*2013/12/16 15:14:32.93 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *COMMENTS djs inside running acq program Alt S start position 49 14.73 N 123 48.61 W 05:11:36 02-12-1998 Alt S stop position 49 14.64 N 123 48.49 W 05:18:14 02-12-1998 *FILE START TIME : UTC 1998/02/12 05:11:35.370 END TIME : UTC 1998/02/12 05:18:14.800 NUMBER OF RECORDS : 334 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 1.3 333.7 2 Temperature 'deg C (IPTS68)' 8.1161 9.4756 3 Transmissivity %/metre 51.7 61.4 4 Salinity PSS-78 28.1599 30.9188 5 Number_of_bin_records n/a 14 54 $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 REAL*4 4 5 -99 ' ' 5 I I 0 $END $REMARKS File name : 98050017.ACQ $END *ADMINISTRATION MISSION : 1998-05 AGENCY : IOS, Ocean Science and Productivity, Sidney, B.C. COUNTRY : Canada PROJECT : Strait of Georgia SCIENTIST : Juhasz T. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : Strait of Georgia STATION : NI02 EVENT NUMBER : 17 LATITUDE : 49 14.73000 N ! (deg min) LONGITUDE : 123 48.61000 W ! (deg min) LATITUDE 2 : 49 14.64000 N ! (deg min) LONGITUDE 2 : 123 48.49000 W ! (deg min) WATER DEPTH : 305 $REMARKS Station Latitude : 49 14.67 N Longitude : 123 48.68 W Depth : 305 $END *INSTRUMENT TYPE : Guildline 8715 CTD MODEL : 875 SERIAL NUMBER : 58,482 $REMARKS Acquisition program : CTD.EXE version 1.45 CTD data type : 2 ! 8755 system binary frame Control String : KP3000TC4 $END *RAW START TIME : UTC 1998/02/12 05:11:35.370 END TIME : UTC 1998/02/12 05:18:14.800 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 9839 $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 $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- --------------- ---- ------ ------------ Pressure DBAR 10 n/a (0 3000) Temperature 'DEG C (ITS68)' 10 n/a (0.129419E-01 0.9984798) Conductivity_Ratio n/a 63 n/a (0.1191E-03 1.002725) Transmissivity '%/25 cm' 10 n/a (101.7348 -2.0347) $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 0 () (-0.8E-02 1) $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- ACQCONV 2.02 1998/06/13 12:26:01 9839 9839 CALIB 7.4 1998/06/13 12:52:17 9839 9839 DESPIKE 1.4 1998/06/13 13:06:30 9839 9839 TIMECOMP 2.2 1998/06/13 13:18:00 9839 9839 DELETE 4.4 1998/06/13 13:37:55 9839 9094 BINAVE2 1.0 1998/06/13 14:15:47 9094 334 CALIB 7.4 1998/06/28 10:58:49 334 334 REMOVECH 3.0 1998/06/28 11:00:44 334 334 HDREDIT2 1.8 2004/01/12 09:19:04 ? ? CLEAN 4.5 2004/01/12 09:19:42 334 334 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:14:32 334 334 $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = 0.0 -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- Pres 55 5 .00 600.00 .10000 999.000 3.00 Temp 