*2013/12/16 15:09:40.55 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *COMMENTS cast 1 - D8A rmb/tj ne 10 leave CTd in the water to soak Alt S start position 48 42.12 N 123 15.33 W 11:44:38 02-26-1996 Alt S stop position 48 42.08 N 123 15.49 W 12:07:59 02-26-1996 *FILE START TIME : PST 1996/02/26 11:44:37.470 END TIME : PST 1996/02/26 12:07:59.330 NUMBER OF RECORDS : 323 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 3.1 324.9 2 Temperature 'deg C (IPTS68)' 7.6463 7.894 3 Transmissivity %/metre 33.5 45.4 4 Salinity PSS-78 29.6616 30.2596 5 Number_of_bin_records n/a 28 58 $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 : 96030002.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 : D8A EVENT NUMBER : 2 LATITUDE : 48 42.12000 N ! (deg min) LONGITUDE : 123 15.33000 W ! (deg min) LATITUDE 2 : 48 42.08000 N ! (deg min) LONGITUDE 2 : 123 15.49000 W ! (deg min) WATER DEPTH : 358 $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 1996/02/26 11:44:37.470 END TIME : PST 1996/02/26 12:07:59.330 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 16812 $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 14:02:52 16812 16812 CALIB 7.1 1996/08/27 10:02:29 16812 16812 DESPIKE 1.4 1996/08/27 11:08:25 16812 16812 TIMECOMP 2.2 1996/08/27 11:20:18 16812 16812 DELETE 4.3 1996/08/27 11:34:57 16812 14308 BOXCAR 2.3 1996/08/27 11:43:03 14308 14308 CTDEDIT 3.2 1996/08/28 15:05:41 14308 14308 BINAVE 2.0 1996/08/28 15:23:49 14308 323 REMOVECH 3.0 1996/08/30 14:19:08 323 323 HEADEDIT 1.1 1996/08/30 14:21:11 ' ' ' ' HDREDIT2 1.7 2003/09/17 16:19:35 ? ? CLEAN 4.4 2003/09/17 16:20:10 323 323 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:09:40 323 323 $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 3.1 7.6667 45.2 29.6616 28 4.0 7.6637 45.1 29.6634 50 5.0 7.6615 45.2 29.6640 57 6.0 7.6627 45.2 29.6634 56 6.9 7.6578 45.1 29.6633 56 8.0 7.6533 45.1 29.6657 56 9.0 7.6534 45.2 29.6660 54 10.0 7.6560 45.1 29.6650 48 11.0 7.6550 45.2 29.6665 52 12.0 7.6529 45.2 29.6682 54 13.0 7.6531 45.2 29.6674 50 14.0 7.6504 45.2 29.6748 58 15.0 7.6506 45.3 29.6745 50 16.0 7.6468 45.2 29.6852 47 17.0 7.6465 45.3 29.6826 53 18.0 7.6463 45.2 29.6830 52 19.0 7.6464 45.3 29.6843 48 20.0 7.6487 45.3 29.6906 47 21.0 7.6520 45.3 29.7062 49 22.0 7.6535 45.4 29.7097 48 23.0 7.6535 45.3 29.7106 49 24.0 7.6547 45.3 29.7138 48 25.0 7.6585 45.3 29.7247 55 26.0 7.6637 45.4 29.7369 54 27.0 7.6664 45.4 29.7420 45 28.0 7.6667 45.4 29.7428 41 29.0 7.6651 45.4 29.7390 52 30.0 7.6661 45.3 29.7407 56 31.0 7.6664 45.4 29.7409 51 32.0 7.6671 45.4 29.7415 53 33.0 7.6688 45.3 29.7450 44 34.0 7.6684 45.4 29.7445 44 35.0 7.6684 45.4 29.7446 52 36.0 7.6682 45.3 29.7423 51 37.1 7.6713 45.3 29.7499 40 38.0 7.6783 45.3 29.7584 34 39.0 