Dataset Information

keywords: ATMOSPHERE > ATMOSPHERIC TEMPERATURE > UPPER AIR TEMPERATURE, ATMOSPHERE > ATMOSPHERIC WATER VAPOR > WATER VAPOR
Conventions: CF-1.6, ACDD-1.3
source: AIRS and AMSU-A instrument telemetry
comment:
acknowledgment: Support for this research was provided by NASA.
standard_name_vocabulary: CF Standard Name Table v28
project: Sounder SIPS
product_name_project: SNDR
geospatial_bounds: POLYGON ((-180.0 -90.0, 180.0 -90.0, 180.0 90.0, -180.0 90.0, -180.0 -90.0))
geospatial_bounds_crs: EPSG:4326
geospatial_lat_min: -90.0000000
geospatial_lat_max: 90.0000000
geospatial_lon_min: -180.000000
geospatial_lon_max: 180.000000
time_coverage_duration: P0000-00-01T00:00:00
creator_type: institution
keywords_vocabulary: GCMD:GCMD Keywords
platform: AQUA > Earth Observing System
platform_vocabulary: GCMD:GCMD Keywords
instrument: AIRS > Atmospheric Infrared Sounder, AMSU-A > Advanced Microwave Sounding Unit-A
instrument_vocabulary: GCMD:GCMD Keywords
product_name_instr: AIRS_IM
product_name_extension: nc
featureType: point
data_structure: grid
cdm_data_type: Grid
format_version: v02.02.04
title: Level-3 CLIMCAPS AIRS with AMSU-A
summary: The Level-3 CLIMCAPS daily product includes atmospheric state retrieval products from the CLIMCAPS algorithm for one day. These include temperature and water vapor profiles as well as cloud and surface products and minor gases.
references:
history: Created on 2021-06-06 by L2 CLIMCAPS RETRIEVAL PGE at Sounder SIPS: GES DISC 2021-06-06T05:42:58 s4pmops crimss_postproc.pro v016 gran=20021114T0529; Created on 2021-06-18T17:23:00Z by L3 DAILY S AQUA CLIMCAPS Sounder SIPS: GES DISC, version v02_38
processing_level: L3 gridding with Specific QC screening applied per data variable based on the *_qc flags in L2. Observations are included when *_qc values are 0 or 1.
product_name_type_id: L3_CLIMCAPS_QCS
license: Freely Distributed
date_created: 2021-06-18T17:23:00Z
creator_name: Sounder SIPS: GES DISC
creator_email: gsfc-help-disc@lists.nasa.gov
creator_url: http://disc.sci.gsfc.nasa.gov/
institution: Goddard Space Flight Center - National Aeronautics and Space Administration
publisher_name: Goddard Earth Science Data and Information Services Center
publisher_email: gsfc-help-disc@lists.nasa.gov
publisher_url: http://disc.sci.gsfc.nasa.gov/
time_coverage_start: 2002-11-14T13:30:00.000Z
time_of_first_valid_obs: 2002-11-14T09:06:34.998189Z
time_coverage_mid: 2002-11-15T07:30:00.000000Z
time_coverage_end: 2002-11-16T01:30:00.000Z
time_of_last_valid_obs: 2002-11-16T07:17:38.998189Z
product_name_duration: D01
creator_institution: Goddard Space Flight Center - National Aeronautics and Space Administration
product_version: v02.38.00
product_name_platform: AQUA
product_name: SNDR.AQUA.AIRS_IM.20021115.D01.L3_CLIMCAPS_QCS.std.v02_38.G.210618172300.nc
product_name_variant: std
product_name_version: v02_38
product_name_producer: G
product_name_timestamp: 210618172300
gran_id: 20021115
id: 10.5067/1J4UCYY49IW4
naming_authority: http://dx.doi.org/
identifier_product_doi: 10.5067/1J4UCYY49IW4
identifier_product_doi_authority: http://dx.doi.org/
algorithm_version: L2: CLIMCAPS v02.01.00 Aqua AIRS+AMSU; L3_CLIMCAPS_QCS Daily: v02_38
production_host: Linux ac27-local 3.10.0-1160.25.1.el7.x86_64 #1 SMP Wed Apr 28 21:49:45 UTC 2021 x86_64 x86_64 x86_64 GNU/Linux
