2,DATETIME,DATETIME,MJD2K,DOUBLE, Mean time of the measurement sequence used for each retrieval; defined relative to reference datetime of Jan. 1 2000 at 0:00:00 UT which is equal to 0.00,x
2,DATETIME,DATETIME,MJD2K,DOUBLE, Mean time of the measurement sequence used for each retrieval; defined relative to reference datetime of Jan. 1 2000 at 0:00:00 UT which is equal to 0.00,x
2,LATITUDE.INSTRUMENT,[CONSTANT|DATETIME],deg,REAL,Inst. geolocation. Latitude north (decimal degrees) of the location of the instrument (+ for north; - for south),x
2,LATITUDE.INSTRUMENT,[CONSTANT|DATETIME],deg,REAL,Inst. geolocation. Latitude north (decimal degrees) of the location of the instrument (+ for north; - for south),x
2,LONGITUDE.INSTRUMENT,[CONSTANT|DATETIME],deg,REAL,Inst. geolocation. Longitude east (decimal degrees) of the location of the instrument (+ for east; - for west),x
2,LONGITUDE.INSTRUMENT,[CONSTANT|DATETIME],deg,REAL,Inst. geolocation. Longitude east (decimal degrees) of the location of the instrument (+ for east; - for west),x
2,ALTITUDE.INSTRUMENT,[CONSTANT|DATETIME],m,REAL,Inst. geolocation. Altitude of the instrument relative to the location site,x
2,ALTITUDE.INSTRUMENT,[CONSTANT|DATETIME],m,REAL,Inst. geolocation. Altitude of the instrument relative to the location site,x
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN,DATETIME,W m-2,REAL,Incoming solar radiation flux incident upon the planet's surface,o
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN,DATETIME,W m-2,REAL,Incoming solar radiation flux incident upon the planet's surface,x
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MINIMUM,DATETIME,W m-2,REAL,Minimum downward shortwave radiation value,x if RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN is provided
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MAXIMUM,DATETIME,W m-2,REAL,Maximum downward shortwave radiation value,x if RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN is provided
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean downward shortwave radiation,x if RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN is provided
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean downward shortwave radiation,x
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x if RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN is provided
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_SOURCE,CONSTANT,[empty],STRING,Instrument type;Manufacturer;Model;Serial number;WRMC number,x if RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN is provided
2,RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_INTEGRATION.TIME,[CONSTANT|DATETIME],s,REAL,Integration time for downward shortwave radiation measurements,x if RADIATION.DOWNWELLING.GLOBAL_SHORTWAVE_MEAN is provided
2,RADIATION.DOWNWELLING_LONGWAVE_MEAN,DATETIME,W m-2,REAL,The thermal emission of the atmosphere incident on the planet's surface,x
2,RADIATION.DOWNWELLING_LONGWAVE_MEAN,DATETIME,W m-2,REAL,The thermal emission of the atmosphere incident on the planet's surface,o
2,RADIATION.DOWNWELLING_LONGWAVE_MINIMUM,DATETIME,W m-2,REAL,Minimum downward longwave radiation value,x if RADIATION.DOWNWELLING_LONGWAVE_MEAN is provided
2,RADIATION.DOWNWELLING_LONGWAVE_MAXIMUM,DATETIME,W m-2,REAL,Maximum downward longwave radiation value,x if RADIATION.DOWNWELLING_LONGWAVE_MEAN is provided
2,RADIATION.DOWNWELLING_LONGWAVE_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean downward longwave radiation,x
2,RADIATION.DOWNWELLING_LONGWAVE_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean downward longwave radiation,x if RADIATION.DOWNWELLING_LONGWAVE_MEAN is provided
2,RADIATION.DOWNWELLING_LONGWAVE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x
2,RADIATION.DOWNWELLING_LONGWAVE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x if RADIATION.DOWNWELLING_LONGWAVE_MEAN is provided
2,RADIATION.DOWNWELLING_LONGWAVE_SOURCE,CONSTANT,[empty],STRING,Instrument type;Manufacturer;Model;Serial number;WRMC number,x if RADIATION.DOWNWELLING_LONGWAVE_MEAN is provided
2,RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MEAN,DATETIME,W m-2,REAL,The part of the global radiation that is reflected by the surface,x
2,RADIATION.DOWNWELLING_LONGWAVE_INTEGRATION.TIME,[CONSTANT|DATETIME],s,REAL,Integration time for downward longwave radiation measurements,x if RADIATION.DOWNWELLING_LONGWAVE_MEAN is provided
2,RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MINIMUM,DATETIME,W m-2,REAL,Minimum upward shortwave radiation value,x if RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MEAN is provided
2,RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean upward shortwave radiation,x
2,RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MAXIMUM,DATETIME,W m-2,REAL,Maximum upward shortwave radiation value,x if RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MEAN is provided
