*2013/12/16 15:09:41.50 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *COMMENTS DOWN CAST NI05 Alt S start position 49 19.62 N 123 38.76 W 20:32:38 02-27-1996 Alt S stop position 49 19.56 N 123 38.80 W 20:41:52 02-27-1996 *FILE START TIME : PST 1996/02/27 20:32:38.500 END TIME : PST 1996/02/27 20:41:52.530 NUMBER OF RECORDS : 255 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 1.4 254.8 2 Temperature 'deg C (IPTS68)' 6.2203 9.4449 3 Transmissivity %/metre 37.2 56.3 4 Salinity PSS-78 25.0304 30.8478 5 Number_of_bin_records n/a 7 59 $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 : 96030038.ACQ $END *ADMINISTRATION MISSION : 1996-03 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 : NI05 EVENT NUMBER : 38 LATITUDE : 49 19.62000 N ! (deg min) LONGITUDE : 123 38.76000 W ! (deg min) LATITUDE 2 : 49 19.56000 N ! (deg min) LONGITUDE 2 : 123 38.80000 W ! (deg min) WATER DEPTH : 298 $REMARKS Station Latitude : 0 0.00 N Longitude : 0 0.00 W Depth : 9999 $END *INSTRUMENT TYPE : Guildline 8715 CTD MODEL : ASI/486 SERIAL NUMBER : 58482 $REMARKS Acquisition program : CTD.EXE version 1.45 CTD data type : 2 ! 8755 system binary frame Control String : KP3000TC14 $END *RAW START TIME : PST 1996/02/27 20:32:38.500 END TIME : PST 1996/02/27 20:41:52.530 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 13760 $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 Chl_fluorescence Percent_FS Transmissivity Percent_FS $END *CALIBRATION $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- --------------- ---- ------ ------------ Pressure DBAR 10 -99 (0 3000) Temperature 'DEG C (ITS68)' 10 -99 (0.11066E-01 0.9986) Conductivity_Ratio n/a 63 -99 (-0.24575E-03 1.0029) Chl_fluorescence mg/m**3 10 n/a (30 -0.6) Transmissivity '%/25 cm' 10 -99 (101.272 -2.0255) $END $TABLE: CALCULATED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------- -------- ---- ------ ------------ Salinity PSS-78 30 ' ' (Pressure Temperature Conductivity_ratio) () $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- ACQCONV 2.02 1996/08/22 15:53:25 13760 13760 CALIB 7.1 1996/08/27 10:21:20 13760 13760 DESPIKE 1.4 1996/08/27 11:16:33 13760 13760 TIMECOMP 2.2 1996/08/27 11:24:56 13760 13760 DELETE 4.3 1996/08/27 11:39:37 13760 11483 BOXCAR 2.3 1996/08/27 11:47:43 11483 11483 CTDEDIT 3.2 1996/08/28 16:06:33 11483 11483 BINAVE 2.0 1996/08/28 16:07:55 11483 255 REMOVECH 3.0 1996/08/30 14:19:39 255 255 HEADEDIT 1.1 1996/08/30 14:21:37 ' ' ' ' HDREDIT2 1.7 2003/09/17 16:19:37 ? ? CLEAN 4.4 2003/09/17 16:20:12 255 255 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:09:41 255 255 $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = 0.0 Calibration file = 58482.CCF -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- PRESSURE 55 5 0.00 500.00 0.10000 999.000 3.00 