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SNDRAQIML2CCPRET.A2002320.0147.2.2021169134731.hdf; SNDRAQIML2CCPRET.A2002320.0153.2.2021169134739.hdf; SNDRAQIML2CCPRET.A2002320.0159.2.2021169134729.hdf; SNDRAQIML2CCPRET.A2002320.0205.2.2021169134722.hdf; SNDRAQIML2CCPRET.A2002320.0211.2.2021169134722.hdf; SNDRAQIML2CCPRET.A2002320.0217.2.2021169134728.hdf; SNDRAQIML2CCPRET.A2002320.0223.2.2021169134726.hdf; SNDRAQIML2CCPRET.A2002320.0229.2.2021169134727.hdf; SNDRAQIML2CCPRET.A2002320.0235.2.2021169134723.hdf; SNDRAQIML2CCPRET.A2002320.0241.2.2021169134723.hdf; SNDRAQIML2CCPRET.A2002320.0247.2.2021169134727.hdf; SNDRAQIML2CCPRET.A2002320.0253.2.2021169134723.hdf; SNDRAQIML2CCPRET.A2002320.0259.2.2021169134731.hdf; SNDRAQIML2CCPRET.A2002320.0305.2.2021169134737.hdf; SNDRAQIML2CCPRET.A2002320.0311.2.2021169134724.hdf; SNDRAQIML2CCPRET.A2002320.0317.2.2021169134730.hdf; SNDRAQIML2CCPRET.A2002320.0323.2.2021169134729.hdf; SNDRAQIML2CCPRET.A2002320.0329.2.2021169134722.hdf; SNDRAQIML2CCPRET.A2002320.0335.2.2021169134733.hdf; SNDRAQIML2CCPRET.A2002320.0341.2.2021169134737.hdf; SNDRAQIML2CCPRET.A2002320.0347.2.2021169134730.hdf; SNDRAQIML2CCPRET.A2002320.0353.2.2021169134727.hdf; SNDRAQIML2CCPRET.A2002320.0359.2.2021169134724.hdf; SNDRAQIML2CCPRET.A2002320.0405.2.2021169134727.hdf; SNDRAQIML2CCPRET.A2002320.0411.2.2021169134736.hdf; SNDRAQIML2CCPRET.A2002320.0417.2.2021169134722.hdf; SNDRAQIML2CCPRET.A2002320.0423.2.2021169134724.hdf; SNDRAQIML2CCPRET.A2002320.0429.2.2021169134738.hdf; SNDRAQIML2CCPRET.A2002320.0435.2.2021169134723.hdf; SNDRAQIML2CCPRET.A2002320.0441.2.2021169134735.hdf; SNDRAQIML2CCPRET.A2002320.0447.2.2021169134737.hdf; SNDRAQIML2CCPRET.A2002320.0453.2.2021169134737.hdf; SNDRAQIML2CCPRET.A2002320.0459.2.2021169134724.hdf; SNDRAQIML2CCPRET.A2002320.0505.2.2021169134726.hdf; SNDRAQIML2CCPRET.A2002320.0511.2.2021169134735.hdf; SNDRAQIML2CCPRET.A2002320.0517.2.2021169134741.hdf; SNDRAQIML2CCPRET.A2002320.0523.2.2021169134728.hdf; SNDRAQIML2CCPRET.A2002320.0529.2.2021169134733.hdf; SNDRAQIML2CCPRET.A2002320.0535.2.2021169134736.hdf; SNDRAQIML2CCPRET.A2002320.0541.2.2021169134728.hdf; SNDRAQIML2CCPRET.A2002320.0547.2.2021169134725.hdf; SNDRAQIML2CCPRET.A2002320.0553.2.2021169134726.hdf; SNDRAQIML2CCPRET.A2002320.0559.2.2021169134728.hdf; SNDRAQIML2CCPRET.A2002320.0605.2.2021169134731.hdf; SNDRAQIML2CCPRET.A2002320.0611.2.2021169134734.hdf; SNDRAQIML2CCPRET.A2002320.0617.2.2021169134735.hdf; SNDRAQIML2CCPRET.A2002320.0623.2.2021169134736.hdf; SNDRAQIML2CCPRET.A2002320.0629.2.2021169134740.hdf; SNDRAQIML2CCPRET.A2002320.0635.2.2021169134727.hdf; SNDRAQIML2CCPRET.A2002320.0641.2.2021169134725.hdf; SNDRAQIML2CCPRET.A2002320.0647.2.2021169134722.hdf; SNDRAQIML2CCPRET.A2002320.0653.2.2021169134730.hdf; SNDRAQIML2CCPRET.A2002320.0659.2.2021169134726.hdf; SNDRAQIML2CCPRET.A2002320.0705.2.2021169134733.hdf; SNDRAQIML2CCPRET.A2002320.0711.2.2021169134739.hdf; SNDRAQIML2CCPRET.A2002320.0717.2.2021169134733.hdf; SNDRAQIML2CCPRET.A2002320.0723.2.2021169134734.hdf; SNDRAQIML2CCPRET.A2002320.0729.2.2021169134733.hdf; SNDRAQIML2CCPRET.A2002320.0735.2.2021169134734.hdf; SNDRAQIML2CCPRET.A2002320.0741.2.2021169134734.hdf; SNDRAQIML2CCPRET.A2002320.0747.2.2021169134723.hdf; SNDRAQIML2CCPRET.A2002320.0753.2.2021169134729.hdf; SNDRAQIML2CCPRET.A2002320.0759.2.2021169134729.hdf; SNDRAQIML2CCPRET.A2002320.0805.2.2021169134728.hdf; SNDRAQIML2CCPRET.A2002320.0811.2.2021169134723.hdf; SNDRAQIML2CCPRET.A2002320.0817.2.2021169134736.hdf; SNDRAQIML2CCPRET.A2002320.0823.2.2021169134730.hdf; SNDRAQIML2CCPRET.A2002320.0829.2.2021169134726.hdf; SNDRAQIML2CCPRET.A2002320.0835.2.2021169134735.hdf; SNDRAQIML2CCPRET.A2002320.0841.2.2021169134740.hdf; SNDRAQIML2CCPRET.A2002320.0847.2.2021169134722.hdf; SNDRAQIML2CCPRET.A2002320.0853.2.2021169134735.hdf; SNDRAQIML2CCPRET.A2002320.0859.2.2021169134726.hdf; SNDRAQIML2CCPRET.A2002320.0905.2.2021169134741.hdf; SNDRAQIML2CCPRET.A2002320.0911.2.2021169134739.hdf; SNDRAQIML2CCPRET.A2002320.0917.2.2021169134736.hdf; SNDRAQIML2CCPRET.A2002320.0923.2.2021169134731.hdf; SNDRAQIML2CCPRET.A2002320.0929.2.2021169134732.hdf; SNDR.AQUA.AIRS_IM.L3_Daily_CLIMCAPS.apf.200414000000.xml; l3_climcaps_airs_irmw_day_200526000000.nc;
