*2013/12/16 14:41:26.48 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 1993/05/08 07:07:07.000 NUMBER OF RECORDS : 358 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 RECORD LENGTH : 44 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 1.3 357.8 2 Temperature 'deg C (IPTS68)' 5.6823 10.3703 3 Transmissivity %/metre 43.5 62.3 4 Salinity PSS-78 32.1311 34.0015 5 Number_of_bin_records n/a 3 18 $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 : 1993-12 AGENCY : IOS, Ocean Physics Division, Sidney, B.C. COUNTRY : Canada PROJECT : Laperouse, MASS, CRD SCIENTIST : Juhasz T. PLATFORM : John P. Tully *LOCATION GEOGRAPHIC AREA : LAPEROUSE, WCVI STATION : LA09 EVENT NUMBER : 92 LATITUDE : 48 2.32000 N ! (deg min) LONGITUDE : 125 37.06000 W ! (deg min) WATER DEPTH : 292 *INSTRUMENT TYPE : Guildline CTD MODEL : 8705 SERIAL NUMBER : 53,501 $TABLE: SENSORS ! Name Abs Depth Serial No ! -------------------- -------------- ---------- Pressure n/a ? Temperature n/a ? Conductivity_Ratio n/a ? Transmissivity n/a ? $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- RAW_CNVT 3.0 1993/05/10 17:00:40 ' ' ' ' CALIB 5.1 1994/01/13 12:55:37 12123 12123 DESPIKE 1.1 1994/01/25 18:09:15 12123 12123 DELETE 4.1 1994/01/27 19:34:16 12123 3934 CTDEDIT 3.11 1994/02/09 10:05:34 3934 3934 METERAVE 2.1 1994/02/22 10:29:18 3934 358 CALIB 5.1 1994/03/01 12:46:51 358 358 REMOVECH 1.1 1994/03/11 11:30:41 358 358 HDREDIT2 1.6 2003/08/15 14:45:38 ? ? CLEAN 4.3.1 2003/08/15 14:46:01 358 358 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:41:26 358 358 $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = 0.0 Calibration file = CAL_9312.DAT -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 2200.00 0.1000 30.0000 2.50 TEMPERATURE 25 5 0.00 20.00 0.0010 3.0000 2.50 CONDUCTIVITY_RATIO 25 5 0.50 1.00 0.0005 0.0050 2.50 -The following DELETE parameters were used: Swells deleted -The following METERAVE parameters were used: Averaging interval = 1.0 . Bin type = press Average press was used Interpolated values were NOT used for empty bins -The following CALIB parameters were used: Calibration type = C Pressure offset = 0.0 Calibration file = COR_9312.DAT -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. - Set channel name post-colon letters to upper case. $END *RAW START TIME : UTC 1993/05/08 07:07:07.000 END TIME : UTC 1993/05/08 07:15:21.000 TIME INCREMENT : 0 0 0 0.4E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 12123 $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 $END *CALIBRATION START TIME : UTC 1993/05/08 07:07:07.000 TIME INCREMENT : 0 0 0 0.4E-01 0 ! (day hr min sec ms) $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- ----- ---- ------ ------------ Pressure n/a 10 ' ' (-1 2000) Temperature n/a 10 ' ' (0.989E-02 0.99998) Conductivity_Ratio n/a 10 ' ' (-0.606E-03 1.0006) Transmissivity n/a 10 ' ' (105.3632 -2.1077) $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 ' ' () (0.7E-02 1) Salinity ' ' 10 ' ' () (-0.8E-02 1) $END *COMMENTS BERNARD AND MARIE !