7.6796 45.2 29.7601 40 40.0 7.6785 45.3 29.7600 47 41.0 7.6782 45.4 29.7586 47 42.0 7.6775 45.4 29.7578 34 43.0 7.6765 45.3 29.7560 48 44.0 7.6766 45.4 29.7555 42 45.0 7.6768 45.4 29.7557 45 46.0 7.6753 45.3 29.7536 44 47.0 7.6747 45.3 29.7538 39 48.0 7.6801 45.3 29.7588 53 49.0 7.6909 45.3 29.7780 39 50.0 7.6992 45.4 29.7939 40 51.0 7.6983 45.4 29.7973 52 52.0 7.7049 45.3 29.8060 40 53.0 7.7129 45.3 29.8144 41 54.1 7.7158 45.3 29.8190 38 55.0 7.7172 45.3 29.8209 39 56.0 7.7235 45.2 29.8282 39 57.0 7.7248 45.3 29.8305 51 57.9 7.7245 45.3 29.8308 50 58.9 7.7229 45.3 29.8285 35 60.1 7.7274 45.2 29.8331 52 61.0 7.7286 45.3 29.8349 48 61.9 7.7428 45.2 29.8461 34 63.0 7.7569 45.1 29.8740 44 64.1 7.7568 45.1 29.8779 48 65.0 7.7571 45.0 29.8783 47 66.0 7.7584 45.0 29.8786 36 67.1 7.7602 44.8 29.8802 39 68.0 7.7635 44.6 29.8803 45 69.0 7.7646 44.7 29.8824 50 70.0 7.7646 44.6 29.8825 47 71.0 7.7646 44.7 29.8825 50 72.0 7.7642 44.7 29.8820 50 73.0 7.7639 44.8 29.8820 50 73.9 7.7639 44.6 29.8819 45 75.0 7.7649 44.8 29.8825 50 76.0 7.7643 44.8 29.8820 48 77.0 7.7643 44.8 29.8820 50 78.0 7.7642 44.8 29.8819 49 79.0 7.7637 44.9 29.8822 45 80.0 7.7638 44.8 29.8819 39 81.0 7.7630 44.8 29.8826 43 82.0 7.7641 44.8 29.8827 36 83.0 7.7660 44.8 29.8845 39 84.0 7.7699 44.8 29.8887 38 85.0 7.7751 44.7 29.8992 41 86.0 7.7763 44.8 29.9027 41 87.0 7.7773 44.6 29.9069 41 88.0 7.7777 44.6 29.9088 39 89.0 7.7779 44.7 29.9095 44 90.0 7.7781 44.3 29.9100 39 91.0 7.7783 44.5 29.9109 41 92.0 7.7786 44.7 29.9123 42 93.0 7.7790 44.6 29.9137 42 94.0 7.7797 44.5 29.9157 42 95.0 7.7809 44.5 29.9196 47 96.0 7.7813 44.4 29.9215 41 97.0 7.7816 44.3 29.9226 43 98.0 7.7817 44.4 29.9236 42 99.0 7.7819 44.4 29.9237 46 100.0 7.7820 44.5 29.9240 40 101.0 7.7820 44.2 29.9242 43 102.0 7.7822 44.5 29.9244 39 103.0 7.7823 44.2 29.9255 47 104.0 7.7827 44.2 29.9278 39 105.0 7.7846 44.1 29.9276 49 106.0 7.7845 44.2 29.9284 40 107.0 7.7850 44.3 29.9290 44 108.0 7.7855 44.1 29.9361 44 109.0 7.7881 44.0 29.9456 43 110.0 7.7882 44.2 29.9459 45 111.0 7.7880 44.0 29.9452 39 112.0 7.7883 44.3 29.9449 44 113.0 7.7886 44.3 29.9456 42 114.0 7.7886 44.2 29.9461 46 115.0 7.7886 44.3 29.9450 41 116.0 7.7888 44.3 29.9457 49 117.0 7.7888 44.2 29.9469 40 118.0 7.7888 44.5 29.9524 43 119.0 7.7889 44.4 29.9541 42 120.0 7.7889 44.5 29.9582 44 121.0 7.7882 44.5 29.9609 43 122.0 7.7881 44.6 29.9612 45 123.0 7.7883 44.6 29.9610 43 124.0 7.7884 44.6 29.9631 47 125.0 7.7884 44.6 29.9650 42 126.0 7.7877 44.7 29.9723 48 127.0 7.7878 44.7 29.9726 40 128.0 7.7878 44.7 29.9725 48 129.0 7.7883 44.7 29.9736 48 130.0 7.7883 44.8 29.9732 44 131.0 7.7885 44.7 29.9737 48 132.0 7.7883 44.6 29.9730 47 133.0 7.7885 44.8 29.9729 38 134.0 7.7885 44.6 29.9730 33 135.0 7.7888 44.7 29.9729 39 136.0 