input_file_types: AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; AIRS_IM_L2; L3_AlgParam; L3_Template;
input_file_dates: 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 2002-11-14; 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2002-11-15; 2002-11-15; 2002-11-15; 2002-11-15; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; 2002-11-16; N/A; N/A;
AutomaticQualityFlag: Passed
qa_no_data: FALSE
shortname: SNDRAQIML3SDCCP
metadata_link: http://disc.sci.gsfc.nasa.gov/

Variables in this Dataset

air_pres: Array of 32 bit Reals [air_pres = 0..99]
valid_range: 0.00000000, 120000.000
long_name: pressure levels
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
standard_name: air_pressure
axis: Z
units: Pa
description: pressure levels
air_pres_h2o: Array of 32 bit Reals [air_pres_h2o = 0..65]
valid_range: 0.00000000, 120000.000
long_name: H2O pressure levels
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
standard_name: air_pressure
axis: Z
units: Pa
description: H2O vapor pressure levels
air_temp: Grid
units: Kelvin
ancillary_variables: air_temp_nobs air_temp_sdev
valid_range: 100.000000, 400.000000
long_name: air temperature profile
standard_name: air_temperature
coordinates: orbit_pass obs_time_tai93 air_pres lon lat
description: air temperature profile on 100 levels
_FillValue: 9.96920997e+36
AIRS_HDF_name: TAirSup
cell_methods: area: mean
coverage_content_type: physicalMeasurement
air_temp: Array of 32 bit Reals [orbit_pass = 0..1][air_pres = 0..99][lat = 0..179][lon = 0..359]
units: Kelvin
ancillary_variables: air_temp_nobs air_temp_sdev
valid_range: 100.000000, 400.000000
long_name: air temperature profile
standard_name: air_temperature
coordinates: orbit_pass obs_time_tai93 air_pres lon lat
description: air temperature profile on 100 levels
_FillValue: 9.96920997e+36
AIRS_HDF_name: TAirSup
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
air_pres: Array of 32 bit Reals [air_pres = 0..99]
valid_range: 0.00000000, 120000.000
long_name: pressure levels
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
standard_name: air_pressure
axis: Z
units: Pa
description: pressure levels
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
surf_air_temp: Grid
units: Kelvin
ancillary_variables: surf_air_temp_nobs surf_air_temp_sdev
valid_range: 100.000000, 400.000000
long_name: near-surface temperature
standard_name: air_temperature
coordinates: orbit_pass obs_time_tai93 lon lat
description: near-surface air temperature (~2 meters above surface)
_FillValue: 9.96920997e+36
AIRS_HDF_name: SurfAirTemp
cell_methods: area: mean
coverage_content_type: physicalMeasurement
surf_air_temp: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: Kelvin
ancillary_variables: surf_air_temp_nobs surf_air_temp_sdev
valid_range: 100.000000, 400.000000
long_name: near-surface temperature
standard_name: air_temperature
coordinates: orbit_pass obs_time_tai93 lon lat
description: near-surface air temperature (~2 meters above surface)
_FillValue: 9.96920997e+36
AIRS_HDF_name: SurfAirTemp
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
surf_temp: Grid
units: Kelvin
ancillary_variables: surf_temp_nobs surf_temp_sdev
valid_range: 100.000000, 400.000000
long_name: surface skin temperature
standard_name: surface_temperature
coordinates: orbit_pass obs_time_tai93 lon lat
description: radiative temperature of the surface
_FillValue: 9.96920997e+36
AIRS_HDF_name: SurfSkinTemp
cell_methods: area: mean
coverage_content_type: physicalMeasurement
surf_temp: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: Kelvin
ancillary_variables: surf_temp_nobs surf_temp_sdev
valid_range: 100.000000, 400.000000
long_name: surface skin temperature
standard_name: surface_temperature
coordinates: orbit_pass obs_time_tai93 lon lat
description: radiative temperature of the surface
