Specifications for translations of PMEL, TAO/TRITON & PIRATA, And JAMSTEC, TRITON, Sea Surface Meteorological Data into IMMA0 format for ICOADS 12 September 2005 (Version 3.0) {1. Introduction} This document describes the specifications for translations of input files, hourly (PMEL.117) and 10-minute (PMEL.118) averaged PMEL meteorological data, real-time JAMSTEC/TRITON hourly averaged data (JAMSTEC.119), and hourly averaged PMEL Sea Level Pressure data (PMEL.120), into the IMMA0 format. The PMEL.117, PMEL.118 and PMEL.120 data files are downloaded from website http://www.pmel.noaa.gov/tao/data_deliv/deliv.html, while the JAMSTEC.119 data are from http://www.jamstec.go.jp/jamstec/TRITON/real_time/php/delivery.php. The specifications are organized as follows: for each field of the IMMA0 core, ICOADS attm and supplemental attm, an output field with any special rules is described. Each input record will be recorded as supplemental attm of the corresponding IMMA0 output record. The nominal locations of the buoy sites are followed. Moreover, the moored buoy instrument metadata, found in the header of each PMEL data files is appended to the supplemental attm. The formats of the supplemental attms are described in Section {5. Note}. Samples of different type of data files are also provided in Section {5. Note}. {2. Specifications of core IMMA0} Location section: 1) YR (1-4) year UTC PMEL.117 : set output = YYYY (pos.1-4 of Column YYYYMMDD) PMEL.118 : set output = YYYY (pos.1-4 of Column YYYYMMDD) JAMSTEC.119 : set output = YYYY (pos.1-4 of Column Date) PMEL.120 : set output = YYYY (pos.1-4 of Column YYYYMMDD) 2) MO (5-6) month UTC PMEL.117 : set output = MM (pos.5-6 of Column YYYYMMDD) PMEL.118 : set output = MM (pos.5-6 of Column YYYYMMDD) JAMSTEC.119 : set output = MM (pos.6-7 of Column Date) PMEL.120 : set output = MM (pos.5-6 of Column YYYYMMDD) 3) DY (7-8) day UTC PMEL.117 : set output = DD (pos.7-8 of Column YYYYMMDD) PMEL.118 : set output = DD (pos.7-8 of Column YYYYMMDD) JAMSTEC.119 : set output = DD (pos.9-10 of Column Date) PMEL.120 : set output = DD (pos.7-8 of Column YYYYMMDD) 4) HR (9-12) hour UTC PMEL.117 : set output = HH (pos.1-2 of Column HHMM) PMEL.118 : set output = NINT((HH (pos.1-2 of Column HHMMSS) + MM (pos.3-4 of Column HHMMSS) / 60.0) X 100) / 100.0 - SS (seconds) are always 00 so they do not factor into the decimal hour calculation JAMSTEC.119 : set output = HH (pos.12-13 of Column Date) - minutes & seconds are always 0 so they do not factor into the hour calculation PMEL.120 : set output = HH (pos.1-2 of Column HHMM) 5) LAT (13-17) latitude (set to real location if Quality Code between 1 & 3, nominal location otherwise; negative if S) PMEL.117 : set output = Column LAT in daily real location files PMEL.118 : set output = Column LAT in daily real location files JAMSTEC.119 : set output = (Degree Section of Column Lat.) + NINT(100 x (Minute Section Of Column Lat.) / 60.) / 100 PMEL.120 : set output = Column LAT in daily real location files 6) LON (18-23) longitude (set to real location if Quality Code between 1 & 3, nominal location otherwise; convert to E if W) PMEL.117 : set output = Column LON in daily real location files PMEL.118 : set output = Colmun LON in daily real location files JAMSTEC.119 : set output = (Degree Section of Column Long.) + NINT(100 x (Minute Section Of Column Long.) / 60.) / 100 PMEL.120 : set output = Column LON in daily real location files 7) IM (24-25) IMMA version, no corresponding input field PMEL.117 : set output = 0, the current