55 5 .00 30.00 .00500 999.000 3.00 Cond 55 5 .00 1.00 .00010 999.000 3.00 Tran 55 5 .00 100.00 .10000 999.000 3.00 -The following TIMECOMP parameters were used: Temp. probe Dist (m): .0000 Sample period (sec): .0400 -The following DELETE parameters were used: Surface Record Removal: Low Sal & Last Press Min Maximum Surface Pressure (relative): 20.00 Minimum Surface Salinity: 10.000 Surface Swell Pressure Tolerance: .50 Pressure filtered over width: 11 Swells deleted. Warning message if pressure difference of 2.00 Drop rates< .20m/s (calculated over 11 points) will be deleted Sample interval = .04 seconds. -The following BINAVE2 parameters were used: Bin channel = Pressure Averaging interval = 1.0 Minimum bin value = .000 Average value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = W:\CTD\9805\COMPARE\9805corr.ccf -The following CHANNEL(S) were removed from file. conductivity_ratio CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Change Pad Value to -99 in All Channels. - Delete Empty Channels: 0 deleted. $END !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 1.3 8.1169 57.4 28.1625 28 2.0 8.1175 56.5 28.1612 54 3.0 8.1172 56.1 28.1606 35 4.0 8.1162 56.8 28.1599 40 5.0 8.1161 56.9 28.1601 23 6.1 8.1163 58.1 28.1610 22 7.0 8.1172 59.1 28.1611 24 7.9 8.1184 59.5 28.1632 22 9.0 8.1190 59.5 28.1611 19 10.0 8.1195 59.5 28.1664 23 11.0 8.1243 59.5 28.1819 28 12.0 8.1240 59.7 28.1753 29 13.0 8.1241 59.8 28.1825 29 14.0 8.1326 60.0 28.2067 22 15.0 8.1556 60.2 28.2403 23 16.0 8.2254 60.1 28.3736 40 17.0 8.3217 61.2 28.4761 22 18.0 8.3655 61.4 28.5250 16 19.0 8.3907 61.3 28.5592 19 19.9 8.4095 61.2 28.5747 39 21.0 8.4546 61.4 28.6257 18 22.0 8.4702 61.4 28.6454 16 23.1 8.4881 61.2 28.6700 35 23.9 8.5066 61.3 28.6989 34 25.0 8.5645 61.3 28.7518 18 26.0 8.5743 61.2 28.7687 20 27.0 8.5760 61.2 28.7764 29 27.9 8.5826 61.1 28.8058 42 29.0 8.6052 61.2 28.8380 23 30.0 8.6264 61.2 28.8598 19 31.0 8.6427 61.1 28.8845 25 31.9 8.6660 61.0 28.9171 42 33.0 8.7269 61.0 28.9822 23 34.0 8.7403 61.0 29.0005 20 35.0 8.7640 60.8 29.0289 32 35.9 8.7671 60.9 29.0310 39 37.0 8.7686 61.0 29.0343 23 38.0 8.7739 60.8 29.0535 24 39.0 8.8247 60.6 29.1175 36 40.0 8.8433 60.7 29.1390 27 41.0 8.8651 60.6 29.1775 20 42.1 8.9066 60.4 29.2108 33 42.9 8.9156 60.4 29.2252 40 44.0 8.9398 60.4 29.2543 21 45.0 8.9481 60.2 29.2719 20 46.0 8.9574 60.1 29.2862 41 46.9 8.9780 60.2 29.3209 27 48.0 8.9932 60.1 29.3416 19 49.1 8.9957 59.9 29.3471 31 49.9 8.9956 59.9 29.3492 31 51.0 8.9961 60.0 29.3575 19 52.1 8.9992 59.9 29.3650 25 52.9 9.0022 59.8 29.3741 39 54.0 9.0051 59.9 29.3787 23 55.0 9.0048 59.9 29.3824 21 56.0 9.0031 59.8 29.3842 31 57.0 9.0027 59.6 