_FillValue: 9.96920997e+36
AIRS_HDF_name: SurfSkinTemp
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
h2o_vap_tot: Grid
units: kg / m2
ancillary_variables: h2o_vap_tot_nobs h2o_vap_tot_sdev
long_name: total water vapor
standard_name: atmosphere_mass_content_of_water_vapor
coordinates: orbit_pass obs_time_tai93 lon lat
description: total precipitable water vapor
_FillValue: 9.96920997e+36
AIRS_HDF_name: totH2OVap
cell_methods: area: mean
coverage_content_type: physicalMeasurement
h2o_vap_tot: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: kg / m2
ancillary_variables: h2o_vap_tot_nobs h2o_vap_tot_sdev
long_name: total water vapor
standard_name: atmosphere_mass_content_of_water_vapor
coordinates: orbit_pass obs_time_tai93 lon lat
description: total precipitable water vapor
_FillValue: 9.96920997e+36
AIRS_HDF_name: totH2OVap
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
spec_hum: Grid
units: kg / kg
ancillary_variables: spec_hum_nobs spec_hum_sdev
valid_range: 0.00000000, 200.000000
long_name: specific humidity
standard_name: specific_humidity
coordinates: orbit_pass obs_time_tai93 air_pres_h2o lon lat
description: mass fraction of water vapor in moist air
_FillValue: 9.96920997e+36
AIRS_HDF_name: H2OMMRLevSup
cell_methods: area: mean
coverage_content_type: physicalMeasurement
spec_hum: Array of 32 bit Reals [orbit_pass = 0..1][air_pres_h2o = 0..65][lat = 0..179][lon = 0..359]
units: kg / kg
ancillary_variables: spec_hum_nobs spec_hum_sdev
valid_range: 0.00000000, 200.000000
long_name: specific humidity
standard_name: specific_humidity
coordinates: orbit_pass obs_time_tai93 air_pres_h2o lon lat
description: mass fraction of water vapor in moist air
_FillValue: 9.96920997e+36
AIRS_HDF_name: H2OMMRLevSup
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
air_pres_h2o: Array of 32 bit Reals [air_pres_h2o = 0..65]
valid_range: 0.00000000, 120000.000
long_name: H2O pressure levels
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
standard_name: air_pressure
axis: Z
units: Pa
description: H2O vapor pressure levels
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
rel_hum: Grid
units: 1
ancillary_variables: rel_hum_nobs rel_hum_sdev
valid_range: 0.00000000, 2.00000000
long_name: relative humidity profile
standard_name: relative_humidity
coordinates: orbit_pass obs_time_tai93 air_pres_h2o lon lat
description: relative humidity over equilibrium phase
_FillValue: 9.96920997e+36
AIRS_HDF_name: RelHum
cell_methods: area: mean
coverage_content_type: physicalMeasurement
rel_hum: Array of 32 bit Reals [orbit_pass = 0..1][air_pres_h2o = 0..65][lat = 0..179][lon = 0..359]
units: 1
ancillary_variables: rel_hum_nobs rel_hum_sdev
valid_range: 0.00000000, 2.00000000
long_name: relative humidity profile
standard_name: relative_humidity
coordinates: orbit_pass obs_time_tai93 air_pres_h2o lon lat
description: relative humidity over equilibrium phase
_FillValue: 9.96920997e+36
AIRS_HDF_name: RelHum
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
air_pres_h2o: Array of 32 bit Reals [air_pres_h2o = 0..65]
valid_range: 0.00000000, 120000.000
long_name: H2O pressure levels
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
standard_name: air_pressure
axis: Z
units: Pa
description: H2O vapor pressure levels
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
gp_hgt: Grid
units: m
ancillary_variables: gp_hgt_nobs gp_hgt_sdev
valid_range: -200.000000, 100000.000
long_name: geopotential height
standard_name: geopotential_height
coordinates: orbit_pass obs_time_tai93 lon lat
description: Geopotential is the sum of the specific gravitational potential energy relative to the geoid and the specific centripetal potential energy. Geopotential height is the geopotential divided by the standard acceleration due to gravity.
