*2013/12/16 14:30:32.29 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 1991/08/22 06:36:02.000 NUMBER OF RECORDS : 349 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 RECORD LENGTH : -9983 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 2.2 349.9 2 Temperature 'deg C (IPTS68)' 8.7276 15.7184 3 Transmissivity %/metre 34.8 53.2 4 Salinity PSS-78 25.0386 30.9992 5 Number_of_bin_records n/a 7 14 $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 : 1991-07 AGENCY : IOS, Ocean Ecology, Sidney, B.C. COUNTRY : Canada PROJECT : Laperouse SCIENTIST : Mackas D. PLATFORM : Parizeau *LOCATION STATION : NEWSTN EVENT NUMBER : 101 LATITUDE : 49 45.61000 N ! (deg min) LONGITUDE : 124 14.19000 W ! (deg min) *INSTRUMENT TYPE : Guildline CTD MODEL : 8705 SERIAL NUMBER : 58,482 $TABLE: SENSORS ! Name Abs Depth Serial No ! -------------------- -------------- ---------- Pressure n/a ? Temperature n/a ? Conductivity_Ratio n/a ? Transmissivity n/a ? Fluorometer n/a ? $END $REMARKS Acquisition program: CTD_1.16 $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- RAW_CNVT 3.3 1994/01/20 13:37:56 0 0 CALIB 5.1 1994/01/20 23:47:39 49994 49994 DESPIKE 1.1 1994/01/21 21:32:22 49994 49994 DELETE 4.1 1994/01/22 11:16:26 49994 3676 BINAVE 1.0 1994/02/14 14:25:21 3676 349 CALIB 5.1 1994/03/09 15:11:38 349 349 REMOVECH 1.1 1994/03/09 15:45:14 349 349 REMOVECH 3.0 1997/01/09 15:27:44 349 349 HDREDIT2 1.1 1999/01/13 10:49:20 ? ? HDREDIT2 1.6 2003/07/28 14:35:08 ? ? CLEAN 4.3.1 2003/07/28 14:35:42 349 349 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:30:32 349 349 $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = 0.0 Calibration file = 9107CAL3.TXT -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- PRESSURE 25 5 0.00 600.00 0.0500 30.0000 2.50 TEMPERATURE 25 5 2.00 20.00 0.0010 3.0000 2.50 CONDUCTIVITY 25 5 0.50 1.00 0.0005 0.0050 2.50 TRANSMISSIVITY 25 5 0.00 100.00 0.5000 20.0000 2.50 FLUOROMETER 25 5 0.00 30.00 0.5000 20.0000 2.50 -The following DELETE parameters were used: Swells deleted -The following BINAVE parameters were used: Bin channel = Press 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 = FIN_CAL.CNT -The following CHANNEL(S) were removed from file. CONDUCTIVITY_RATIO -The following CHANNEL(S) were removed from file. Fluorometer 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 1991/08/22 06:36:02.000 END TIME : UTC 1991/08/22 07:09:16.000 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 49994 $TABLE: CHANNELS ! Averaging (day hr min sec ms) !Name Raw Units Interval Time Lag !