : Tangent-Point Latitude
units : degrees
float tplongitude ( event, altitude )
long_name : Tangent-Point Longitude
units : degrees
float tpgpaltitude ( event, altitude )
long_name : Tangent-Point Geopotential Altitude
units : km
float tpSolarLT ( event, altitude )
long_name : Tangent-Point Local-Solar Time
units : msec
float tpSolarZen ( event, altitude )
long_name : Tangent-Point Solar-Zenith Angle
units : degrees
float pressure ( event, altitude )
long_name : Pressure
units : mbar
float density ( event, altitude )
long_name : Atmospheric Density
units : 1/cm^3
* float ktemp ( event, altitude )*
* long_name : Kinetic Temperature*
* units : K*
float O3_96 ( event, altitude )
long_name : O3 Mixing Ratio 9.6um
units : unitless
float O3_127 ( event, altitude )
long_name : O3 Mixing Ratio 1.27um Channel
units : unitless
--
Regards,
Dr. Verena.
School of Marine and Atmospheric Sciences
Stony Brook University
homepage: http://www.somas.stonybrook.edu/
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