*2013/12/16 15:06:13.97 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 1994/03/30 07:08:51.000 NUMBER OF RECORDS : 276 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 PAD : -99.9 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 0.4 274.9 2 Temperature 'deg C (IPTS68)' 6.3662 9.3493 3 Transmissivity %/metre 31.2 52.5 4 Salinity PSS-78 32.3373 33.9363 5 Number_of_bin_records n/a 3 55 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 6 F ' ' 1 4 -99 ' ' 9 F ' ' 4 5 -99 ' ' 5 I I 0 $END *ADMINISTRATION MISSION : 1994-07 AGENCY : IOS, Ocean Physics Division, Sidney, B.C. COUNTRY : Canada PROJECT : Laperouse, JGOFS, CRD SCIENTIST : Juhasz T. PLATFORM : John P. Tully *LOCATION STATION : LG05 EVENT NUMBER : 10 LATITUDE : 49 7.38000 N ! (deg min) LONGITUDE : 126 55.44000 W ! (deg min) WATER DEPTH : 258 *INSTRUMENT TYPE : Guildline CTD MODEL : 8705 SERIAL NUMBER : 58,483 $TABLE: SENSORS ! Name Abs Depth Serial No ! -------------------- -------------- ---------- Pressure n/a ? Temperature n/a ? Conductivity_Ratio n/a ? Transmissivity n/a ? $END $REMARKS Acquisition program: CTD_1.29 $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- RAW_CNVT 3.3 1994/04/13 14:16:25 8313 8313 CALIB 6.0 1994/07/20 09:37:59 8313 8313 DELETE 4.2 1994/07/21 11:36:23 8313 6896 CTDEDIT 3.2 1994/07/26 09:19:46 6896 6896 CALIB 6.1 1994/09/27 15:33:53 6896 6896 BINAVE 1.2 1994/09/28 09:21:39 6896 276 REMOVECH 1.1 1994/09/28 11:22:55 276 276 HEADEDIT 1.1 1995/08/26 11:09:34 ' ' ' ' HEADEDIT 1.1 1995/11/09 16:27:34 ' ' ' ' CALIB 7.1 1997/04/22 14:09:48 276 276 REMOVECH 6.0 2003/09/02 14:15:14 276 276 HDREDIT2 1.6 2003/09/02 14:16:30 ? ? CLEAN 4.3.1 2003/09/02 14:17:05 276 276 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:06:13 276 276 $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = -4.0 -The following DELETE parameters were used: Surface Record Removal: Last Press Min Maximum Surface Pressure (relative): 20.00 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 11 Swells deleted. Warning message if pressure difference of 2.00 Slow Drop Rate NOT deleted -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = 9407COR.DAT -The following BINAVE parameters were used: Bin channel = pressure Averaging interval = 1.0 Minimum bin value = 0.000 Average value was used Interpolated values were used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CHANNEL(S) were removed from file. conductivity -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = 9407COR.CCF -No channels were removed. CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Change Pad Value to -99 in All Channels. - Delete Empty Channels: 0 deleted. - Set channel name post-colon letters to upper case. $END *RAW START TIME : UTC 1994/03/30 07:08:51.000 END TIME : UTC 1994/03/30 07:14:22.000 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 8313 $TABLE: CHANNELS ! Averaging (day hr min sec ms) !Name Raw Units Interval Time Lag !