-------------------- ------------ --------- ----------- Pressure Percent_FS Temperature 'DEG C' Conductivity_Ratio n/a Transmissivity Percent_FS Fluorometer Percent_FS $END *CALIBRATION START TIME : UTC 1991/08/22 06:36:02.000 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- ----- ---- ------ ------------ Pressure n/a 10 ' ' (0 3000) Temperature n/a 10 ' ' (0 1) Conductivity_Ratio n/a 10 ' ' (0 1) Transmissivity n/a 10 ' ' (102.191 -2.0449) Fluorometer n/a 10 ' ' (30 -0.6) $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 ! ------------- ----- ---- ------ ------------ Temperature ' ' 10 ' ' () (-0.154E-01 1.009) Fluorometer ' ' 10 ' ' () (0.66E-01 0.279) Salinity ' ' 10 ' ' () (-0.26351 1.01151) $END *COMMENTS CTD/Rosette !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 2.2 15.7184 34.8 25.0386 7 3.0 15.3121 35.0 25.2799 11 4.0 14.9222 35.7 25.5142 12 5.0 13.6886 38.1 26.2391 13 6.1 12.5003 43.0 26.9363 8 6.9 12.1661 44.4 27.1416 9 7.9 11.6516 47.0 27.5576 10 9.0 11.2720 48.6 27.8676 9 9.9 11.0283 49.4 28.0509 12 11.0 10.6284 50.9 28.4220 14 12.0 10.4488 51.5 28.6312 10 12.9 10.3977 51.5 28.6910 9 14.0 10.3573 51.5 28.7390 11 15.0 10.2619 51.9 28.8248 11 16.0 10.0584 52.1 29.0002 10 17.0 9.8670 52.7 29.1388 10 18.0 9.7888 52.9 29.1931 11 19.0 9.7539 53.1 29.2177 11 19.9 9.6657 53.2 29.2738 11 21.0 9.5838 53.2 29.3269 10 21.9 9.5392 53.2 29.3559 9 23.0 9.5329 53.2 29.3581 10 24.0 9.5204 53.2 29.3681 8 25.0 9.5112 52.8 29.3993 10 26.0 9.4787 52.2 29.4321 11 26.9 9.4373 52.8 29.4507 11 28.0 9.4175 52.5 29.4704 11 29.0 9.3723 52.6 29.4994 14 30.0 9.2734 52.5 29.5621 11 31.0 9.2186 52.3 29.5981 11 32.0 9.1544 52.3 29.6390 11 33.1 9.1422 52.3 29.6443 8 33.9 9.1403 52.4 29.6446 9 35.0 9.1410 52.3 29.6435 13 36.0 9.1381 52.4 29.6451 11 37.0 9.1364 52.3 29.6460 11 38.0 9.1211 52.3 29.6561 10 39.0 9.1056 52.4 29.6674 12 40.0 9.0717 52.3 29.6912 12 41.0 9.0581 52.3 29.7009 12 42.0 9.0378 52.3 29.7161 8 43.0 9.0258 52.3 29.7250 12 44.0 9.0149 52.3 29.7325 9 45.0 9.0045 52.3 29.7396 10 46.0 8.9866 52.3 29.7537 11 47.0 8.9671 51.2 29.7669 11 48.1 8.9559 46.9 29.7757 10 49.0 8.9419 44.0 29.7937 10 50.0 8.9397 44.4 29.7972 10 51.0 8.9314 48.2 29.8063 13 52.0 8.9213 50.0 29.8124 11 53.0 8.9054 50.1 29.8325 11 54.0 8.9044 49.5 29.8422 11 54.9 8.9035 50.6 29.8432 10 56.0 8.8955 50.9 29.8504 12 57.0 8.8874 52.3 29.8582 11 58.0 8.8848 52.4 29.8600 10 59.0 8.8834 52.1 29.8688 11 60.0 8.8780 52.1 29.8768 11 60.9 8.8777 51.9 29.8844 10 62.0 8.8677 52.0 29.8994 12 63.0 8.8555 52.0 29.9116 9 63.9 8.8546 51.9 29.9191 7 65.0 8.8517 51.8 29.9270 11 66.0 8.8426 51.8 29.9346 11 67.0 8.8473 51.8 29.9471 11 68.0 8.8465 51.8 29.9549 12 69.0 8.8352 51.8 29.9657 10 70.0 8.8354 51.6 29.9718 9 71.0 8.8183 51.6 29.9766 11 72.0 8.8186 51.6 