7.7887 44.7 29.9729 34 137.0 7.7889 44.7 29.9741 38 138.0 7.7892 44.9 29.9728 37 139.0 7.7890 44.6 29.9730 36 140.0 7.7902 44.6 29.9759 39 141.0 7.7903 44.6 29.9747 37 142.0 7.7905 44.6 29.9763 36 143.0 7.7925 44.6 29.9806 37 144.0 7.7931 44.3 29.9828 39 145.0 7.7939 44.4 29.9856 36 146.0 7.7960 44.2 29.9906 36 147.0 7.7970 44.1 29.9939 41 148.0 7.7988 43.7 29.9999 37 149.0 7.7986 44.1 29.9985 38 150.0 7.7983 43.9 29.9976 38 151.0 7.7983 44.0 29.9975 38 152.0 7.7980 44.0 29.9960 39 153.0 7.7983 44.3 29.9967 39 154.0 7.7984 44.2 29.9974 37 155.0 7.7994 44.0 30.0011 39 156.0 7.8007 44.0 30.0038 39 157.0 7.8006 43.8 30.0038 39 158.0 7.8021 44.2 30.0083 40 159.0 7.8027 44.7 30.0117 35 160.0 7.8032 44.8 30.0140 39 161.0 7.8036 44.9 30.0157 37 162.0 7.8040 45.0 30.0166 39 163.0 7.8045 44.9 30.0182 39 164.0 7.8052 44.8 30.0213 38 165.0 7.8064 44.5 30.0259 39 166.0 7.8084 44.5 30.0329 39 167.0 7.8112 44.6 30.0432 39 168.0 7.8146 44.7 30.0544 42 169.0 7.8154 44.2 30.0572 37 170.0 7.8156 44.2 30.0579 38 171.0 7.8158 44.2 30.0581 37 172.0 7.8155 44.2 30.0576 42 173.0 7.8158 44.0 30.0575 36 174.0 7.8156 44.0 30.0569 39 175.0 7.8154 44.2 30.0563 42 176.0 7.8158 44.0 30.0573 37 177.1 7.8161 43.9 30.0579 41 178.0 7.8160 43.7 30.0578 36 179.0 7.8164 43.9 30.0582 40 180.0 7.8167 44.0 30.0590 37 181.0 7.8166 43.9 30.0592 36 181.9 7.8175 44.0 30.0608 42 183.0 7.8180 44.1 30.0629 39 184.0 7.8186 44.0 30.0666 42 185.0 7.8193 44.3 30.0677 39 186.0 7.8192 44.1 30.0675 40 187.0 7.8193 44.0 30.0673 40 188.0 7.8192 44.3 30.0671 41 189.0 7.8193 44.3 30.0673 38 190.0 7.8206 44.1 30.0747 43 191.0 7.8210 44.0 30.0737 37 192.0 7.8221 43.8 30.0768 42 193.0 7.8228 43.9 30.0806 41 194.0 7.8247 43.4 30.0832 40 195.0 7.8247 43.4 30.0843 42 196.0 7.8250 43.7 30.0840 45 197.0 7.8249 43.5 30.0836 43 198.0 7.8257 43.4 30.0870 42 199.0 7.8271 43.5 30.0907 47 200.1 7.8276 43.7 30.0908 41 201.0 7.8277 43.5 30.0927 48 202.0 7.8282 43.5 30.0939 39 203.0 7.8283 43.5 30.0937 41 204.0 7.8283 43.2 30.0936 39 205.0 7.8284 43.4 30.0936 43 206.0 7.8288 43.2 30.0939 42 207.0 7.8285 43.3 30.0931 43 208.0 7.8286 43.3 30.0932 38 209.0 7.8287 43.5 30.0930 43 210.0 7.8286 43.2 30.0927 39 211.0 7.8288 43.5 30.0928 42 212.0 7.8288 43.5 30.0923 42 213.0 7.8287 43.3 30.0920 42 214.0 7.8287 43.5 30.0916 42 215.0 7.8272 43.7 30.0885 42 216.0 7.8279 43.6 30.0889 42 217.0 7.8277 43.3 30.0875 39 218.0 7.8273 43.7 30.0863 47 219.0 7.8286 43.5 30.0899 38 220.0 7.8294 43.7 30.0917 48 221.0 7.8297 43.2 30.0927 42 222.0 7.8305 43.4 30.0946 46 223.0 7.8309 43.3 30.0962 44 224.0 7.8315 43.7 30.0975 45 225.0 7.8319 43.4 30.0987 45 226.0 7.8327 43.4 30.1006 46 227.0 7.8330 43.1 30.1012 43 228.0 7.8337 43.2 30.1026 47 229.0 7.8344 43.2 30.1052 44 230.0 7.8344 43.3 30.1043 46 