version PMEL.118 : set output = 0, the current version JAMSTEC.119 : set output = 0, the current version PMEL.120 : set output = 0, the current version 8) ATTC (26-26) attm count, no corresponding input field PMEL.117 : set output = 2, ICOADS and Supplemental attms PMEL.118 : set output = 2, ICOADS and Supplemental attms JAMSTEC.119 : set output = 2, ICOADS and Supplemental attms PMEL.120 : set output = 2, ICOADS and Supplemental attms 9) TI (27-27) time indicator, no corresponding input field PMEL.117 : set output = 0, nearest whole hour PMEL.118 : set output = 2, hour plus minutes JAMSTEC.119 : set output = 0, nearest whole hour PMEL.120 : set output = 0, nearest whole hour 10) LI (28-28) latitude/long. indic., no corresponding input field PMEL.117 : set output = 5, high resolution (degrees to hundredths) if real location; 1, whole degrees otherwise PMEL.118 : set output = 5, high resolution (degrees to hundredths) if real location; 1, whole degrees otherwise JAMSTEC.119 : set output = 5, high resolution (degrees to seconds) if real location; 1, whole degrees otherwise PMEL.120 : set output = 5, high resolution (degrees to hundredths) if real location; 1, whole degrees otherwise 11) DS (29-29) ship course, no corresponding input field 12) VS (30-30) ship speed, no corresponding input field 13) NID (31-32) national source indic., no corresponding input field 14) II (33-34) ID indicator, no corresponding input field PMEL.117 : set output = 3, WMO 5-digit number, if ID is set PMEL.118 : set output = 3, WMO 5-digit number, if ID is set JAMSTEC.119 : set output = 3, WMO 5-digit number, if ID is set PMEL.120 : set output = 3, WMO 5-digit number, if ID is set 15) ID (35-43) identification/call sign, no corresponding input field PMEL.117 : set output = value defined in Section {6. WMO NUMBER} PMEL.118 : set output = value defined in Section {6. WMO NUMBER} JAMSTEC.119 : set output = value defined in Section {6. WMO NUMBER} PMEL.120 : set output = value defined in Section {6. WMO NUMBER} 16) C1 (34-45) country code, no corresponding input field Regular section: 17) DI (46-46) wind direction indic., no corresponding input field PMEL.117 : set output = 6, high resolution data if D field is set PMEL.118 : set output = 6, high resolution data if D field is set JAMSTEC.119 : set output = 6, high resolution data if D field is set 18) D (47-49) wind direction PMEL.117 : set output = NINT(WDIR column + 180) if Quality Code between 1 & 3 PMEL.118 : set output = NINT(WDIR column + 180) if Quality Code between 1 & 3 JAMSTEC.119 : set output = NINT(WinDir column + 180) if Quality Code between 1 & 3 PMEL.120 : no corresponding input field - add 180 degree to convert wind direction from Oceanographic Convention to Meteorological Convention. Substract 360 if output is larger than 360 degrees. Leave the value as 360 for 0 degree; - PMEL Quality Codes are defined in Section {5. Note} 19) WI (50-50) wind speed indicator, no corresponding input field PMEL.117 : set output = 8, high resolution measurement if W field is set PMEL.118 : set output = 8, high resolution measurement if W field is set JAMSTEC.119 : set output = 8, high resolution measurement if W field is set PMEL.120 : no corresponding input field 20) W (51-53) wind speed PMEL.117 : set output = (Column WSPD) if Quality Code between 1 & 3 PMEL.118 : set output = (Column WSPD) if Quality Code between 1 & 3 JAMSTEC.119 : set output = (Column WinSpd) if Quality Code between 1 & 3 PMEL.120 : no corresponding input field 21) VI (54-54) VV indic., no