_FillValue: 9.96920997e+36
AIRS_HDF_name: GPHeight
cell_methods: area: mean
coverage_content_type: physicalMeasurement
gp_hgt: Array of 32 bit Reals [orbit_pass = 0..1][air_pres = 0..99][lat = 0..179][lon = 0..359]
units: m
ancillary_variables: gp_hgt_nobs gp_hgt_sdev
valid_range: -200.000000, 100000.000
long_name: geopotential height
standard_name: geopotential_height
coordinates: orbit_pass obs_time_tai93 lon lat
description: Geopotential is the sum of the specific gravitational potential energy relative to the geoid and the specific centripetal potential energy. Geopotential height is the geopotential divided by the standard acceleration due to gravity.
_FillValue: 9.96920997e+36
AIRS_HDF_name: GPHeight
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
air_pres: Array of 32 bit Reals [air_pres = 0..99]
valid_range: 0.00000000, 120000.000
long_name: pressure levels
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
standard_name: air_pressure
axis: Z
units: Pa
description: pressure levels
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
o3_tot: Grid
units: kg / m2
ancillary_variables: o3_tot_nobs o3_tot_sdev
long_name: total ozone
standard_name: atmosphere_mass_content_of_ozone
coordinates: orbit_pass obs_time_tai93 lon lat
description: Total column ozone. (Multiply by 4.670e5 to convert to Dobson Units from kg m^-2)
_FillValue: 9.96920997e+36
AIRS_HDF_name: TotO3
cell_methods: area: mean
coverage_content_type: physicalMeasurement
o3_tot: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: kg / m2
ancillary_variables: o3_tot_nobs o3_tot_sdev
long_name: total ozone
standard_name: atmosphere_mass_content_of_ozone
coordinates: orbit_pass obs_time_tai93 lon lat
description: Total column ozone. (Multiply by 4.670e5 to convert to Dobson Units from kg m^-2)
_FillValue: 9.96920997e+36
AIRS_HDF_name: TotO3
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
ch4_mmr_midtrop: Grid
units: kg / kg
ancillary_variables: ch4_mmr_midtrop_nobs ch4_mmr_midtrop_sdev
long_name: CH4 midtroposphere MMR to dry air
standard_name: mass_fraction_of_methane_in_air
coordinates: orbit_pass obs_time_tai93 lon lat
description: Methane mass mixing ratio to dry air at 40000 Pa, near the peak of sensitivity
_FillValue: 9.96920997e+36
cell_methods: area: mean
coverage_content_type: physicalMeasurement
ch4_mmr_midtrop: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: kg / kg
ancillary_variables: ch4_mmr_midtrop_nobs ch4_mmr_midtrop_sdev
long_name: CH4 midtroposphere MMR to dry air
standard_name: mass_fraction_of_methane_in_air
coordinates: orbit_pass obs_time_tai93 lon lat
description: Methane mass mixing ratio to dry air at 40000 Pa, near the peak of sensitivity
_FillValue: 9.96920997e+36
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
co_mmr_midtrop: Grid
units: kg / kg
ancillary_variables: co_mmr_midtrop_nobs co_mmr_midtrop_sdev
long_name: CO midtroposphere MMR to dry air
standard_name: mass_fraction_of_carbon_monoxide_in_air
coordinates: orbit_pass obs_time_tai93 lon lat
description: Carbon Monoxide mass mixing ratio to dry air at 50000 Pa, near the peak of sensitivity
_FillValue: 9.96920997e+36
cell_methods: area: mean
coverage_content_type: physicalMeasurement
co_mmr_midtrop: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: kg / kg
ancillary_variables: co_mmr_midtrop_nobs co_mmr_midtrop_sdev
long_name: CO midtroposphere MMR to dry air
standard_name: mass_fraction_of_carbon_monoxide_in_air
coordinates: orbit_pass obs_time_tai93 lon lat
description: Carbon Monoxide mass mixing ratio to dry air at 50000 Pa, near the peak of sensitivity
_FillValue: 9.96920997e+36
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
co2_vmr_uppertrop: Grid
units: m3 / m3
ancillary_variables: co2_vmr_uppertrop_nobs co2_vmr_uppertrop_sdev
long_name: CO2 upper troposphere VMR
coordinates: orbit_pass obs_time_tai93 lon lat
description: Carbon Monoxide volume mixing ratio to dry air between 20,000-50,000 Pa, near the peak of sensitivity
_FillValue: 9.96920997e+36
cell_methods: area: mean