29.9805 11 73.1 8.8299 51.6 29.9836 9 74.0 8.8393 51.6 29.9867 10 75.0 8.8630 51.7 29.9886 12 76.0 8.8798 51.6 29.9987 9 77.0 8.8850 51.6 30.0090 12 78.1 8.8825 51.5 30.0199 9 79.0 8.8815 51.4 30.0234 8 80.0 8.8832 51.4 30.0249 13 81.0 8.8835 51.2 30.0266 14 82.0 8.8656 51.3 30.0395 9 83.0 8.8583 51.2 30.0549 12 84.0 8.8552 51.2 30.0592 10 84.9 8.8360 51.2 30.0672 12 86.0 8.8344 51.3 30.0799 11 86.9 8.8396 51.3 30.0876 8 88.0 8.8638 51.2 30.1059 8 89.0 8.8907 51.1 30.1223 9 90.0 8.9041 51.1 30.1387 13 91.0 8.8926 51.0 30.1431 11 91.9 8.8664 50.7 30.1416 10 93.0 8.8416 50.9 30.1396 7 94.0 8.8060 50.7 30.1470 13 95.0 8.8025 50.6 30.1497 12 96.0 8.8009 50.6 30.1516 11 97.0 8.7901 50.6 30.1566 12 97.9 8.7881 50.5 30.1598 11 99.0 8.7914 50.6 30.1654 11 100.0 8.7885 50.5 30.1707 10 101.0 8.7838 50.5 30.1732 12 102.0 8.7967 50.3 30.1808 10 102.9 8.9295 50.7 30.2129 12 103.9 8.8880 50.7 30.2348 10 105.0 8.8024 50.5 30.2446 9 106.0 8.7790 50.3 30.2453 9 107.0 8.7757 50.4 30.2458 11 108.0 8.7954 51.1 30.2696 11 109.0 8.7705 51.3 30.2858 9 110.0 8.7365 51.5 30.2903 9 111.0 8.7299 51.5 30.2923 11 112.0 8.7276 51.6 30.2925 10 113.0 8.7326 51.5 30.3151 12 114.0 8.7408 51.7 30.3423 11 115.0 8.7416 51.8 30.3500 9 116.0 8.7439 51.8 30.3539 10 117.0 8.7460 51.7 30.3572 11 118.1 8.7478 51.8 30.3601 9 118.9 8.7488 51.8 30.3625 11 120.0 8.7499 51.7 30.3659 9 121.0 8.7524 51.8 30.3685 10 122.0 8.7583 51.9 30.3722 14 123.0 8.7705 52.1 30.3898 11 124.0 8.7840 52.1 30.4045 7 125.0 8.7885 52.1 30.4209 11 126.0 8.7587 51.8 30.4329 11 127.0 8.7578 51.7 30.4384 9 128.0 8.7767 51.9 30.4480 11 129.0 8.7879 51.9 30.4687 10 129.9 8.7968 52.0 30.4999 10 131.0 8.7970 51.9 30.5086 10 132.0 8.7955 51.9 30.5157 11 132.9 8.7923 51.7 30.5241 11 134.0 8.7945 51.7 30.5293 12 134.9 8.7990 51.7 30.5352 11 136.0 8.8014 51.7 30.5382 10 137.1 8.8078 51.7 30.5475 11 138.1 8.8082 51.6 30.5576 10 139.0 8.8115 51.6 30.5629 11 140.0 8.8262 51.6 30.5874 11 141.0 8.8323 51.6 30.5981 11 142.0 8.8365 51.6 30.6011 8 142.9 8.8397 51.6 30.6033 11 144.0 8.8442 51.6 30.6067 12 144.9 8.8455 51.5 30.6059 8 146.1 8.8476 51.6 30.6089 10 147.0 8.8500 51.5 30.6114 11 148.0 8.8528 51.6 30.6126 10 149.0 8.8597 51.6 30.6152 14 150.0 8.8623 51.6 30.6236 12 151.0 8.8584 51.6 30.6259 10 152.0 8.8621 51.5 30.6284 12 153.1 8.8653 51.5 30.6303 7 153.9 8.8659 51.4 30.6314 10 155.0 8.8696 51.5 30.6328 12 156.0 8.8705 51.4 30.6346 12 157.0 8.8729 51.4 30.6373 9 157.9 8.8734 51.4 30.6393 10 159.0 8.8747 51.3 30.6415 10 160.0 8.8790 51.3 30.6458 10 161.0 8.8871 51.3 30.6535 11 162.0 8.8920 51.3 30.6593 10 163.1 8.8992 51.2 30.6627 9 164.0 8.9022 51.2 30.6642 10 165.0 8.9053 51.1 30.6651 12 