FIELD COLUMN LENGTH DESCRIPTION JODC Ref No. 1 8 CC:Country Code YY:Last 2 digit of Observation Year II:Institution Code SS:Consecutive Cruise No. JODC STN No 9 4 CCCC:Consecutive Station No. SHIP 13 2 Ship code(Code-Table) LATITUDE 15 5 Latitude(DDMM and 1/10 Minute) LAT. HEM 20 1 Hemisphere of Lat. N or S LONGITUDE 21 6 Longitude(DDDMM and 1/10 Minute) LON. HEM 27 1 Hemisphere of Lon. E or W DATE 28 8 Date(YYYYMMDD) TIME 36 3 GMT(Hours to tenths) ST.NO 39 7 Originator's Station Number CALL SIGN 46 4 Ship Call Sign PROJECT 50 1 Project Code by JODC INSTRUMENT 51 1 Instrument Code by JODC DEPTH 52 4 Depth to Bottom at site SL 56 3 Surface Layer in Meter PROFILE NO 59 2 No. of temperature profile in a series FILLER 61 2 not used MESH CODE 63 7 ttt(10 Deg),dd(1 Deg),h(30 m),q(15m) WAVE DIR 70 2 Wave direction in 36 directions WAVE ID 72 1 H:Wave Height, A:Wave Class WAVE 73 1 Wave Height(WMO code 1555) if 73 column "H", Wave Class (WMO code 3700) if 73 column "A" WAVE PER 74 1 Wave period(WMO code 3155) WIND DIR 75 2 Wind direction in 36 directions WIND ID 77 1 S:Wind in knot, F:Wind in Beaufort Scale WIND 78 2 Wind value based on WIND ID AIR PRESSURE 80 3 Air pressure in hPs to tenths AIR TEMP(D) 83 4 Dry bulb temperature in Celsius AIR TEMP(W) 87 4 Wet bulb temperature in Celsius TEMP1 91 5 Temperature at 0 meter with sign to tenths and QC flag(1 byte) TEMP2 96 5 at 10 meter and QC flag(1 byte) TEMP3 101 5 at 20 meter and QC flag(1 byte) TEMP4 106 5 at 30 meter and QC flag(1 byte) TEMP5 111 5 at 50 meter and QC flag(1 byte) TEMP6 116 5 at 75 meter and QC flag(1 byte) TEMP7 121 5 at 100 meter and QC flag(1 byte) TEMP8 126 5 at 125 meter and QC flag(1 byte) TEMP9 131 5 at 150 meter and QC flag(1 byte) TEMP10 136 5 at 200 meter and QC flag(1 byte) TEMP11 141 5 at 250 meter and QC flag(1 byte) TEMP12 146 5 at 300 meter and QC flag(1 byte) TEMP13 151 5 at 350 meter and QC flag(1 byte) TEMP14 156 5 at 400 meter and QC flag(1 byte) TEMP15 161 5 at 450 meter and QC flag(1 byte) TEMP16 166 5 at 500 meter and QC flag(1 byte) TEMP17 171 5 at 550 meter and QC flag(1 byte) TEMP18 176 5 at 600 meter and QC flag(1 byte) TEMP19 181 5 at 650 meter and QC flag(1 byte) TEMP20 186 5 at 700 meter and QC flag(1 byte) TEMP21 191 5 at 750 meter and QC flag(1 byte) TEMP22 196 5 at 800 meter and QC flag(1 byte) TEMP23 201 5 at 850 meter and QC flag(1 byte) TEMP24 206 5 at 900 meter and QC flag(1 byte) TEMP25 211 5 at 950 meter and QC flag(1 byte) TEMP26 216 5 at 1000 meter and QC flag(1 byte) TEMP27 221 5 at 1100 meter and QC flag(1 byte) TEMP28 226 5 at 1200 meter and QC flag(1 byte) TEMP29 231 5 at 1300 meter and QC flag(1 byte) TEMP30 236 5 at 1400 meter and QC flag(1 byte) TEMP31 241 5 at 1500 meter and QC flag(1 byte) TEMP32 246 5 at 2000 meter and QC flag(1 byte) TEMP33 251 5 at 2500 meter and QC flag(1 byte) TEMP34 256 5 at 3000 meter and QC flag(1 byte) TEMP35 261 5 at 3500 meter and QC flag(1 byte) TEMP36 266 5 at 4000 meter and QC flag(1 byte) TEMP37 271 5 at 4500 meter and QC flag(1 byte) TEMP38 276 5 at 5000 meter and QC flag(1 byte) TEMP39 281 5 at 5500 meter and QC flag(1 byte) TEMP40 286 5 at 6000 meter and QC flag(1 byte) TEMP41 291 5 at 6500 meter and QC flag(1 byte) TEMP42 296 5 at 7000 meter and QC flag(1 byte) TEMP43 301 5 at 7500 meter and QC flag(1 byte) TEMP44 306 5 at 8000 meter and QC flag(1 byte) TEMP45 311 5 at 8500 meter and QC flag(1 byte) TEMP46 316 5 at 9000 meter and QC flag(1 byte)Note:Repeating parameter "TEMP" appears in the physical record till the last observed layer. If there is no observed layer in-between, the column is filled with space. Accordingly the number of standard layer between surface to last observed layer is written in the column 59-60.