coverage_content_type: physicalMeasurement
co2_vmr_uppertrop: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: m3 / m3
ancillary_variables: co2_vmr_uppertrop_nobs co2_vmr_uppertrop_sdev
long_name: CO2 upper troposphere VMR
coordinates: orbit_pass obs_time_tai93 lon lat
description: Carbon Monoxide volume mixing ratio to dry air between 20,000-50,000 Pa, near the peak of sensitivity
_FillValue: 9.96920997e+36
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
surf_ir_emis: Grid
units: 1
ancillary_variables: surf_ir_emis_nobs surf_ir_emis_sdev
valid_range: 0.00000000, 1.00000000
long_name: IR surface emissivity
standard_name: surface_longwave_emissivity
coordinates: orbit_pass obs_time_tai93 lon lat
description: infrared surface emissivity
_FillValue: 9.96920997e+36
AIRS_HDF_name: EmisIR
cell_methods: area: mean
coverage_content_type: physicalMeasurement
surf_ir_emis: Array of 32 bit Reals [orbit_pass = 0..1][surf_wnum_ir = 0..3][lat = 0..179][lon = 0..359]
units: 1
ancillary_variables: surf_ir_emis_nobs surf_ir_emis_sdev
valid_range: 0.00000000, 1.00000000
long_name: IR surface emissivity
standard_name: surface_longwave_emissivity
coordinates: orbit_pass obs_time_tai93 lon lat
description: infrared surface emissivity
_FillValue: 9.96920997e+36
AIRS_HDF_name: EmisIR
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
surf_wnum_ir: Array of 32 bit Reals [surf_wnum_ir = 0..3]
units: cm-1
valid_range: 100.000000, 3000.00000
long_name: IR surface emissivity frequencies
standard_name: sensor_band_central_radiation_wavenumber
description: Infrared surface emissivity frequencies
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
cld_frac: Grid
units: 1
ancillary_variables: cld_frac_nobs
valid_range: 0.00000000, 1.00000000
long_name: cloud fraction
standard_name: cloud_area_fraction
coordinates: orbit_pass obs_time_tai93 lon lat
description: effective cloud fraction
_FillValue: 9.96920997e+36
AIRS_HDF_name: CloudFrc
cell_methods: area: mean
coverage_content_type: physicalMeasurement
cld_frac: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: 1
ancillary_variables: cld_frac_nobs
valid_range: 0.00000000, 1.00000000
long_name: cloud fraction
standard_name: cloud_area_fraction
coordinates: orbit_pass obs_time_tai93 lon lat
description: effective cloud fraction
_FillValue: 9.96920997e+36
AIRS_HDF_name: CloudFrc
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
lay_cld_frac: Grid
units: 1
ancillary_variables: cld_frac_nobs
valid_range: 0.00000000, 1.00000000
long_name: layer cloud fraction
standard_name: cloud_area_fraction
coordinates: orbit_pass obs_time_tai93 lon lat cld_pres_lay_lbl
description: coarse layer effective cloud fraction
_FillValue: 9.96920997e+36
AIRS_HDF_name: CoarseCloudFrc
cell_methods: area: mean
coverage_content_type: physicalMeasurement
lay_cld_frac: Array of 32 bit Reals [orbit_pass = 0..1][cld_pres_lay = 0..2][lat = 0..179][lon = 0..359]
units: 1
ancillary_variables: cld_frac_nobs
valid_range: 0.00000000, 1.00000000
long_name: layer cloud fraction
standard_name: cloud_area_fraction
coordinates: orbit_pass obs_time_tai93 lon lat cld_pres_lay_lbl
description: coarse layer effective cloud fraction
_FillValue: 9.96920997e+36
AIRS_HDF_name: CoarseCloudFrc
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
cld_pres_lay: Array of 32 bit Reals [cld_pres_lay = 0..2]
units: Pa
long_name: cloud pressure layers
standard_name: air_pressure
coordinates: cld_pres_lay_lbl
axis: Z
description: coarse cloud pressure layers
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
bounds: cld_pres_lay_bnds
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
cld_top_pres: Grid
units: Pa
ancillary_variables: cld_top_pres_nobs cld_top_pres_sdev
valid_range: 1000.00000, 120000.000
long_name: cloud top pressure
standard_name: pressure_at_effective_cloud_top_defined_by_infrared_radiation
coordinates: orbit_pass obs_time_tai93 lon lat
description: cloud top pressure
_FillValue: 9.96920997e+36
AIRS_HDF_name: CloudTopPres
cell_methods: area: mean