2,RADIATION.UPWELLING.REFLECTED_SHORTWAVE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x
2,RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean upward shortwave radiation,x if RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MEAN is provided
2,RADIATION.UPWELLING.REFLECTED_SHORTWAVE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x if RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MEAN is provided
2,RADIATION.UPWELLING_LONGWAVE_MEAN,DATETIME,W m-2,REAL,The thermal emission from the planet's surface,x
2,RADIATION.UPWELLING.REFLECTED_SHORTWAVE_SOURCE,CONSTANT,[empty],STRING,Instrument type;Manufacturer;Model;Serial number;WRMC number,x if RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MEAN is provided
2,RADIATION.UPWELLING.REFLECTED_SHORTWAVE_INTEGRATION.TIME,[CONSTANT|DATETIME],s,REAL,Integration time for upward shortwave radiation measurements,x if RADIATION.UPWELLING.REFLECTED_SHORTWAVE_MEAN is provided
2,RADIATION.UPWELLING_LONGWAVE_MEAN,DATETIME,W m-2,REAL,The thermal emission from the planet's surface,o
2,RADIATION.UPWELLING_LONGWAVE_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean upward longwave radiation,x
2,RADIATION.UPWELLING_LONGWAVE_MINIMUM,DATETIME,W m-2,REAL,Minimum upward longwave radiation value,x if RADIATION.UPWELLING_LONGWAVE_MEAN is provided
2,RADIATION.UPWELLING_LONGWAVE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x
2,RADIATION.UPWELLING_LONGWAVE_MAXIMUM,DATETIME,W m-2,REAL,Maximum upward longwave radiation value,x if RADIATION.UPWELLING_LONGWAVE_MEAN is provided
2,RADIATION.UPWELLING_LONGWAVE_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean upward longwave radiation,x if RADIATION.UPWELLING_LONGWAVE_MEAN is provided
2,RADIATION.DIRECT_MEAN,DATETIME,W m-2,REAL,The part of the global radiation incident on a surface orthogonal (or 'normal') to the sun's beam which originates from the solid angle subtended by the sun's disk,x
2,RADIATION.UPWELLING_LONGWAVE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x if RADIATION.UPWELLING_LONGWAVE_MEAN is provided
2,RADIATION.DIRECT_MINIMUM,DATETIME,W m-2,REAL,Minimum direct radiation value,x
2,RADIATION.UPWELLING_LONGWAVE_SOURCE,CONSTANT,[empty],STRING,Instrument type;Manufacturer;Model;Serial number;WRMC number,x if RADIATION.UPWELLING_LONGWAVE_MEAN is provided
2,RADIATION.DIRECT_MAXIMUM,DATETIME,W m-2,REAL,Maximum direct radiation value,x
2,RADIATION.UPWELLING_LONGWAVE_INTEGRATION.TIME,[CONSTANT|DATETIME],s,REAL,Integration time for upward longwave radiation measurements,x if RADIATION.UPWELLING_LONGWAVE_MEAN is provided
2,RADIATION.DIRECT_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean direct radiation,x
2,RADIATION.DIRECT_MEAN,DATETIME,W m-2,REAL,The part of the global radiation incident on a surface orthogonal (or 'normal') to the sun's beam which originates from the solid angle subtended by the sun's disk,o
2,RADIATION.DIRECT_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x
2,RADIATION.DIRECT_MINIMUM,DATETIME,W m-2,REAL,Minimum direct radiation value,x if RADIATION.DIRECT_MEAN is provided
2,RADIATION.DIRECT_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x if RADIATION.DIRECT_MEAN is provided
2,RADIATION.DIRECT_SOURCE,CONSTANT,[empty],STRING,Instrument type;Manufacturer;Model;Serial number;WRMC number,x if RADIATION.DIRECT_MEAN is provided
2,RADIATION.DIFFUSE_MEAN.STANDARD,DATETIME,W m-2,REAL,Standard deviation of the mean diffuse radiation,x
2,RADIATION.DIRECT_INTEGRATION.TIME,[CONSTANT|DATETIME],s,REAL,Integration time for direct radiation measurements,x if RADIATION.DIRECT_MEAN is provided
2,RADIATION.DIFFUSE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x
2,RADIATION.DIFFUSE_MEAN,DATETIME,W m-2,REAL,The component of global radiation that is scattered out of the solar beam by atmospheric constituents,o
2,RADIATION.DIFFUSE_FLAG,DATETIME,1,SHORT,Quality codes of the 1-minutes means. Each quality code holds 6 quality flags resulting in quality codes between 0 and 63. A quality code of 0 means that all checks were passed successfully. 1=Measurement falls below the physically possible limit; 2=Measurement exceeds the physically possible limit; 4=Measurement falls below the extremely rare limit; 8=Measurement exceeds the extremely rare limit; 16=Compared with a corresponding measurement the measurement is too low; 32=Compared with a corresponding measurement the measurement is too high,x if RADIATION.DIFFUSE_MEAN is provided
2,SURFACE.PRESSURE_SOURCE,CONSTANT,1,STRING,Source of pressure measurement,x
2,RADIATION.DIFFUSE_SOURCE,CONSTANT,[empty],STRING,Instrument type;Manufacturer;Model;Serial number;WRMC number,x if RADIATION.DIFFUSE_MEAN is provided
2,RADIATION.DIFFUSE_INTEGRATION.TIME,[CONSTANT|DATETIME],s,REAL,Integration time for diffuse radiation measurements,x if RADIATION.DIFFUSE_MEAN is provided
2,HUMIDITY.RELATIVE.SURFACE_SOURCE,CONSTANT,1,STRING,Source of relative humidity measurement,x