TEMPERATURE 55 5 0.00 20.00 0.00500 999.000 3.00 CONDUCTIVITY_RATIO 55 5 0.00 1.00 0.00010 999.000 3.00 TRANSMISSIVITY 55 5 0.00 100.00 0.10000 999.000 3.00 CHL_FLUORESCENCE 55 5 0.00 10.00 0.10000 999.000 3.00 -The following TIMECOMP parameters were used: Temp. probe Dist (m): 0.0000 Sample period (sec): 0.0400 -The following DELETE parameters were used: Surface Record Removal: Low Sal & Last Press Min Maximum Surface Pressure (relative): 20.00 Minimum Surface Salinity: 0.000 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 11 Swells deleted. Warning message if pressure difference of 2.00 Drop rates< 0.30m/s (calculated over 11 points) will be deleted Sample interval = 0.04 seconds. -The following FILTER parameters were used. Median filter was used. Filter width = 21 The following channel(s) were filtered. SALINITY -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 NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CHANNEL(S) were removed from file. CONDUCTIVITY_RATIO CHL_FLUORESCENCE 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 !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 1.4 6.2219 37.7 25.0304 7 2.1 6.2225 37.6 25.0314 31 3.0 6.2311 37.6 25.0378 38 4.0 6.2222 37.6 25.0329 54 5.0 6.2203 37.6 25.0354 43 6.0 6.2454 37.5 25.0543 50 7.0 6.2745 37.5 25.0939 49 8.0 6.3634 37.5 25.2527 48 8.9 6.3740 37.6 25.2643 51 10.0 6.4236 37.2 25.4141 46 11.0 6.6064 38.0 25.8519 52 11.9 6.8789 43.5 26.1491 48 13.0 7.0830 46.1 26.6627 47 13.9 7.1317 47.5 26.7568 50 15.0 7.1683 48.4 26.9398 50 16.0 7.2108 48.6 27.0200 53 17.0 7.3473 50.9 27.2895 42 17.9 7.5081 53.3 27.5333 40 19.0 7.5924 54.0 27.6623 48 20.0 7.6951 55.3 27.8441 48 21.0 7.8253 56.0 28.0226 47 22.0 7.9564 56.3 28.1990 45 23.0 8.0274 56.3 28.3030 45 24.0 8.0803 56.3 28.3747 43 25.0 8.1673 56.3 28.5219 41 26.0 8.2447 56.1 28.6968 48 27.0 8.4304 55.9 28.9086 52 28.0 8.5179 56.2 28.9741 46 29.0 8.5542 56.1 29.0084 43 30.0 8.5929 56.3 29.0548 39 31.0 8.5939 56.3 29.0628 48 32.0 8.5495 55.7 29.0689 44 33.0 8.4350 54.5 29.1018 41 34.0 8.3638 53.7 29.0976 46 35.0 8.3471 53.6 29.1179 44 36.0 8.3761 53.7 29.1266 41 37.0 8.4085 53.8 29.1518 41 38.0 8.5179 54.7 29.2251 38 39.0 8.6047 55.5 29.2617 45 40.0 8.6209 55.6 29.2759 43 41.0 8.6182 55.5 29.2934 49 42.0 8.6083 55.4 29.3060 44 43.0 8.5884 55.1 29.3226 49 44.0 8.5859 55.1 29.3253 48 45.0 8.5853 55.2 29.3258 49 46.0 8.5851 55.1 29.3262 46 47.0 8.5810 55.0 29.3327 46 48.0 8.5672 54.8 29.3476 41 49.0 8.5231 54.2 29.3701 51 50.0 8.5030 53.8 29.3976 40 51.0 8.5124 54.1 29.4203 48 52.0 8.5129 54.0 29.4310 47 53.0 8.5098 53.8 29.4483 49 54.0 8.5074 53.6 29.4544 44 55.0 8.5027 53.5 29.4557 46 56.0 8.4876 53.2 29.4565 34 57.0 8.4802 53.2 29.4563 36 58.1 8.4623 52.8 29.4617 40 59.0 8.4418 52.4 29.4699 37 60.0 8.3864 51.6 29.4702 45 61.0 8.3647 