-------------------- --------------- --------- ----------- Pressure Percent_FS Temperature 'DEG C (ITS68)' Conductivity_Ratio n/a Transmissivity Percent_FS $END *CALIBRATION START TIME : UTC 1994/03/30 07:08:51.000 $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- --------------- ---- ------ ------------ Pressure DBAR 10 ' ' (-4 3000) Temperature 'DEG C (ITS68)' 10 ' ' (0.43E-02 0.9995) Conductivity_Ratio n/a 10 ' ' (-0.3E-03 1) Transmissivity '%/25 cm' 10 ' ' (100.0275 -2.0014) $END $TABLE: CALCULATED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------- -------- ---- ------ ------------ Salinity PSS-78 30 ' ' (Pressure Temperature Conductivity_Ratio) () $END $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------- -------- ---- ------ ------------ Salinity PSS-78 10 -99.9 () (-0.44E-01 1) Salinity PSS-78 10 -99 () (0.53E-01 1) $END *COMMENTS REG,DOUG - header ADMIN section modified Nov 9/95 rmb !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 0.4 9.3025 32.2 32.3394 3 0.9 9.3097 31.2 32.3373 45 2.0 9.3164 31.8 32.3378 31 3.0 9.2994 38.2 32.3412 34 4.0 9.2854 38.5 32.3446 36 4.9 9.2935 39.7 32.3439 44 6.0 9.2740 41.4 32.3462 22 7.0 9.2704 41.7 32.3465 18 8.0 9.2724 41.7 32.3457 18 9.1 9.2696 41.7 32.3460 28 9.9 9.2699 41.7 32.3461 45 11.0 9.2659 41.8 32.3465 22 12.0 9.2638 41.9 32.3461 22 13.0 9.2605 41.9 32.3461 28 14.0 9.2489 42.1 32.3472 44 15.0 9.2369 42.4 32.3474 29 16.0 9.2299 42.5 32.3475 26 17.0 9.2215 42.5 32.3483 24 18.0 9.2157 42.5 32.3469 24 19.0 9.2107 42.8 32.3469 25 19.9 9.1981 43.2 32.3470 29 21.0 9.1673 43.6 32.3474 16 22.0 9.1485 43.7 32.3494 14 23.0 9.1474 43.7 32.3491 17 24.0 9.1456 43.9 32.3493 21 25.0 9.1282 44.3 32.3503 45 26.0 9.1077 44.6 32.3485 27 27.1 9.0933 44.9 32.3489 29 28.0 9.0786 45.1 32.3495 51 29.0 9.0593 45.4 32.3499 23 30.0 9.0495 45.7 32.3486 21 31.0 9.0233 45.9 32.3504 23 32.0 9.0102 46.4 32.3514 37 32.9 8.9894 46.8 32.3505 39 34.0 8.9735 46.9 32.3522 26 35.1 8.9632 47.1 32.3519 36 35.9 8.9593 47.1 32.3504 31 37.0 8.9582 47.2 32.3495 16 38.0 8.9550 47.2 32.3507 15 39.0 8.9470 47.4 32.3496 16 40.1 8.9175 47.8 32.3525 26 41.0 8.9008 48.2 32.3526 39 42.0 8.8781 48.7 32.3514 22 43.0 8.8456 49.1 32.3530 26 44.0 8.8409 49.2 32.3543 34 45.0 8.8279 49.4 32.3529 31 46.0 8.7961 49.8 32.3530 25 47.0 8.7812 50.1 32.3530 24 48.0 8.7731 50.2 32.3537 35 49.0 8.7713 50.3 32.3541 54 50.0 8.7728 50.3 32.3549 32 51.0 8.7789 50.3 32.3599 29 52.0 8.8073 50.5 32.3714 38 53.0 8.8324 50.6 32.3858 32 54.0 8.8390 50.6 32.3962 22 55.0 8.8406 50.6 32.3987 23 56.0 8.8424 50.6 32.4015 34 57.0 8.8411 50.6 32.4020 55 58.0 8.8427 50.6 32.4032 34 59.0 8.8414 50.6 32.4047 33 60.0 8.8439 50.6 32.4074 28 61.0 8.8518 50.5 32.4135 20 62.0 8.8566 50.5 32.4167 20 63.0 8.8528 50.6 32.4204 30 63.9 8.8530 50.6 32.4238 45 65.0 8.8558 50.6 32.4308 29 66.0 8.8674 50.7 32.4437 45 67.0 8.8905 50.7 32.4553 25 68.0 8.9164 50.7 32.4714 19 69.0 8.9326 50.8 32.4835 18 70.0 8.9898 50.8 32.5221 23 71.0 