165.9 8.9095 51.2 30.6673 9 167.0 8.9253 51.3 30.6801 11 168.0 8.9302 51.4 30.6845 9 168.9 8.9358 51.5 30.6899 10 170.0 8.9526 51.8 30.7031 11 171.0 8.9569 51.9 30.7078 9 172.0 8.9584 51.9 30.7108 9 173.0 8.9553 51.8 30.7140 12 174.0 8.9492 51.4 30.7242 10 174.9 8.9581 51.6 30.7302 10 175.9 8.9590 51.6 30.7348 12 177.0 8.9589 51.6 30.7349 12 177.9 8.9579 51.5 30.7350 11 179.0 8.9557 51.4 30.7345 14 180.0 8.9557 51.3 30.7349 11 180.9 8.9561 51.3 30.7351 10 181.9 8.9558 51.4 30.7361 10 183.0 8.9551 51.2 30.7429 10 184.0 8.9581 51.2 30.7496 11 185.0 8.9627 51.3 30.7554 10 186.0 8.9700 51.3 30.7585 9 186.9 8.9742 51.4 30.7620 12 188.0 8.9769 51.5 30.7645 8 189.0 8.9803 51.6 30.7705 8 190.0 8.9820 51.1 30.7827 10 191.0 8.9859 51.4 30.7909 13 192.0 8.9852 51.3 30.7931 9 193.0 8.9849 51.2 30.7948 11 194.0 8.9843 51.1 30.7954 11 195.0 8.9848 51.1 30.7990 11 196.0 8.9905 51.1 30.8054 13 197.0 8.9966 51.0 30.8153 12 198.0 8.9989 51.1 30.8193 11 198.9 9.0004 51.1 30.8219 9 199.9 9.0013 51.1 30.8245 10 201.1 9.0014 51.0 30.8257 9 202.0 9.0017 51.0 30.8258 10 203.0 9.0020 51.0 30.8262 8 204.0 9.0028 51.0 30.8274 11 205.0 9.0038 51.0 30.8290 11 206.0 9.0048 51.0 30.8296 9 207.0 9.0056 50.9 30.8299 10 208.0 9.0066 50.9 30.8300 10 209.0 9.0078 50.9 30.8306 12 210.1 9.0095 50.9 30.8319 11 210.9 9.0111 50.8 30.8359 10 212.0 9.0111 50.8 30.8390 11 213.0 9.0110 50.7 30.8408 10 213.9 9.0109 50.7 30.8412 10 215.0 9.0122 50.7 30.8436 12 216.1 9.0118 50.6 30.8479 10 217.0 9.0108 50.6 30.8492 9 218.0 9.0106 50.6 30.8500 11 219.0 9.0104 50.4 30.8508 13 220.0 9.0104 50.5 30.8513 12 221.0 9.0103 50.5 30.8518 10 222.0 9.0103 50.4 30.8526 10 223.0 9.0105 50.5 30.8527 11 223.9 9.0107 50.4 30.8531 11 225.0 9.0113 50.4 30.8559 11 226.0 9.0135 50.4 30.8583 9 227.0 9.0150 50.3 30.8580 12 228.0 9.0172 50.2 30.8593 11 229.1 9.0204 50.2 30.8642 10 230.1 9.0073 49.9 30.8690 9 231.1 9.0030 49.8 30.8700 10 232.0 9.0019 49.6 30.8705 12 233.0 8.9945 49.1 30.8755 12 234.1 8.9889 49.0 30.8799 11 234.9 8.9883 48.8 30.8818 11 236.1 8.9884 48.9 30.8814 11 236.9 8.9881 48.7 30.8820 9 238.0 8.9875 48.6 30.8823 11 239.0 8.9875 48.8 30.8829 11 239.9 8.9880 48.7 30.8827 8 241.0 8.9881 48.7 30.8830 12 242.0 8.9898 48.8 30.8860 12 243.0 8.9918 48.8 30.8900 11 244.0 8.9892 48.6 30.8932 9 245.0 8.9886 48.2 30.8935 9 246.0 8.9884 48.4 30.8952 12 247.0 8.9882 48.4 30.8967 9 248.0 8.9878 48.4 30.8971 11 249.0 8.9869 48.2 30.8983 8 250.0 8.9868 48.1 30.8987 9 251.0 8.9868 47.9 30.8992 12 252.0 8.9868 48.0 30.8995 10 252.9 8.9866 47.9 30.9001 8 254.0 8.9865 47.7 30.9013 10 255.0 8.9864 47.7 30.9024 12 256.0 8.9864 47.7 30.9022 10 257.0 8.9866 47.7 30.9018 12 258.0 8.9868 47.7 