29.3875 26 58.0 9.0060 59.7 29.3935 25 59.0 9.0150 59.7 29.4048 28 60.0 9.0196 59.7 29.4179 24 61.0 9.0243 59.8 29.4312 19 62.0 9.0262 59.5 29.4565 25 63.0 9.0192 58.6 29.4730 31 63.9 9.0209 58.5 29.4861 26 65.0 9.0290 58.8 29.5023 24 66.0 9.0399 58.9 29.5240 32 66.9 9.0465 59.1 29.5324 25 68.0 9.0504 59.2 29.5400 20 69.0 9.0534 59.0 29.5649 19 70.0 9.0562 58.8 29.5875 32 70.9 9.0530 58.7 29.5940 31 72.0 9.0491 58.6 29.5984 23 73.0 9.0410 58.5 29.6050 21 74.0 9.0347 58.4 29.6106 39 75.0 9.0322 58.4 29.6129 25 76.0 9.0311 58.3 29.6171 20 77.0 9.0285 58.2 29.6241 21 78.0 9.0221 58.0 29.6354 27 79.1 9.0168 57.8 29.6458 36 79.9 9.0047 57.5 29.6547 27 81.0 8.9774 57.0 29.6708 24 82.0 8.9661 56.7 29.6811 26 83.0 8.9585 56.4 29.6974 28 84.0 9.0291 56.8 29.7340 27 84.9 9.0484 57.2 29.7397 25 86.0 9.0568 57.4 29.7442 19 87.0 9.0621 57.5 29.7468 19 88.0 9.0671 57.2 29.7498 45 89.0 9.0842 57.6 29.7729 24 90.0 9.0948 57.9 29.7854 18 91.0 9.0918 57.8 29.7905 24 92.0 9.0904 57.7 29.7921 34 92.9 9.0902 57.8 29.7966 21 94.0 9.0996 57.7 29.8094 19 95.0 9.1224 57.8 29.8266 26 96.0 9.1212 57.8 29.8345 32 97.0 9.1183 57.6 29.8433 29 98.0 9.1150 57.5 29.8509 25 99.0 9.1133 57.5 29.8567 23 100.0 9.1066 57.3 29.8635 25 101.0 9.0939 57.0 29.8706 29 102.0 9.0968 56.9 29.8822 29 103.0 9.1020 56.9 29.8866 22 104.1 9.1116 56.9 29.8941 26 104.9 9.1211 56.8 29.8960 37 106.0 9.1209 56.9 29.8956 28 107.0 9.1278 57.0 29.9026 24 108.0 9.1359 56.9 29.9076 25 109.0 9.1373 56.9 29.9099 27 110.0 9.1414 56.8 29.9142 30 111.0 9.1432 56.8 29.9145 28 112.0 9.1336 56.8 29.9146 23 113.1 9.1385 56.6 29.9211 31 114.0 9.1649 56.7 29.9290 36 115.0 9.1850 57.1 29.9352 17 116.0 9.1919 57.2 29.9381 16 117.1 9.1982 57.0 29.9460 21 117.9 9.1967 56.8 29.9447 43 119.0 9.1960 57.0 29.9536 17 120.0 9.1989 57.0 29.9548 16 121.1 9.1925 56.8 29.9562 33 121.9 9.1878 56.8 29.9570 21 123.0 9.1842 56.8 29.9581 14 124.0 9.1726 56.6 29.9612 16 125.1 9.1634 56.3 29.9604 35 125.9 9.1588 56.2 29.9586 32 127.0 9.1358 55.9 29.9650 20 128.1 9.1245 55.7 29.9675 23 129.0 9.1207 55.6 29.9673 35 129.9 9.1153 55.5 29.9696 25 131.0 9.1079 55.4 29.9708 20 132.0 9.0986 55.1 29.9751 22 133.0 9.0970 55.0 29.9752 30 134.0 9.0765 54.6 29.9781 25 135.0 9.0499 53.9 29.9785 23 136.0 9.0428 53.6 29.9852 38 136.9 9.0437 53.7 29.9867 26 138.0 9.0464 53.6 29.9904 22 139.0 9.0471 53.2 30.0030 20 140.0 9.0109 52.7 30.0127 21 141.1 8.9887 52.2 30.0163 36 141.9 8.9851 52.2 30.0160 31 143.0 8.9834 52.1 30.0236 19 144.0 8.9848 51.9 30.0296 20 145.0 8.9849 51.7 30.0320 39 146.0 8.9951 51.8 30.0412 25 146.9 9.0282 52.3 30.0600 18 148.0 9.0464 52.2 30.0728 20 149.0 9.0669 52.4 30.0859 25 150.0 9.0805 52.3 30.0984 41 