corresponding input field 22) VV (55-56) visibility, no corresponding input field 23) WW (57-58) past weather, no corresponding input field 24) W1 (59-59) present weather, no corresponding input field 25) SLP (60-64) sea level pressure PMEL.117 : no corresponding input field PMEL.118 : no corresponding input field JAMSTEC.119 : set output = (Column Press.) if Quality Code bwtween 1 & 3 PMEL.120 : set output = (Column SLP) if Quality Code between 1 & 3 26) A (65-65) characteristic of PPP, no corresponding input field 27) PPP (66-68) amt. pressure tend., no corresponding input field 28) IT (69-69) indic. for temperatures, no corresponding input field PMEL.117 : set output = 8, high resolution data if at least one of AT & SST fields is set PMEL.118 : set output = 8, high resolution data if at least one of AT & SST fields is set JAMSTEC.119 : set output = 8, high resolution data if at least one of AT & SST fields is set PMEL.120 : no corresponding input field 29) AT (70-73) air temperature PMEL.117 : set output = NINT(10 X (AIRT column)) / 10.0 if Quality Code between 1 & 3 PMEL.118 : set output = NINT(10 X (AIRT column)) / 10.0 if Quality Code between 1 & 3 JAMSTEC.119 : set output = (Temp. Column) if Quality Code between 1 & 3 PMEL.120 : no corresponding input field 30) WBTI (74-74) indic. for WBT, no corresponding input field 31) WBT (75-78) wet-bulb temperature, no corresponding input field 32) DPTI (79-79) DPT indic, no corresponding input field PMEL.117 : set output = 1, computed, if DPT is set PMEL.118 : set output = 1, computed, if DPT is set JAMSTEC.119 : set output = 1, computed, if DPT is set 33) DPT (80-83) dew-point temp., no corresponding input field PMEL.117 : set output = AT - DPD PMEL.118 : set output = AT - DPD JAMSTEC.119 : set output = AT - DPD where (function DWPT of PROFS) DPD = (14.55+0.114*AT)*X+((2.5+0.007*AT)*X)**3+(15.9+0.117*AT)*X**14, X = 1.-0.01*rh rh = (column RH for PMEL.117 & PMEL.118) or (Column Humid. forJAMSTEC.119) 34) SI (84-85) SST meas. method, no corresponding input field PMEL.117 : set output = 12, electronic sensor if SST field is set PMEL.118 : set output = 12, electronic sensor if SST field is set JAMSTEC.119 : set output = 12, electronic sensor if SST field is set 35) SST (86-89) sea surface temperature PMEL.117 : set output = NINT(10 X (SST column)) / 10.0 if Quality Code between 1 & 3 PMEL.118 : set output = NINT(10 X (SST column)) / 10.0 if Quality Code between 1 & 3 JAMSTEC.119 : set output = NINT(10 X (T01 column)) / 10.0 if Quality Code between 1 & 3 PMEL.120 : no corresponding input field 36) N (90-90) total cloud amount, no corresponding input field 37) NH (91-91) lower cloud amount, no corresponding input field 38) CL (92-92) low cloud type, no corresponding input field 39) HI (93-93) H indicator, no corresponding input field 40) H (94-94) cloud height, no corresponding input field 41) CM (95-95) middle cloud type, no corresponding input field 42) CH (96-96) high cloud type, no corresponding input field 43) WD (97-98) wave direction, no corresponding input field 44) WP (99-100) wave period, no corresponding input field 45) WH (101-102) wave hight, no corresponding input field 46) SD (103-104) swell direction, no corresponding input field 47) SP (105-106) swell period, no corresponding input field 48) SH (107-108) swell hight, no corresponding input field {3. Specifications of ICOADS attm} 1) ATTI (1-2) attm ID, no corresponding input field PMEL.117 : set output = 1 PMEL.118 : set output = 1 JAMSTEC.119 : set output = 1 PMEL.120 : set