ࡱ> I=bjbj-7] !!!!8L!L!!Ax#x#"###$$$77771 8T]<T@$CE@- $$$$$@(##x#((($V# #7 @ @$7(\()V5^J 6 7#,#L 6S!!'7"WORLD METEOROLOGICAL ORGANIZATION COMMISSION FOR BASIC SYSTEMS MEETING OF COORDINATION TEAM ON MIGRATION TO TDCF GENEVA, 1 - 4 NOVEMBER 2005CT MTDCF/Doc. 2.2.3(1) ITEM: 2.2.3 (29.X.2005) ENGLISH ONLY Observation Conversion Submitted by Eva erven (Czech Republic) ________________________________________________________________ Summary and Purpose of Document The document contains a BUFR template suitable for conversion of data encoded in traditional SYNOP into the BUFR format. ________________________________________________________________ ACTION PROPOSED The meeting is invited to consider the information included in this document. BUFR TEMPLATE FOR SYNOPTIC REPORTS FROM LAND STATIONS SUITABLE FOR SYNOP OBSERVATION DATA 3 01 090Fixed surface station identification, time, horizontal and vertical coordinatesUnit, scale3 01 0040 01 001WMO block number II Numeric, 00 01 002WMO station number iiiNumeric, 00 01 015Station or site name CCITT IA5, 00 02 001Type of station (ix)Code table, 03 01 0110 04 001Year Year, 00 04 002Month Month, 00 04 003Day YYDay, 03 01 0120 04 004Hour GGHour, 00 04 005Minute ggMinute, 03 01 0210 05 001Latitude (high accuracy)Degree, 50 06 001Longitude (high accuracy)Degree, 50 07 030Height of station ground above mean sea levelm, 10 07 031Height of barometer above mean sea levelm, 1Pressure data3 02 0313 02 0010 10 004Pressure P0P0P0P0Pa, 10 10 051Pressure reduced to mean sea level PPPP = missing for highland stationsPa, 10 10 0613-hour pressure change ppp (sign included) Pa, 10 10 063Characteristic of pressure tendency aCode table, 00 10 06224-hour pressure change p24p24p24 (sign included)Pa, 10 07 004Pressure (standard level) a3 = 925, 850, 700, ..hPa = missing for lowland stationsPa, 10 10 009Geopotential height of the standard level hhh = missing for lowland stationsgpm, 03 02 035Basic synoptic instantaneous data Temperature and humidity data3 02 0320 07 032Height of sensor above local ground (for temperature measurement)m, 20 12 101Temperature/dry-bulb temperature(sc.2) snTTT K, 20 12 103Dew-point temperature (scale 2) snTdTdTdK, 20 13 003Relative humidity%, 0Visibility data 3 02 0330 07 032Height of sensor above local ground (for visibility measurement)m, 20 20 001Horizontal visibility VVm, 1Precipitation past 24 hours3 02 0340 07 032Height of sensor above local ground (for precipitation measurement)m, 20 13 023Total precipitation past 24 hours R24R24R24R24 trace = - 0.1kg m-2, 10 07 032Height of sensor above local ground (set to missing to cancel the previous value)m, 2Cloud data3 02 0040 20 010Cloud cover (total) N If N = 9 or /, then 0 20 010 = missing. %, 00 08 002Vertical significance if CL are observed, then 0 08 002 = 7 (low cloud); if only CM are observed, 0 08 002 = 8 (middle cloud); if only CH are observed, 0 08 002 = 9 (high cloud); if N = 9, then 0 08 002 = 5; if N = 0 or /, then 0 08 002 = missing; else 0 08 002 = 0. Code table, 00 20 011Cloud amount (of low or middle clouds) Nh If N = 0, then 0 20 011 = 0, if N = 9, then 0 20 011 = 9, if N = /, then 0 20 011 = missing. Code table, 00 20 013Height of base of cloud h If N = 0 or /, then 0 20 013 = missing. If clouds with bases below and tops above station level are reported, 0 20 013 = missing or has a negative value.m, 10 20 012Cloud type (low clouds) CL 0 20 012 = CL + 30, if N = 0, then 0 20 012 = 30, if N = 9 or /, then 0 20 012 = 62.Code table, 00 20 012Cloud type (middle clouds) CM 0 20 012 = CM + 20, if N = 0, then 0 20 012 = 20, if N = 9 or / or CM = /, then 0 20 012 = 61.Code table, 00 20 012Cloud type (high clouds) CH 0 20 012 = CH + 10, if N = 0, then 0 20 012 = 10, if N = 9 or / or CH = /, then 0 20 012 = 60.Code table, 01 01 000Delayed replication of 1 descriptor 0 31001Delayed descriptor replication factor If sky clear (N = 0), then 0 31 001 = 0 Numeric, 03 02 0050 08 002Vertical significance if N = 9, then 0 08 002 = 5 in the first replication, if N = /, then 0 08 002 = missing, if Cb layer, 0 08 002 = 4; else 0 08 002 = 1, 2, 3, where 1 = the first non-Cb layer, 2 = the second non-Cb layer, 3 = the third non-Cb layer.Code table, 00 20 011Cloud amount Ns In the first replication: If N = /, then 0 20 011 = missing, else 0 20 011 = Ns; in the other replications 0 20 011 = Ns.Code table, 00 20 012Cloud type C if N = 9, /, then 0 20 012 = missing, else 0 20 012 = C.Code table, 00 20 013Height of base of cloud hshs If clouds with bases below and tops above station level are reported, 0 20 013 = missing or has negative value. m, -1Clouds with bases below station level3 02 0361 05 000Delayed replication of 5 descriptors 0 31001Delayed descriptor replication factorNumeric, 00 08 002Vertical significance = 10 or 11Code table, 00 20 011Cloud amount NCode table, 00 20 012Cloud type CCode table, 00 20 014Height of top of cloud HHm, -10 20 017Cloud top description CtCode table, 0Direction of cloud drift gr. 56DLDMDH3 02 0471 02 003Replicate 2 descriptors 3 times0 08 002Vertical significance = 7 (low cloud) = 8 (middle cloud) = 9 (high cloud)Code table, 00 20 054True direction from which clouds are moving DL, DM, DHDegree true, 00 08 002Vertical significance (set to missing to cancel the previous value)Code table, 0Direction and elevation of cloud gr. 57CDaeC3 02 0480 05 021Bearing or azimuth DaDegree true, 20 07 021Elevation angle eCDegree, 20 20 012Cloud type CCode table, 00 05 021Bearing or azimuth (set to missing to cancel the previous value)Degree true, 20 07 021Elevation angle (set to missing to cancel the previous value)Degree, 2State of ground, snow depth, ground minimum temperature3 02 0370 20 062State of ground (with or without snow) E or E' If E = <0, ... , 9>, then 0 20 062 = E, if E' = <0, ... , 9>, then 0 20 062 = E' + 10, if the state of ground is not reported, 0 20 062 = missing.Code table, 00 13 013Total snow depth sss no snow cover = 0 less than 0.005 m = - 0.01 (sss = 997) not continuous = - 0.02 (sss = 998) If snow depth not reported, 0 13 013 = missing.m, 20 12 113Ground minimum temperature (scale2), past 12 hours snTgTgK, 23 02 043Basic synoptic period dataPresent and past weather 3 02 0380 20 003Present weather ww or wawa If ix = 1 or ix = 7, then 0 20 003 = ww, if ix = 4, then 0 20 003 = wawa + 100, if ix = 2 or ix = 5, then 0 20003 = 508, if ix = 3 or ix = 6, then 0 20003 = 509.Code table, 00 04 024Time period At 00, 06, 12, 18 UTC = - 6. At 03, 09,15, 21 UTC = - 3.Hour, 00 20 004Past weather (1) W1 or Wa1 If ix = 1 or ix = 7, then 0 20 004 = W1, if ix = 4 or ix = 5, then 0 20 004 = Wa1 + 10.Code table, 00 20 005Past weather (2) W2 or Wa2 If ix = 1 or ix = 7, then 0 20 005 = W2, if ix = 4 or ix = 5, then 0 20 005 = Wa2 + 10.Code table, 0Sunshine data (from 1 hour and 24 hour period)1 01 002Replicate 1 descriptor 2 times3 02 0390 04 024Time period in hours = -1 and -24Hour, 00 14 031Total sunshine SS and SSSMinute, 0Precipitation measurement3 02 0400 07 032Height of sensor above local ground (for precipitation measurement)m, 21 02 002Replicate next 2 descriptors 2 times0 04 024Time period in hours tRHour, 00 13 011Total precipitation / total water equivalent of snow no