9.0582 50.8 32.5731 36 72.0 9.0979 50.6 32.6217 40 73.0 9.1742 50.2 32.6756 44 74.0 9.2782 49.7 32.7456 26 75.0 9.3179 49.4 32.7675 18 76.0 9.3386 49.2 32.7754 18 77.0 9.3492 49.0 32.7863 18 78.0 9.3493 48.9 32.8072 25 79.0 9.3028 48.9 32.8437 26 79.9 9.1445 49.5 32.9144 24 81.0 9.0891 49.8 32.9281 21 82.0 9.0703 49.9 32.9309 23 83.0 9.0340 50.1 32.9308 28 84.0 8.8647 50.5 32.9753 22 85.0 8.7353 50.8 33.0197 18 86.0 8.7075 50.9 33.0255 17 87.0 8.6471 51.0 33.0492 19 88.0 8.6124 51.0 33.0682 26 89.0 8.5985 51.0 33.0724 36 90.0 8.5155 50.9 33.1057 27 91.0 8.3729 50.9 33.1464 21 92.0 8.2947 51.1 33.1535 19 93.0 8.2858 51.2 33.1550 26 94.0 8.2711 51.3 33.1574 29 95.0 8.2364 51.3 33.1654 25 96.0 8.2075 51.3 33.1838 21 97.0 8.1461 51.4 33.2150 18 98.0 8.1275 51.3 33.2515 16 99.0 8.1299 51.0 33.2972 16 100.0 8.1274 50.8 33.3175 16 101.0 8.1098 50.6 33.3580 18 102.0 8.0996 50.6 33.3810 29 102.9 8.0977 50.5 33.3899 38 104.0 8.0920 50.5 33.3998 22 105.0 8.0816 50.4 33.4164 18 106.0 8.0642 50.4 33.4384 18 107.1 8.0610 50.5 33.4445 30 107.9 8.0551 50.4 33.4515 33 109.0 8.0550 50.5 33.4634 22 110.0 8.0481 50.4 33.4713 16 111.0 8.0433 50.4 33.4755 16 112.0 8.0379 50.4 33.4802 25 113.0 8.0217 50.5 33.4952 37 114.0 8.0110 50.7 33.5049 25 115.0 8.0083 50.8 33.5071 15 116.0 7.9999 50.8 33.5176 15 117.0 7.9761 50.9 33.5416 14 118.0 7.9655 51.1 33.5498 15 119.0 7.9620 51.2 33.5512 18 120.0 7.9490 51.2 33.5658 23 121.0 7.9450 51.3 33.5863 30 122.0 7.9411 51.2 33.5931 27 123.0 7.9299 51.3 33.6001 27 124.0 7.9126 51.2 33.6098 32 125.0 7.9036 51.2 33.6187 40 125.9 7.9025 51.2 33.6199 20 127.0 7.9012 51.2 33.6237 15 128.0 7.9036 51.2 33.6246 13 129.0 7.9041 51.2 33.6257 13 130.0 7.9040 51.1 33.6270 15 131.0 7.9033 51.2 33.6262 18 132.0 7.9025 51.2 33.6263 25 133.1 7.8855 51.2 33.6390 44 133.9 7.8706 51.3 33.6520 32 135.0 7.8512 51.2 33.6552 18 136.0 7.7750 51.3 33.6865 15 137.0 7.7503 51.3 33.6986 16 138.1 7.7177 51.3 33.7140 21 139.0 7.6930 51.3 33.7257 38 139.9 7.6821 51.3 33.7299 30 141.0 7.6401 51.2 33.7427 19 142.0 7.6202 51.1 33.7480 18 143.0 7.6054 51.1 33.7531 22 144.0 7.5917 51.2 33.7595 39 145.0 7.5848 51.3 33.7605 26 146.0 7.5719 51.2 33.7654 19 147.0 7.5596 51.2 33.7719 17 148.0 7.5435 51.1 33.7715 24 149.1 7.5288 51.1 33.7749 35 150.0 7.5260 51.2 33.7759 38 151.0 7.5161 51.3 33.7810 28 152.0 7.5039 51.5 33.7911 21 153.0 7.4819 51.7 33.7975 14 154.0 7.4543 51.9 33.8109 11 154.9 7.4466 52.0 33.8110 10 156.0 7.4411 52.0 33.8139 11 157.0 7.4314 52.0 33.8224 12 158.0 7.4125 52.1 33.8178 16 159.0 7.4064 52.2 33.8185 29 160.0 7.3943 52.2 33.8195 14 161.0 7.3682 52.2 33.8267 14 162.0 7.3640 52.2 33.8298 14 163.0 7.3585 52.2 33.8347 19 164.0 7.3548 52.3 33.8379 31 165.0 7.3504 52.4 33.8409 39 166.0 7.3418 52.4 33.8428 25 167.0 7.3280 52.3 33.8453 22 168.0 7.3169 52.4 33.8543 23 169.0 7.2978 52.5 33.8560 25 170.0 7.2876 52.4 33.8550 26 171.0 7.2715 52.5 33.8560 26 172.0 7.2439 52.5 33.8594 25 173.0 7.2258 52.5 33.8610 23 