151.0 9.0910 52.6 30.1004 27 152.0 9.1231 53.0 30.1123 19 153.0 9.1653 53.7 30.1225 22 154.0 9.1639 53.6 30.1282 32 155.0 9.1801 53.8 30.1324 27 156.0 9.1848 53.9 30.1352 22 157.0 9.1953 54.0 30.1397 23 158.0 9.2204 54.3 30.1471 38 158.9 9.2411 54.6 30.1564 31 159.9 9.2547 54.7 30.1655 21 161.0 9.2916 55.2 30.1818 20 162.1 9.3096 55.5 30.1907 24 163.0 9.3274 55.7 30.2001 34 164.0 9.3302 55.8 30.2064 24 165.0 9.3266 55.8 30.2139 25 166.0 9.3261 55.6 30.2225 34 166.9 9.3486 56.0 30.2361 24 168.0 9.3651 56.2 30.2456 25 169.0 9.3726 56.4 30.2503 31 169.9 9.3816 56.7 30.2536 23 171.0 9.3963 57.0 30.2603 17 172.1 9.4055 57.1 30.2665 30 172.9 9.3995 56.7 30.2574 38 174.0 9.3849 56.3 30.2792 16 175.0 9.4181 56.8 30.3012 17 176.0 9.4375 57.1 30.3007 41 176.9 9.4756 58.4 30.3269 23 178.0 9.4579 58.6 30.3385 15 179.0 9.4438 58.3 30.3404 19 180.0 9.4389 58.0 30.3429 46 181.0 9.4324 58.0 30.3502 23 182.0 9.4387 58.2 30.3549 20 183.0 9.4133 57.7 30.3522 28 184.0 9.3751 56.6 30.3570 27 185.0 9.3687 56.0 30.3635 19 186.0 9.3973 56.2 30.3837 23 187.0 9.4100 56.4 30.3892 43 187.9 9.4099 56.5 30.3975 24 189.0 9.3916 55.8 30.4044 21 190.1 9.3850 55.2 30.4138 31 191.0 9.3837 55.2 30.4165 29 192.0 9.3834 55.1 30.4228 19 193.0 9.3900 54.9 30.4400 24 194.0 9.3926 54.9 30.4419 38 194.9 9.3950 55.2 30.4436 25 196.0 9.3978 55.3 30.4458 23 197.0 9.4000 55.3 30.4487 33 198.0 9.4034 55.5 30.4515 29 199.0 9.4077 55.5 30.4536 23 200.0 9.4133 55.8 30.4609 29 201.0 9.4140 56.0 30.4716 31 202.0 9.4083 56.0 30.4863 28 203.0 9.4074 55.8 30.4906 29 204.0 9.4075 56.0 30.4951 28 205.0 9.4064 56.0 30.5007 26 206.0 9.4065 55.9 30.5080 31 207.0 9.4067 55.9 30.5103 29 208.0 9.4071 56.0 30.5146 29 209.0 9.4103 56.0 30.5185 30 210.0 9.4087 56.0 30.5164 28 211.0 9.4096 56.0 30.5186 27 212.0 9.4108 56.1 30.5196 28 213.0 9.4128 56.2 30.5211 29 214.0 9.4145 56.3 30.5224 29 215.0 9.4137 56.2 30.5217 42 215.9 9.4156 56.3 30.5216 22 217.0 9.4172 56.4 30.5211 18 218.1 9.4177 56.3 30.5233 27 218.9 9.4195 56.1 30.5246 38 220.0 9.4160 56.5 30.5369 22 221.1 9.4095 56.4 30.5555 24 222.0 9.4081 56.3 30.5595 39 222.9 9.4024 56.4 30.5770 20 224.0 9.4014 56.4 30.5797 19 225.1 9.3993 56.4 30.5837 28 225.9 9.3978 56.3 30.5870 39 227.0 9.3966 56.3 30.5932 21 228.0 9.3963 56.3 30.5959 30 228.9 9.3969 56.4 30.5976 38 229.9 9.3962 56.8 30.6039 19 231.0 9.3949 56.8 30.6077 18 232.0 9.3899 56.7 30.6208 35 233.0 9.3845 56.6 30.6276 33 234.1 9.3711 56.3 30.6497 27 235.0 9.3680 56.3 30.6568 39 235.9 9.3653 56.3 30.6605 26 237.0 9.3615 56.2 30.6664 24 238.0 9.3584 56.1 30.6734 29 239.0 9.3576 56.1 30.6757 25 240.0 9.3567 56.0 30.6780 24 241.1 9.3544 55.9 30.6832 41 242.0 9.3519 56.0 30.6895 32 