coverage_content_type: physicalMeasurement
cld_top_pres: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: Pa
ancillary_variables: cld_top_pres_nobs cld_top_pres_sdev
valid_range: 1000.00000, 120000.000
long_name: cloud top pressure
standard_name: pressure_at_effective_cloud_top_defined_by_infrared_radiation
coordinates: orbit_pass obs_time_tai93 lon lat
description: cloud top pressure
_FillValue: 9.96920997e+36
AIRS_HDF_name: CloudTopPres
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
tpause_pres: Grid
units: Pa
ancillary_variables: tpause_pres_nobs tpause_pres_sdev
valid_range: 0.00000000, 100000.000
long_name: tropopause pressure
standard_name: tropopause_air_pressure
coordinates: orbit_pass obs_time_tai93 lon lat
description: tropopause pressure, where tropopause is determined according to the WMO definition
_FillValue: 9.96920997e+36
AIRS_HDF_name: TropPres
cell_methods: area: mean
coverage_content_type: physicalMeasurement
tpause_pres: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: Pa
ancillary_variables: tpause_pres_nobs tpause_pres_sdev
valid_range: 0.00000000, 100000.000
long_name: tropopause pressure
standard_name: tropopause_air_pressure
coordinates: orbit_pass obs_time_tai93 lon lat
description: tropopause pressure, where tropopause is determined according to the WMO definition
_FillValue: 9.96920997e+36
AIRS_HDF_name: TropPres
cell_methods: area: mean
coverage_content_type: physicalMeasurement
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
surf_alt: Grid
units: m
ancillary_variables: surf_alt_nobs surf_alt_sdev
valid_range: -500.000000, 10000.0000
long_name: surface altitude
standard_name: surface_altitude
coordinates: orbit_pass obs_time_tai93 lon lat
description: mean surface altitude wrt earth model for observations
_FillValue: 9.96920997e+36
AIRS_HDF_name: Topography
cell_methods: area: mean
coverage_content_type: referenceInformation
surf_alt: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: m
ancillary_variables: surf_alt_nobs surf_alt_sdev
valid_range: -500.000000, 10000.0000
long_name: surface altitude
standard_name: surface_altitude
coordinates: orbit_pass obs_time_tai93 lon lat
description: mean surface altitude wrt earth model for observations
_FillValue: 9.96920997e+36
AIRS_HDF_name: Topography
cell_methods: area: mean
coverage_content_type: referenceInformation
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
prior_surf_pres: Grid
units: Pa
ancillary_variables: prior_surf_pres_nobs prior_surf_pres_sdev
valid_range: 10000.0000, 120000.000
long_name: surface pressure
standard_name: surface_air_pressure
coordinates: orbit_pass obs_time_tai93 lon lat
description: surface pressure from forecast for observations
_FillValue: 9.96920997e+36
AIRS_HDF_name: SurfPres_Forecast
cell_methods: area: mean
coverage_content_type: modelResult
prior_surf_pres: Array of 32 bit Reals [orbit_pass = 0..1][lat = 0..179][lon = 0..359]
units: Pa
ancillary_variables: prior_surf_pres_nobs prior_surf_pres_sdev
valid_range: 10000.0000, 120000.000
long_name: surface pressure
standard_name: surface_air_pressure
coordinates: orbit_pass obs_time_tai93 lon lat
description: surface pressure from forecast for observations
_FillValue: 9.96920997e+36
AIRS_HDF_name: SurfPres_Forecast
cell_methods: area: mean
coverage_content_type: modelResult
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
obs_time_tai93: Grid
units: seconds since 1993-01-01 00:00
valid_range: -2934835217.000000, 3376598410.000000
long_name: orbit pass grid midtime
standard_name: time
coordinates: orbit_pass
description: Nominal midtime for observations included in grid
_FillValue: 9.969209968386869e+36
coverage_content_type: referenceInformation
bounds: obs_time_tai93_bnds
obs_time_tai93: Array of 64 bit Reals [orbit_pass = 0..1]
units: seconds since 1993-01-01 00:00
valid_range: -2934835217.000000, 3376598410.000000
long_name: orbit pass grid midtime
standard_name: time
coordinates: orbit_pass
description: Nominal midtime for observations included in grid
_FillValue: 9.969209968386869e+36