51.3 29.4721 49 62.0 8.3711 51.4 29.4838 47 63.0 8.4043 51.7 29.4884 39 64.0 8.4163 51.9 29.5001 40 65.0 8.4197 51.6 29.5033 42 66.0 8.4215 51.7 29.5228 42 67.0 8.4555 51.7 29.5618 45 68.1 8.4654 51.4 29.6018 51 69.0 8.4732 51.3 29.6120 49 70.0 8.4927 51.5 29.6180 46 71.0 8.5085 51.7 29.6223 45 72.0 8.5150 51.8 29.6239 40 73.0 8.5132 51.8 29.6244 54 74.0 8.5112 51.8 29.6243 45 75.0 8.5329 52.0 29.6309 52 76.0 8.5039 51.2 29.6320 47 77.0 8.4937 51.1 29.6377 54 78.0 8.4992 51.3 29.6391 50 79.0 8.5477 52.1 29.6515 45 80.0 8.5538 51.8 29.6405 49 81.0 8.4989 50.8 29.6489 41 82.0 8.4909 50.8 29.6609 51 83.0 8.4914 50.7 29.6640 36 84.0 8.4902 50.6 29.6673 39 85.1 8.4919 50.6 29.6682 42 86.0 8.4968 50.7 29.6746 54 87.0 8.5075 50.7 29.6814 45 88.0 8.5113 50.7 29.6830 52 89.0 8.5123 50.7 29.6834 49 90.1 8.5132 50.7 29.6847 42 91.0 8.5173 50.8 29.6875 38 92.1 8.5240 50.9 29.6903 43 93.0 8.5272 51.0 29.6934 52 94.0 8.5582 51.3 29.7042 48 95.0 8.5767 51.5 29.7090 44 96.0 8.5974 51.8 29.7252 44 97.0 8.6328 52.2 29.7276 39 98.0 8.6276 52.1 29.7256 33 99.0 8.5200 50.8 29.7192 39 100.0 8.4643 49.8 29.7267 42 101.0 8.4434 49.5 29.7322 48 102.0 8.4714 49.7 29.7457 52 103.0 8.5153 50.3 29.7509 52 104.0 8.5141 50.1 29.7552 45 105.0 8.5045 49.9 29.7451 47 106.0 8.4092 48.2 29.7368 44 107.0 8.3937 48.2 29.7571 47 108.0 8.3909 48.1 29.7653 46 108.9 8.4234 48.1 29.7880 50 110.1 8.4635 48.3 29.8054 46 111.0 8.4534 48.2 29.8164 39 112.1 8.4597 48.2 29.8310 47 112.9 8.4578 48.0 29.8483 44 114.0 8.4659 48.6 29.8726 50 115.0 8.5189 49.4 29.8898 41 116.0 8.5100 49.2 29.8944 45 117.0 8.5217 49.2 29.9084 42 117.9 8.5394 49.3 29.9272 45 119.0 8.5350 49.0 29.9285 36 120.0 8.5391 49.1 29.9367 37 121.0 8.5518 49.1 29.9482 42 122.0 8.5637 49.2 29.9597 59 123.0 8.5785 49.0 29.9729 39 124.0 8.5880 49.1 29.9838 44 125.0 8.6211 49.5 30.0023 44 126.0 8.6204 49.5 30.0036 52 127.0 8.6087 49.2 30.0022 53 128.0 8.5880 48.6 30.0079 46 129.0 8.5924 48.8 30.0154 38 130.0 8.5999 48.5 30.0252 40 131.0 8.6032 47.8 30.0406 35 132.0 8.6624 48.6 30.0753 53 133.0 8.6790 48.5 30.0883 51 134.0 8.6619 47.0 30.0936 54 135.0 8.6631 46.6 30.1008 40 136.0 8.6731 46.9 30.1057 38 137.1 8.6713 46.3 30.1102 40 138.0 8.6751 46.4 30.1127 47 139.0 8.6741 46.3 30.1150 45 140.0 8.6727 46.3 30.1168 43 141.1 8.6701 46.3 30.1176 43 142.0 8.6673 46.5 30.1174 38 143.0 8.6600 46.5 30.1188 47 144.0 8.6746 47.1 30.1317 54 145.0 8.6965 47.2 30.1547 50 146.0 8.7381 48.4 30.1617 43 147.0 8.7432 48.8 30.1688 44 148.0 8.7463 48.7 30.2009 47 149.0 8.7940 49.7 30.2369 51 150.0 8.8373 49.7 30.2479 49 151.0 8.8359 49.5 30.2600 52 152.0 8.8521 49.6 30.2752 43 153.1 8.9287 50.3 30.3100 50 154.0 8.9816 50.8 30.3319 50 155.0 9.0391 51.5 30.3456 43 156.0 9.1068 52.4 30.3800 52 157.0 9.1532 52.6 30.4019 47 158.0 9.1766 52.6 30.4319 50 159.0 9.2378 