243.0 9.3437 55.9 30.7033 21 244.0 9.3417 55.8 30.7066 26 245.0 9.3398 55.8 30.7099 33 246.0 9.3340 55.8 30.7184 23 247.0 9.3320 55.7 30.7214 21 248.1 9.3293 55.4 30.7253 44 249.0 9.3235 55.8 30.7331 27 250.0 9.3216 55.8 30.7383 22 251.0 9.3213 56.0 30.7406 29 252.0 9.3196 56.0 30.7429 28 253.0 9.3129 56.1 30.7500 21 254.0 9.3081 56.0 30.7546 22 255.0 9.3063 55.9 30.7570 46 255.9 9.3039 56.0 30.7605 26 257.0 9.3018 55.9 30.7623 20 258.1 9.2979 55.8 30.7668 28 258.9 9.2914 55.5 30.7744 37 260.0 9.2824 55.7 30.7842 25 261.1 9.2740 55.5 30.7937 35 261.9 9.2724 55.6 30.7953 34 263.0 9.2714 55.6 30.7962 25 264.0 9.2698 55.6 30.7982 28 265.0 9.2665 55.8 30.8025 27 266.0 9.2591 55.8 30.8107 31 266.9 9.2578 55.8 30.8118 36 268.0 9.2565 56.0 30.8127 22 269.0 9.2563 55.8 30.8131 20 270.0 9.2559 55.4 30.8137 47 270.9 9.2552 55.8 30.8130 22 272.0 9.2523 56.0 30.8177 17 273.1 9.2489 55.7 30.8210 24 273.9 9.2493 55.5 30.8207 33 275.0 9.2479 55.8 30.8223 16 276.0 9.2462 55.8 30.8239 17 277.1 9.2459 55.2 30.8243 42 278.0 9.2454 55.7 30.8250 28 279.0 9.2453 55.7 30.8252 16 280.1 9.2447 55.5 30.8260 32 280.9 9.2444 55.3 30.8262 38 282.0 9.2438 55.7 30.8271 22 283.0 9.2420 55.5 30.8292 25 284.0 9.2409 55.5 30.8304 29 285.0 9.2393 55.7 30.8327 28 286.0 9.2388 55.7 30.8334 30 287.0 9.2387 55.6 30.8334 34 288.0 9.2388 55.6 30.8339 27 289.0 9.2386 55.7 30.8341 27 290.0 9.2377 55.5 30.8354 31 291.0 9.2360 55.5 30.8375 24 292.0 9.2311 55.3 30.8438 26 293.0 9.2295 55.1 30.8462 40 294.0 9.2276 55.2 30.8483 28 294.9 9.2284 55.0 30.8475 28 296.0 9.2262 54.9 30.8500 23 297.1 9.2251 54.9 30.8516 32 297.9 9.2251 55.0 30.8516 35 299.0 9.2229 55.0 30.8542 21 300.0 9.2184 54.8 30.8601 25 301.0 9.2171 54.7 30.8621 44 302.0 9.2161 54.6 30.8631 29 303.0 9.2141 54.7 30.8657 19 304.0 9.2112 54.5 30.8698 22 305.1 9.2082 54.2 30.8739 44 306.0 9.2046 53.9 30.8782 26 307.0 9.2012 53.8 30.8830 18 308.1 9.2004 53.4 30.8844 38 308.9 9.1997 53.6 30.8855 31 310.0 9.1967 53.4 30.8893 18 311.0 9.1924 53.8 30.8945 18 312.1 9.1926 53.6 30.8949 48 313.0 9.1890 54.2 30.8994 28 314.0 9.1866 54.4 30.9033 19 315.0 9.1854 54.6 30.9053 21 316.1 9.1857 54.3 30.9048 42 317.0 9.1850 54.5 30.9062 29 318.0 9.1841 54.7 30.9073 18 319.0 9.1849 54.7 30.9065 19 320.1 9.1843 54.3 30.9072 44 321.0 9.1842 54.7 30.9076 25 322.0 9.1831 54.9 30.9093 16 323.1 9.1825 54.9 30.9097 25 323.9 9.1826 54.3 30.9097 39 325.0 9.1820 54.7 30.9106 18 326.0 9.1816 54.8 30.9112 20 327.0 9.1813 54.5 30.9118 42 328.0 9.1806 54.7 30.9126 26 329.0 9.1800 54.8 30.9134 21 330.0 9.1787 54.8 30.9155 33 331.0 9.1774 55.2 30.9177 30 332.0 9.1769 55.2 30.9184 28 333.0 9.1768 55.1 30.9188 48 333.7 9.1767 55.3 30.9187 22