precipitation = 0 RRR trace = - 0.1 kg m-2, 1Extreme temperature data3 02 0410 07 032Height of sensor above local ground (for temperature measurement)m, 20 04 024Time period or displacement Hour, 00 04 024Time period or displacement (see Notes 1 and 2) (= 0, if the period ends at the time of observation)Hour, 00 12 111Maximum temperature (scale 2) at height and over period specified snTxTxTx K, 20 04 024Time period or displacement Hour, 00 04 024Time period or displacement (see Note 2) (= 0, if the period ends at the time of observation)Hour, 00 12 112Minimum temperature (scale 2) at height and over period specified snTnTnTn K, 2Wind data3 02 0420 07 032Height of sensor above local ground (for wind measurement)m, 20 02 002Type of instrumentation for wind measurement iwFlag table, 00 08 021Time significance (= 2 (time averaged))Code table, 00 04 025Time period (= - 10 minutes, or number of minutes after a significant change of wind)Minute, 00 11 001Wind direction dd If dd = 00 (calm) or dd = 99 (variable), 0 11001 = 0.Degree true, 00 11 002Wind speed ffm s-1, 10 08 021Time significance (= missing value)Code table, 01 03 002Replicate next 3 descriptors 2 times0 04 025Time period in minutes Minute, 00 11 043Maximum wind gust directionDegree true, 00 11 041Maximum wind gust speed 910fmfm, 911fxfxm s-1, 10 07 032Height of sensor above local ground (set to missing to cancel the previous value)m, 2Evaporation data3 02 0440 04 024Time period in hours = - 24Hour, 00 02 004Type of instrument for evaporation or crop type for evapotranspiration iECode table, 00 13 033Evaporation /evapotranspiration EEEkg m-2, 1Radiation data (from 1 hour and 24 hour period)1 01 002Replicate next descriptor 2 times3 02 0450 04 024Time period in hours = - 1 and - 24Hour, 00 14 002Long-wave radiation, integrated over period specified 553SS 4FFFF or 553SS 5FFFF, 55SSS 4F24F24F24F24 or 55SSS 5F24F24F24F24J m-2, -30 14 004Short-wave radiation, integrated over period specified 553SS 6FFFF, 55SSS 6F24F24F24F24J m-2, -30 14 016Net radiation, integrated over period specified 553SS 0FFFF or 553SS 1FFFF, 55SSS 0F24F24F24F24 or 55SSS 1F24F24F24F24J m-2, -40 14 028Global solar radiation (high accuracy), integrated over period specified 553SS 2FFFF, 55SSS 2F24F24F24F24J m-2, -40 14 029Diffuse solar radiation (high accuracy), integrated over period specified 553SS 3FFFF, 55SSS 3F24F24F24F24J m-2, -40 14 030Direct solar radiation (high accuracy), integrated over period specified 55408 4FFFF, 55508 5F24F24F24F24J m-2, -43 02 046Temperature change group 54g0sndT 0 04 024Time period or displacement Hour, 00 04 024Time period or displacement (see Note 3) Hour, 0 0 12 049Temperature change over period specified sndTK, 0Notes: 1) Within RA-IV, the maximum temperature at 1200 UTC is reported for the previous calendar day (i.e. the ending time of the period is not equal to the nominal time of the report). To construct the required time range, descriptor 004024 has to be included two times. If the period ends at the nominal time of the report, value of the second 004024 shall be set to 0. 2) Within RA-III, the maximum day-time temperature and the minimum night-time temperature is reported (i.e. the ending time of the period may not be equal to the nominal time of the report). To construct the required time range, descriptor 004024 has to be included two times. If the period ends at the nominal time of the report, value of the second 004024 shall be set to 0. 3) To construct the required time range, descriptor 004024 has to be included two times. 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