output = 1 2) ATTI (3-4) attm length, no corresponding input field PMEL.117 : set output = 65 PMEL.118 : set output = 65 JAMSTEC.119 : set output = 65 PMEL.120 : set output = 65 box elements: 3) BSI (5-5) box system indicator, no corresponding input field 4) B10 (6-8) 10 degree box number 5) B1 (9-10) 1 degree box number sdw comment: when the data are passed through a later processing step to add QC flags, B10 and B1 are also automatically computed and inserted (by Sandy). Best to leave these fields missing, I think. ICOADS processing elements: 6) DCK (11-13) deck, no corresponding input field PMEL.117 = 144, TAO/TRITON and PIRATA Buoys (from PMEL and JAMSTEC) PMEL.118 = 144, TAO/TRITON and PIRATA Buoys (from PMEL and JAMSTEC) JAMSTEC.119 = 144, TAO/TRITON and PIRATA Buoys (from PMEL and JAMSTEC) PMEL.120 = 144, TAO/TRITON and PIRATA Buoys (from PMEL and JAMSTEC) 7) SID (14-16) source ID, no corresponding input field PMEL.117 set output = 117, hourly averaged PMEL TAO/TRITON Buoy Meteorological data PMEL.118 set output = 118, 10-minute averaged PMEL TAO/TRITON and PIRATA Buoy Meteorological data JAMSTEC.119 set output = 119, hourly averaged JAMSTEC TRITON Buoy Meteorological data PMEL.120 set output = 120, hourly averaged PMEL TAO/TRITON Buoy Sea Level Pressure data 8) PT (17-18) platform type, no corresponding input field PMEL.117 set output = 6, moored buoy PMEL.118 set output = 6, moored buoy JAMSTEC.119 set output = 6, moored buoy PMEL.120 set output = 6, moored buoy 9) DUPS (19-20) dup status, no corresponding input field 10) DUPC (21-21) dup check, no corresponding input field 11) TC (22-22) track check, no corresponding input field 12) PB (23-23) pressure bias, no corresponding input field 13) WX (24-24) wave period indicator, no corresponding input field 14) SX (25-25) swell period indicator, no corresponding input field 15) C2 (26-27) 2nd country code, no corresponding input field ICOADS QC elements: 16) * (28-39) adaptive QC flags, no corresponding input field 17) ND (40-40) night/day flag, no corresponding input field 18) * (41-46) trimming flags, no corresponding input field 19) * (47-60) NCDC-QC flags, no corresponding input field 20) QCE (61-62) external (e.g. MEDS), no corresponding input field 21) LZ (63-63) landlocking flag, no corresponding input field 22) QCZ (64-65) source exclusion flags, no corresponding input field {4. Specifications of Supplemental attm} 1) ATTI (66-67) attm ID, no corresponding field PMEL.117 set output = 99 PMEL.118 set output = 99 JAMSTEC.119 set output = 99 PMEL.120 set output = 99 2) ATTL (68-69) attm length, no corrresponding field PMEL.117 set output = 0 record length = 102 = 5 (ATTI + ATTL + ATTE) + 68 (original hourly averaged record) + 1 (space) + 8 (nominal latitudes/longitudes of buoy location) + 1 (space) + 19 (space delimited instrument metadata heights) PMEL.118 set output = 0 record length = 111 = 5 (ATTI + ATTL + ATTE) + 77 (original 10-minute averaged record) + 1 (space) + 8 (nominal latitudes/longitudes of buoy location) + 1 (space) + 19 (space delimited instrument metadata heights) JAMSTEC.119 set output = 0 record length = 190 = 5 (ATTI + ATTL + ATTE) + 174 (original hourly averaged real-time TRITON record) + 1 (space) + 10 (comma delimited nominal latitudes/longitudes of buoy location) PMEL.120 set output = 0 record length = 41 = 5 (ATTI + ATTL + ATTE) + 24 (original hourly averaged record) + 1 (space) + 8 (nominal latitudes/longitudes of buoy location) + 1 (space) + 2 (instrument metadata height) 3) ATTE (70-70) attm