231.0 7.8345 43.3 30.1047 45 232.0 7.8348 43.4 30.1055 46 233.0 7.8356 43.3 30.1064 48 234.0 7.8358 43.3 30.1079 45 235.0 7.8365 43.3 30.1097 45 236.0 7.8375 43.0 30.1123 44 237.0 7.8382 43.0 30.1147 45 238.0 7.8382 43.3 30.1140 47 239.0 7.8384 43.3 30.1150 46 240.0 7.8388 43.2 30.1155 49 241.0 7.8391 43.2 30.1166 45 242.0 7.8397 42.7 30.1179 47 243.0 7.8395 43.2 30.1158 46 244.0 7.8394 43.2 30.1173 47 245.0 7.8399 43.1 30.1173 45 246.0 7.8397 43.1 30.1174 45 247.0 7.8408 43.2 30.1201 46 248.0 7.8407 43.0 30.1194 46 249.0 7.8412 43.4 30.1197 44 250.0 7.8414 43.2 30.1215 41 250.9 7.8421 43.2 30.1237 50 252.0 7.8429 43.3 30.1254 48 253.0 7.8431 43.2 30.1260 47 254.0 7.8429 43.1 30.1252 49 255.0 7.8429 43.2 30.1268 47 256.0 7.8523 42.7 30.1602 46 257.0 7.8599 42.2 30.1761 49 258.0 7.8674 42.2 30.1889 47 259.0 7.8656 42.0 30.1985 46 260.0 7.8679 41.8 30.2032 45 261.0 7.8678 41.7 30.2033 51 262.0 7.8682 41.7 30.2032 45 263.0 7.8673 41.8 30.2020 43 264.0 7.8677 41.7 30.2027 49 265.0 7.8682 41.7 30.2024 48 266.0 7.8689 41.5 30.2022 51 267.0 7.8693 41.6 30.2021 46 268.0 7.8703 41.4 30.2021 47 269.0 7.8699 41.8 30.2020 54 270.0 7.8678 41.7 30.2022 49 271.0 7.8672 42.1 30.2020 51 272.0 7.8694 41.6 30.2020 49 273.0 7.8702 41.8 30.2019 48 274.0 7.8691 41.7 30.2018 43 275.0 7.8674 41.8 30.2018 53 276.0 7.8672 41.5 30.2018 53 277.0 7.8697 41.5 30.2018 51 278.0 7.8683 41.5 30.2017 49 279.0 7.8678 41.5 30.2017 52 280.0 7.8682 41.6 30.2017 50 281.0 7.8690 41.5 30.2020 46 282.0 7.8696 41.3 30.2017 49 283.0 7.8695 41.8 30.2016 44 284.0 7.8692 41.8 30.2017 50 285.0 7.8675 41.9 30.2015 48 286.0 7.8668 41.6 30.2014 46 287.0 7.8667 41.7 30.2014 47 288.0 7.8674 41.6 30.2013 46 289.0 7.8671 41.6 30.2013 49 290.0 7.8661 41.6 30.2012 48 291.0 7.8638 41.9 30.2012 47 292.0 7.8642 41.8 30.2011 47 293.0 7.8659 41.6 30.2011 48 294.0 7.8667 41.4 30.2010 48 295.0 7.8667 41.3 30.2010 46 296.0 7.8684 41.7 30.2009 46 297.0 7.8694 41.5 30.2009 51 298.0 7.8700 41.4 30.2008 42 299.0 7.8705 41.3 30.2004 46 300.0 7.8721 41.4 30.2021 43 301.0 7.8795 40.5 30.2209 46 302.0 7.8817 39.6 30.2292 45 303.0 7.8832 39.3 30.2333 45 304.0 7.8851 38.8 30.2374 52 305.0 7.8857 38.2 30.2405 44 306.0 7.8863 38.3 30.2424 52 307.0 7.8849 38.7 30.2415 47 308.0 7.8859 38.3 30.2425 47 309.0 7.8869 38.1 30.2433 49 310.0 7.8873 37.9 30.2444 44 311.0 7.8866 38.1 30.2419 52 312.0 7.8864 38.6 30.2418 45 313.0 7.8854 38.6 30.2372 50 314.0 7.8852 38.2 30.2367 49 315.0 7.8853 38.9 30.2374 45 316.0 7.8858 38.6 30.2386 50 317.0 7.8868 38.7 30.2421 51 318.0 7.8875 38.0 30.2439 45 319.0 7.8871 38.5 30.2448 52 320.0 7.8878 38.2 30.2456 46 321.0 7.8892 37.0 30.2461 49 322.0 7.8897 36.2 30.2483 50 323.0 7.8916 34.4 30.2534 48 324.0 7.8928 33.8 30.2572 46 324.9 7.8940 33.5 30.2596 36