coverage_content_type: referenceInformation
bounds: obs_time_tai93_bnds
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
obs_time_tai93_bnds: Array of 64 bit Reals [orbit_pass = 0..1][bnds_1d = 0..1]
units: seconds since 1993-01-01 00:00
valid_range: -2934835217.000000, 3376598410.000000
coordinates: orbit_pass
description: Nominal start and end time for observations included in grid
_FillValue: 9.969209968386869e+36
coverage_content_type: referenceInformation
obs_time_utc: Array of 16 bit Unsigned integers [orbit_pass = 0..1][utc_tuple = 0..7]
long_name: orbit pass grid midtime
coordinates: orbit_pass utc_tuple_lbl
description: Nominal midtime for observations included in grid as an array of integers: year, month, day, hour, minute, second, millisec, microsec
_FillValue: 65535
coverage_content_type: referenceInformation
lon: Array of 32 bit Reals [lon = 0..359]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude
standard_name: longitude
axis: X
description: Degrees longitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: XDim
coverage_content_type: coordinate
bounds: lon_bnds
lon_bnds: Array of 32 bit Reals [lon = 0..359][bnds_1d = 0..1]
units: degrees_east
valid_range: -180.000000, 180.000000
long_name: Degrees longitude boundaries
description: min and max degrees for each longitude grid cell
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
lat: Array of 32 bit Reals [lat = 0..179]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees latitude
standard_name: latitude
axis: Y
description: Degrees latitude
_FillValue: 9.96920997e+36
AIRS_HDF_name: YDim
coverage_content_type: coordinate
bounds: lat_bnds
lat_bnds: Array of 32 bit Reals [lat = 0..179][bnds_1d = 0..1]
units: degrees_north
valid_range: -90.0000000, 90.0000000
long_name: Degrees longitude boundaries
description: min and max degrees for each longitude grid cell
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
cld_pres_lay: Array of 32 bit Reals [cld_pres_lay = 0..2]
units: Pa
long_name: cloud pressure layers
standard_name: air_pressure
coordinates: cld_pres_lay_lbl
axis: Z
description: coarse cloud pressure layers
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
bounds: cld_pres_lay_bnds
cld_pres_lay_bnds: Array of 32 bit Reals [cld_pres_lay = 0..2][bnds_1d = 0..1]
units: Pa
long_name: cloud pressure layer boundaries
axis: Z
description: min and max pressure for coarse cloud layers
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
cld_pres_lay_lbl: Grid
long_name: Cloud layer names
description: Altitude labels for cloud pressure layers
coverage_content_type: auxillaryInformation
cld_pres_lay_lbl: Array of Strings [cld_pres_lay = 0..2]
long_name: Cloud layer names
description: Altitude labels for cloud pressure layers
coverage_content_type: auxillaryInformation
cld_pres_lay: Array of 32 bit Reals [cld_pres_lay = 0..2]
units: Pa
long_name: cloud pressure layers
standard_name: air_pressure
coordinates: cld_pres_lay_lbl
axis: Z
description: coarse cloud pressure layers
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
bounds: cld_pres_lay_bnds
surf_wnum_ir: Array of 32 bit Reals [surf_wnum_ir = 0..3]
units: cm-1
valid_range: 100.000000, 3000.00000
long_name: IR surface emissivity frequencies
standard_name: sensor_band_central_radiation_wavenumber
description: Infrared surface emissivity frequencies
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
orbit_pass: Array of 32 bit Reals [orbit_pass = 0..1]
units: hours
valid_range: 0.00000000, 24.0000000
long_name: Equatorial crossing time
description: Nominal solar time when the spacecraft passes over the equator. Orbit pass bounds are defined by closest approach of the spacecraft to the poles.
_FillValue: 9.96920997e+36
coverage_content_type: coordinate
utc_tuple_lbl: Array of Strings [utc_tuple = 0..7]
long_name: UTC date/time parts
description: names of the elements of UTC when it is expressed as an array of integers year,month,day,hour,minute,second,millisecond,microsecond
coverage_content_type: auxiliaryInformation