174.0 7.2029 52.5 33.8613 21 174.9 7.1877 52.5 33.8558 17 176.0 7.1777 52.5 33.8563 19 177.0 7.1507 52.5 33.8587 23 178.0 7.0725 52.5 33.8807 42 179.0 7.0708 52.4 33.8746 24 180.0 7.0709 52.4 33.8740 21 181.0 7.0709 52.4 33.8735 14 182.0 7.0721 52.5 33.8729 15 183.0 7.0695 52.5 33.8738 16 184.0 7.0606 52.5 33.8779 18 185.0 7.0456 52.5 33.8834 18 186.0 7.0395 52.4 33.8801 22 187.0 7.0103 52.5 33.8833 24 188.0 6.9911 52.5 33.8879 49 188.9 6.9917 52.5 33.8844 24 190.0 6.9869 52.5 33.8845 16 191.0 6.9525 52.4 33.8839 13 192.0 6.9064 52.4 33.8909 16 193.0 6.9043 52.4 33.8910 19 194.1 6.8858 52.5 33.8959 35 194.9 6.8761 52.5 33.8970 37 196.0 6.8435 52.5 33.8907 22 197.0 6.8409 52.5 33.8884 19 198.0 6.8342 52.5 33.8895 20 199.0 6.8290 52.5 33.8902 25 200.0 6.8032 52.5 33.8946 26 201.0 6.7868 52.5 33.8945 22 202.0 6.7559 52.5 33.8991 20 203.0 6.7274 52.4 33.9053 24 204.0 6.7133 52.4 33.9073 40 204.9 6.7127 52.4 33.9044 27 206.0 6.7111 52.5 33.9043 17 206.9 6.7098 52.4 33.9051 14 208.0 6.7058 52.4 33.9085 15 209.0 6.7000 52.4 33.9078 16 210.1 6.6952 52.4 33.9074 22 211.1 6.6908 52.4 33.9081 41 211.9 6.6893 52.4 33.9072 36 213.0 6.6853 52.4 33.9075 20 214.0 6.6812 52.3 33.9093 20 215.0 6.6769 52.3 33.9078 19 216.0 6.6730 52.3 33.9086 23 217.0 6.6722 52.3 33.9089 27 218.0 6.6717 52.3 33.9089 22 219.0 6.6700 52.3 33.9094 25 220.0 6.6538 52.3 33.9123 30 220.9 6.6440 52.3 33.9136 33 222.0 6.6433 52.3 33.9119 18 223.0 6.6349 52.3 33.9127 17 224.0 6.6225 52.3 33.9121 14 225.0 6.5933 52.2 33.9159 17 226.0 6.5336 52.1 33.9275 19 227.1 6.5129 51.9 33.9320 40 228.0 6.5081 51.8 33.9277 36 229.0 6.5034 51.7 33.9275 24 230.0 6.5012 51.7 33.9269 20 231.0 6.4947 51.6 33.9238 19 232.0 6.4914 51.7 33.9200 20 233.0 6.4878 51.7 33.9220 21 234.0 6.4828 51.7 33.9236 24 235.0 6.4739 51.8 33.9226 32 236.1 6.4673 51.7 33.9228 39 236.9 6.4621 51.6 33.9249 29 237.9 6.4576 51.5 33.9229 17 238.9 6.4546 51.5 33.9229 14 240.0 6.4507 51.3 33.9231 14 241.0 6.4490 51.3 33.9234 13 242.0 6.4485 51.3 33.9234 18 243.1 6.4456 51.4 33.9248 30 244.0 6.4440 51.5 33.9249 35 245.0 6.4435 51.5 33.9250 26 246.0 6.4441 51.5 33.9247 30 247.0 6.4432 51.4 33.9249 28 248.0 6.4425 51.5 33.9248 26 249.0 6.4410 51.4 33.9244 22 250.0 6.4401 51.4 33.9245 22 251.0 6.4384 51.4 33.9248 23 252.0 6.4355 51.5 33.9265 26 253.0 6.4339 51.4 33.9276 26 254.0 6.4336 51.5 33.9268 31 255.0 6.4198 51.4 33.9285 31 256.0 6.4212 51.4 33.9288 22 257.0 6.4220 51.3 33.9278 25 258.0 6.4214 51.4 33.9279 22 259.0 6.4218 51.3 33.9274 23 260.0 6.4193 51.3 33.9283 21 261.0 6.4159 51.2 33.9286 21 262.0 6.4113 51.1 33.9289 20 263.0 6.4066 51.0 33.9306 25 264.0 6.4060 51.0 33.9306 53 264.9 6.4019 51.0 33.9304 33 266.0 6.4045 50.8 33.9298 16 267.0 6.4020 50.8 33.9292 15 268.0 6.3884 50.3 33.9308 15 269.0 6.3792 50.0 33.9339 14 270.0 6.3792 50.1 33.9351 20 271.1 6.3812 50.2 33.9327 36 271.9 6.3809 50.3 33.9329 41 273.0 6.3756 50.3 33.9330 27 274.0 6.3671 50.1 33.9345 26 274.9 6.3662 50.2 33.9363 32