30.9016 12 259.0 8.9868 47.7 30.9017 13 260.0 8.9869 47.7 30.9020 10 261.0 8.9872 47.7 30.9023 10 262.0 8.9873 47.6 30.9026 8 263.0 8.9870 47.3 30.9049 12 264.1 8.9862 46.9 30.9124 9 265.0 8.9863 47.0 30.9146 8 266.0 8.9864 46.9 30.9135 11 267.1 8.9866 46.8 30.9155 8 267.9 8.9863 46.6 30.9182 10 269.0 8.9865 46.5 30.9214 11 270.0 8.9866 46.3 30.9236 10 271.0 8.9866 46.5 30.9243 8 272.0 8.9868 46.4 30.9258 11 273.0 8.9870 46.4 30.9267 8 274.0 8.9884 46.3 30.9278 10 274.9 8.9895 46.3 30.9288 12 276.0 8.9906 46.2 30.9300 9 277.0 8.9935 46.1 30.9334 10 278.0 8.9944 46.0 30.9350 13 278.9 8.9950 46.0 30.9356 10 280.0 8.9968 45.9 30.9374 12 281.0 8.9975 45.9 30.9380 13 282.0 8.9980 45.8 30.9386 10 283.0 8.9987 45.8 30.9394 10 284.0 8.9986 45.8 30.9400 12 285.0 9.0003 45.7 30.9413 11 286.0 8.9999 45.5 30.9410 12 286.9 9.0001 45.5 30.9408 12 288.0 9.0018 45.5 30.9426 10 289.0 9.0019 45.6 30.9432 9 290.0 9.0032 45.4 30.9447 10 291.1 9.0044 45.5 30.9458 11 291.9 9.0045 45.4 30.9461 8 293.0 9.0048 45.4 30.9464 10 294.0 9.0056 45.4 30.9470 11 295.0 9.0062 45.3 30.9479 11 295.9 9.0064 45.3 30.9482 12 297.0 9.0064 45.4 30.9481 10 298.0 9.0069 45.3 30.9482 12 298.9 9.0072 45.2 30.9488 9 300.0 9.0073 45.3 30.9491 11 301.0 9.0074 45.3 30.9491 9 302.0 9.0080 45.3 30.9498 10 303.0 9.0077 45.2 30.9495 11 304.0 9.0078 45.2 30.9494 10 305.0 9.0077 45.2 30.9493 12 306.0 9.0076 45.2 30.9490 8 306.9 9.0075 45.2 30.9491 8 307.9 9.0078 45.1 30.9493 10 309.0 9.0088 45.2 30.9501 12 310.0 9.0090 45.1 30.9502 9 311.0 9.0088 45.2 30.9501 12 312.0 9.0090 45.1 30.9502 11 312.9 9.0115 45.2 30.9522 11 314.0 9.0135 45.1 30.9544 13 315.0 9.0131 45.1 30.9542 10 316.0 9.0146 45.0 30.9553 10 317.0 9.0164 45.0 30.9570 11 318.1 9.0169 45.0 30.9577 10 319.0 9.0171 45.0 30.9579 10 320.0 9.0175 45.0 30.9581 14 320.9 9.0182 45.0 30.9583 11 322.0 9.0200 45.0 30.9603 11 323.0 9.0208 44.8 30.9607 10 324.0 9.0244 45.0 30.9629 11 325.0 9.0259 45.0 30.9645 10 326.0 9.0263 45.0 30.9651 13 327.0 9.0361 45.0 30.9694 11 328.0 9.0513 44.7 30.9847 10 329.0 9.0496 44.7 30.9853 12 330.0 9.0497 44.7 30.9841 13 330.8 9.0554 44.7 30.9874 8 332.0 9.0603 44.5 30.9895 12 333.0 9.0635 44.5 30.9940 12 334.0 9.0644 44.5 30.9947 12 335.1 9.0666 44.4 30.9964 11 336.0 9.0659 44.3 30.9969 9 337.0 9.0651 44.5 30.9958 10 338.0 9.0677 44.4 30.9982 11 339.0 9.0694 44.3 30.9981 11 340.0 9.0702 44.3 30.9988 9 341.0 9.0704 44.4 30.9992 12 342.0 9.0705 44.2 30.9989 11 343.0 9.0703 44.3 30.9989 10 343.9 9.0709 44.4 30.9991 11 345.0 9.0691 44.3 30.9981 11 346.0 9.0695 44.3 30.9967 10 347.0 9.0693 44.3 30.9969 14 348.0 9.0715 44.4 30.9984 12 349.1 9.0717 44.4 30.9986 10 349.9 9.0734 44.3 30.9973 11