52.7 30.4574 47 160.0 9.2315 52.4 30.4601 50 161.0 9.2250 52.1 30.4614 48 162.0 9.2195 52.0 30.4613 52 163.0 9.2059 51.2 30.4570 53 164.0 9.1789 49.6 30.4666 45 165.0 9.1658 48.8 30.4658 42 165.9 9.1423 47.6 30.4796 36 167.0 9.1986 49.3 30.4965 36 168.0 9.2288 49.6 30.5088 45 169.0 9.2476 50.1 30.5186 41 170.0 9.2874 50.9 30.5360 48 170.9 9.3084 51.8 30.5587 53 172.1 9.3382 51.9 30.5755 47 173.0 9.3435 51.9 30.5857 49 174.0 9.3450 51.9 30.5921 45 175.0 9.3447 51.8 30.5933 44 176.0 9.3425 51.5 30.6041 42 177.0 9.3411 51.3 30.6113 45 178.0 9.3396 51.2 30.6144 41 179.0 9.3457 51.4 30.6223 47 179.9 9.3130 49.8 30.6270 46 181.0 9.2556 48.1 30.6420 41 182.0 9.2536 47.7 30.6458 32 183.0 9.2556 47.2 30.6552 47 184.0 9.2388 46.6 30.6512 57 185.0 9.2321 46.2 30.6517 34 186.0 9.2397 46.0 30.6553 49 187.0 9.2302 45.2 30.6559 44 188.0 9.2385 45.5 30.6724 42 189.0 9.2775 45.5 30.6812 43 190.0 9.2850 45.7 30.6861 35 190.9 9.2971 45.8 30.6924 33 192.0 9.3060 46.2 30.6998 38 193.0 9.3161 46.5 30.7063 49 194.0 9.3286 46.5 30.7162 46 195.0 9.3290 46.3 30.7179 47 196.0 9.3260 46.0 30.7161 48 197.0 9.3152 45.5 30.7167 50 198.0 9.3090 44.9 30.7167 46 199.0 9.3147 45.0 30.7275 51 200.1 9.3346 45.7 30.7311 51 201.0 9.3366 45.6 30.7345 43 201.9 9.3295 45.1 30.7363 36 203.0 9.3283 44.8 30.7374 43 204.0 9.3272 44.8 30.7394 49 205.0 9.3316 44.8 30.7414 48 206.0 9.3400 45.1 30.7469 50 207.0 9.3535 45.6 30.7549 48 208.0 9.3834 46.7 30.7689 52 209.0 9.4055 47.5 30.7744 45 210.0 9.4097 47.7 30.7776 42 211.0 9.4071 47.0 30.7848 46 212.0 9.4057 46.8 30.7871 43 213.0 9.4061 46.7 30.7883 57 214.0 9.3975 45.5 30.7926 48 215.0 9.3930 45.0 30.7960 49 216.0 9.3944 45.0 30.7963 46 217.0 9.3961 45.0 30.7971 44 218.0 9.3962 45.1 30.7978 44 219.0 9.3958 45.0 30.7983 40 220.0 9.3964 45.0 30.7996 38 221.0 9.3991 45.1 30.8006 32 222.1 9.3979 45.1 30.8007 49 222.9 9.3947 44.9 30.8014 49 224.0 9.3913 44.6 30.8023 44 224.9 9.3912 44.6 30.8026 50 226.0 9.3903 44.5 30.8029 45 227.0 9.3901 44.5 30.8033 34 228.0 9.3909 44.5 30.8038 51 229.0 9.3916 44.3 30.8051 45 230.0 9.3915 44.2 30.8058 47 231.0 9.3947 44.4 30.8072 48 232.0 9.3972 44.5 30.8082 52 233.0 9.3977 44.5 30.8087 40 234.0 9.3979 44.5 30.8089 54 234.9 9.3981 44.4 30.8088 41 236.0 9.3984 44.6 30.8092 53 237.0 9.3994 44.4 30.8097 47 238.0 9.4005 44.5 30.8100 52 239.0 9.4021 44.4 30.8107 52 239.9 9.4055 44.6 30.8124 45 241.0 9.4190 45.2 30.8158 47 242.1 9.4222 45.5 30.8173 41 243.0 9.4233 45.3 30.8176 38 244.0 9.4265 45.7 30.8226 50 244.9 9.4308 45.2 30.8251 50 246.0 9.4277 44.6 30.8273 52 247.0 9.4274 44.4 30.8279 42 248.0 9.4279 44.2 30.8299 40 249.0 9.4328 43.6 30.8346 45 250.0 9.4367 43.5 30.8386 39 251.0 9.4388 43.1 30.8413 32 251.9 9.4392 43.0 30.8418 37 253.0 9.4393 43.0 30.8419 39 254.0 9.4401 42.8 30.8451 44 254.8 9.4449 42.5 30.8478 34