encoding, no corresponding field Supplemental data: 3) SUPD (71-) supplemental data PMEL.117 set output = (original hourly averaged record) + 1 space + (nominal latitudes/longitudes of buoy location) + 1 space + (space delimited instrument metadata heights) PMEL.118 set output = (original hourly averaged record) + 1 space + (nominal latitudes/longitudes of buoy location) + 1 space + (space delimited metadata heights) JAMSTEC.119 set output = (original hourly averaged real-time TRITON record) + 1 space + (comma delimited nominal latitudes/longitudes of buoy site) PMEL.120 set output = (original hourly averaged record) + 1 space + (nominal latitudes/longitudes of buoy location) + 1 space + (instrument metadata height) {5. Note} A FORTRAN program 'wimma0_pmel', based on 'rdimma0', was used for processing the translations. Top section of an hourly averaged meteorological input PMEL file, 'met0n110w_hr.ascii', is: ----------------------------------------------------------------------------- Location: 0N 110W 1200 8 May 1993 to 1300 1 Mar 1998 ( 42194 times, 4 blocks) Gen. Date Apr 15 2005 Units: Winds (m/s), W. Dir (deg), AirT (C), SST (C), Rel. Humidity (%), -99.9 = missing Winds Use Oceanographic Convention:(1,1) is NE at sqrt(2) m/s Time: 1200 8 May 1993 to 2300 17 May 1994 (index 1 to 8988, 8988 times) Depth (M): -4 -4 -4 -4 -3 1 -3 QUALITY YYYYMMDD HHMM UWND VWND WSPD WDIR AIRT SST RH SDATH 19930508 1200 0.7 2.3 2.4 16.6 26.07 26.62 86.9 22222 19930508 1300 0.4 2.5 2.6 8.7 26.11 26.60 86.1 22222 19930508 1400 -0.5 2.8 2.8 349.9 26.53 26.62 83.9 22222 Hourly SUPD field of the Supplemental attm for the first record in file 'met0n110w_hr.ascii': 19930508 1200 0.7 2.3 2.4 16.6 26.07 26.62 86.9 22222 0N 110W -4 -4 -4 -4 -3 1 -3 ----------------------------------------------------------------------------- Top section of a 10-minute averaged meteorological input PMEL file, 'met0n110w_10m.ascii', is as: ----------------------------------------------------------------------------- Location: 0N 110W 055000 27 Oct 1998 to 220000 16 Nov 2004 ( 318626 times, 4 blocks) Gen. Date Apr 15 2005 Units: Winds (m/s), W. Dir (deg), AirT (C), SST (C), Rel. Humidity (%), -99.9 = missing Winds Use Oceanographic Convention:(1,1) is NE at sqrt(2) m/s Time: 055000 27 Oct 1998 to 235000 25 Oct 2000 (index 1 to 105085, 105085 times) Depth (M): -3 -4 -4 -4 -3 1 -3 QUALITY SOURCE YYYYMMDD HHMMSS UWND VWND WSPD WDIR AIRT SST RH SDATH SDATH 19981027 055000 -4.4 1.9 4.8 293.2 21.76 22.228 88.8 22222 55555 19981027 060000 -4.6 1.7 4.9 290.6 21.74 22.186 89.1 22222 55555 19981027 061000 -4.6 1.1 4.7 283.3 21.61 22.143 89.7 22222 55555 10-minute SUPD field of the Supplemental attm for the first record in file 'met0n110w_10m.ascii' is: 19981027 055000 -4.4 1.9 4.8 293.2 21.76 22.228 88.8 22222 55555 0N 110W -3 -4 -4 -4 -3 1 -3 -------------------------------------------------------------------------------- Top section of a daily PMEL real location file, 'pos0n110w_dy.ascii', is: ----------------------------------------------------------------------------- Location: 0N 110W 7 Mar 1980 to 11 Jul 2005 ( 9258 times, 7 blocks) Gen. Date Jul 12 2005 Units: Longitude (Deg), Latitude (Deg), -99.99 = missing Time: 1200 7 Mar 1980 to 1200 16 Apr 1982 (index 1 to 771, 771 times) Depth (M): 0 0 QUALITY YYYYMMDD HHMM LON LAT XY 19800307 1200 109.46W 0.02S 22 19800308 1200 109.46W 0.02S 22 19800309 1200 109.46W 0.02S 22 The longitudes/latitudes of the real locations are used for PMEL data records matching the dates. ----------------------------------------------------------------------------- Top section of an hourly averaged PMEL sea level pressure file, 'pb0n110w_hr.ascii', is: ----------------------------------------------------------------------------- Location: 0N 110W 1100 9 Apr 2001 to 2200 16 Nov 2004 ( 31620 times, 4 blocks) Gen. Date Jul 12 2005 Units: Sea Level Pressure (hPa), -9.90 = missing Time: 1100 9 Apr 2001 to 1300 11 Mar 2002 (index 1 to 8067, 8067 times) Depth (M): -3 QUALITY SOURCE YYYYMMDD HHMM SLP Q S 20010409 1100 1008.1 2 5 20010409 1200 1008.3 2 5 20010409 1300 1008.8 2 5 Hourly averaged Sea Level Pressure first became available in the TAO array in April 2000, and is presently available only at East Pacific sites. They are included in IMMA0 output if they exist. H ourly SUPD field of the Supplemental attm for the first record in file 'pb0n110w_hr.ascii': 20010409 1100 1008.1 2 5 0N 110W -3 ----------------------------------------------------------------------------- Top section of an hourly averaged input real-time TRITON Meteorological file, 'triton8n156w_hr.ascii', is: ----------------------------------------------------------------------------- 01,8.0N,156E,MET Date, PTT, Lat., Long., WinDir, WinSpd, WU, WV, Temp., Humid., Press., Rain1, Rain2,RTyp1,RTyp2, SWRad., T01, S01,P,W,T,H,P,R,R,S,T,S 1998/03/09 00:00:00,11823,07-55.08N,155-59.58E, 246.0, 6.7, -6.1, -2.7, 27.2, 72.2, 1012.7, 0.0, -999.9, 1, 0, 984.9, 28.04, 34.89,2,5,5,5,5,5,0,5,5,5 1998/03/09 01:00:00,11823,07-55.08N,155-59.58E, 244.0, 6.4, -5.8, -2.8, 27.4, 71.9, 1010.6, 0.0, -999.9, 1, 0, 1048.2, 28.07, 34.89,2,5,5,5,5,5,0,5,5,5 1998/03/09 02:00:00,11823,07-55.08N,155-59.58E, 243.0, 6.7, -6.0, -3.0, 27.4, 73.7, 1010.2, 0.0, -999.9, 1, 0, 1036.5, 28.11, 34.90,2,5,5,5,5,5,0,5,5,5 Hourly SUPD field of the Supplemental attm for the first record in file 'triton8n156w_hr.ascii': 1998/03/09 00:00:00,11823,07-55.08N,155-59.58E, 246.0, 6.7, -6.1, -2.7, 27.2, 72.2, 1012.7, 0.0, -999.9, 1, 0, 984.9, 28.04, 34.89,2,5,5,5,5,5,0,5,5,5 8.0N,156E ----------------------------------------------------------------------------- The Quality Codes for all data records are defined as: 0 - datum missing 1 - highest quality; Pre/post-deployment calibrations agree to within sensor specifications. In most cases only pre-deployment calibrations have been applied 2 - default quality; Pre-deployment calibrations applied. Default value for sensors presently deployed and for sensors which were either not recovered or not calibratable when recovered. 3 - adjusted data; Pre/post calibrations differ, or original data do not agree with other data sources (e.g., other in situ data or climatology), or original data are noisy. Data have been adjusted in an attempt to reduce the error. 4 - lower quality; Pre/post calibrations differ, or data do not agree with other data sources (e.g., other in situ data or climatology), or data are noisy. Data could not be confidently adjusted to correct for error. 5 - sensor or tube failed The Source Codes for 10-minute averaged PMEL data files are defined as: 0 - No Sensor, No Data 1 - Real Time (Telemetered Mode) 2 - Derived from Real Time 3 - Temporally Interpolated from Real Time 4 - Source Code Inactive at Present 5 - Recovered from Instrument RAM (Delayed Mode) 6 - Derived from RAM 7 - Temporally Interpolated from RAM {6. WMO NUMBER} Set ID field to WMO numbers as defined in the following table: (columns are defined below the table) BUOYLOCS LOWLIMIT UPLIMIT WMONO --------------------------------- 000N0000E 0 0 13010 000N0100W 0 0 15002 000N0230W 0 0 15004 000N0350W 0 0 31001 000N0950W 0 0 32321 000N1100W 0 0 32323 000N1250W 0 0 51011 000N1380E 0 0 52081 000N1400W 0 0 51311 000N1430E 0 0 52306 000N1470E 0 19990219 52318 000N1470E 19990220 19991030 52079 000N1470E 19991029 20000908 52046 000N1470E 20001027 0 52079 000N1540E 0 0 52305 000N1550W 0 0 51023 000N1560E 0 19990302 52317 000N1560E 19990303 19990316 52074 000N1560E 19991109 20000308 52044 000N1560E 20000307 0 52085 000N1580E 0 0 52308 000N1610E 0 0 52304 000N1650E 0 0 52321 000N1700E 0 0 52303 000N1700W 0 0 51010 000N1800W 0 0 52311 015S0900E 0 0 53057 020N0100W 0 0 13011 020N0950W 0 0 32320 020N1100W 0 0 32316 020N1250W 0 0 51016 020N1300E 0 0 52076 020N1370E 0 0 52307 020N1380E 0 0 52080 020N1400W 0 0 51008 020N1470E 0 19990217 52301 020N1470E 19990218 19990620 52078 020N1470E 20010314 0 52077 020N1550W 0 0 51021 020N1560E 0 19980314 52011 020N1560E 19980315 19980617 52045 020N1560E 19990301 19991110 52073 020N1560E 19991110 20000310 52043 020N1560E 20000310 0 52082 020N1650E 0 0 52001 020N1700W 0 0 51305 020N1800W 0 0 52310 020S0100W 0 0 15005 020S0950W 0 0 32322 020S1100W 0 0 32317 020S1250W 0 0 51017 020S1400W 0 0 51009 020S1550W 0 0 51022 020S1560E 0 19990304 52012 020S1560E 19990305 20000306 52075 020S1560E 20000306 0 52088 020S1650E 0 0 52002 020S1700W 0 0 51306 020S1800W 0 0 52312 040N0380W 0 0 31002 040N0950W 0 0 32011 050N0950W 0 0 32303 050N1100W 0 0 32315 050N1250W 0 0 51015 050N1300E 0 0 52074 050N1370E 0 20010928 52314 050N1370E 20010929 0 52073 050N1400W 0 0 51007 050N1470E 0 19990215 52302 050N1470E 19990216 19990617 52081 050N1470E 19991103 20000827 52045 050N1470E 20010315 0 52078 050N1550W 0 0 51020 050N1560E 0 19980312 52008 050N1560E 19980313 19980616 52044 050N1560E 19990227 20000312 52072 050N1560E 20000312 0 52084 050N1650E 0 0 52003 050N1700W 0 0 51303 050N1800W 0 0 52309 050S0100W 0 0 15003 050S0950E 0 0 53056 050S0950W 0 0 32304 050S1100W 0 0 32318 050S1250W 0 0 51018 050S1400W 0 0 51014 050S1550W 0 0 51019 050S1560E 0 19990306 52010 050S1560E 19990307 20000304 52076 050S1560E 20000304 0 52086 050S1650E 0 0 52004 050S1700W 0 0 51304 050S1800W 0 0 52313 060S0100W 0 0 15006 070N1320W 0 0 51013 070N1370E 0 0 52320 070N1470W 0 0 51012 080N0380W 0 0 13009 080N0950W 0 0 43301 080N1100W 0 0 43001 080N1250W 0 0 51307 080N1300E 0 0 52075 080N1370E 0 0 52087 080N1550W 0 0 51301 080N1560E 0 19980308 52319 080N1560E 19980309 19980614 52043 080N1560E 19990225 20000314 52071 080N1560E 20000314 0 52083 080N1650E 0 0 52006 080N1700W 0 0 51309 080N1800W 0 0 52315 080S0950W 0 0 32305 080S1100W 0 0 32319 080S1250W 0 0 51308 080S1550W 0 0 51302 080S1650E 0 0 52007 080S1700W 0 0 51310 080S1800W 0 0 52316 090N1400W 0 0 51006 100N0950W 0 0 43008 100S0100W 0 0 15001 120N0380W 0 0 41026 120N0950W 0 0 43011 150N0380W 0 0 13008 This table provides a mapping from buoy location (e.g., 080S1100W in column 'BUOYLOCS' means location of 8.0 degrees S and 110.0 degrees West) to WMO number (WMONO). When different WMO numbers were used at a location, during different time periods, lower and upper limits (inclusive) for the applicable dates of a given buoy number are listed. Otherwise the value 0 for column 'LOWLIMIT' or 'UPLIMIT' means no limit, i.e., the location had only one WMO number assigned. WMO number will be set to missing for a given location that is not defined in this table. The information in this table was gathered from: http://www.jamstec.go.jp/jamstec/TRITON/location/index.html and http://www.pmel.noaa.gov/tao/proj_over/wmo.html.