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 1.3 10.3696 43.6 32.1311 3 1.9 10.3703 43.5 32.1323 13 3.0 10.3578 43.6 32.1449 10 4.1 10.3648 43.6 32.1337 12 4.9 10.3508 43.8 32.1469 15 6.0 10.3500 44.0 32.1453 12 6.9 10.3457 44.1 32.1502 13 7.9 10.3018 44.4 32.1813 8 8.9 10.2632 45.6 32.2016 11 10.0 10.2574 46.0 32.2046 10 11.1 10.2536 46.4 32.2081 7 12.0 10.2464 46.6 32.2099 11 13.0 10.2402 46.9 32.2106 14 13.9 10.2337 47.1 32.2128 13 15.0 10.2294 47.2 32.2137 12 16.0 10.2095 47.6 32.2244 9 17.1 10.2015 48.0 32.2317 10 17.9 10.2025 48.1 32.2319 12 19.0 10.2075 48.1 32.2277 10 20.1 10.2053 48.0 32.2275 11 21.0 10.1868 48.4 32.2386 8 22.0 10.1761 48.6 32.2468 8 23.0 10.1732 49.0 32.2530 12 23.9 10.1736 49.4 32.2569 12 24.9 10.1706 49.7 32.2578 8 25.8 10.1484 50.1 32.2605 10 27.0 10.1226 50.3 32.2676 10 28.0 10.0997 50.6 32.2699 8 28.9 10.0878 50.9 32.2723 9 30.0 10.0571 51.3 32.2776 12 31.0 10.0453 51.6 32.2765 13 32.0 10.0268 52.0 32.2761 8 33.0 9.9977 52.6 32.2836 10 34.1 9.9814 52.7 32.2825 8 35.1 9.9548 53.1 32.2881 9 36.0 9.9351 53.6 32.2917 13 36.9 9.9167 54.0 32.2923 11 38.0 9.8806 54.5 32.2976 7 38.9 9.8550 54.9 32.2997 10 39.9 9.7664 55.7 32.3045 7 41.1 9.6622 56.8 32.3340 9 42.0 9.6329 57.6 32.3402 8 43.0 9.6203 57.9 32.3476 9 44.0 9.6172 58.1 32.3484 15 45.0 9.6215 58.1 32.3435 12 46.0 9.6185 58.1 32.3463 11 46.9 9.6188 58.1 32.3427 10 48.0 9.6165 58.2 32.3458 11 49.0 9.6185 58.2 32.3492 10 50.0 9.6199 58.4 32.3492 11 51.0 9.6193 58.5 32.3519 11 51.9 9.6165 58.6 32.3519 12 53.0 9.6018 59.0 32.3577 10 53.9 9.5404 59.6 32.3932 7 55.0 9.4883 60.0 32.4382 14 56.0 9.4622 60.2 32.4624 14 57.0 9.4623 60.3 32.4634 9 58.0 9.4627 60.4 32.4607 10 59.0 9.3618 60.8 32.5458 13 60.0 9.2812 61.2 32.5856 9 60.9 9.2645 61.4 32.6035 11 62.0 9.2421 61.4 32.6213 12 63.0 9.2143 61.5 32.6383 13 64.0 9.1716 61.5 32.6592 10 65.0 9.1409 61.6 32.6765 13 66.0 9.0801 61.6 32.7106 11 67.0 9.0425 61.7 32.7269 10 68.0 8.9787 61.7 32.7490 11 68.9 8.9356 61.5 32.7797 13 70.0 8.9068 61.3 32.8020 13 71.0 8.8818 61.1 32.8197 10 72.0 8.8312 60.8 32.8620 10 73.0 8.7628 60.1 32.9458 9 74.0 8.7525 59.6 32.9737 9 75.0 8.7529 59.3 32.9844 8 75.9 8.7555 58.8 33.0201 9 77.0 8.7576 58.2 33.0458 14 77.9 8.7632 57.8 33.0592 13 79.0 8.7638 57.8 33.0596 11 80.0 8.7637 57.8 33.0610 8 81.0 8.7639 57.7 33.0604 11 82.0 8.7642 57.7 33.0594 11 83.0 8.7647 57.6 33.0613 13 84.0 8.7648 57.7 33.0623 10 85.0 8.7644 57.7 33.0635 13 86.0 8.7649 57.6 33.0655 12 87.1 8.7664 57.6 33.0665 12 88.0 8.7683 57.6 33.0716 14 88.9 8.7670 57.2 33.0973 12 90.0 8.7602 56.9 33.1122 11 91.0 8.7493 56.9 33.1290 10 92.0 8.7306 56.6 33.1544 12 93.0 8.6872 56.3 33.1885 10 93.9 8.6362 56.3 33.2195 14 95.0 8.6000 56.5 33.2334 10 95.9 8.5819 56.6 33.2380 11 97.0 8.5716 56.6 33.2433 12 97.9 8.5689 56.7 33.2448 10 99.0 8.5650 56.6 33.2477 13 100.0 8.5603 56.7 33.2510 11 100.9 8.5554 56.5 33.2535 12 102.0 8.5528 56.5 33.2563 11 103.1 8.5474 56.4 33.2617 8 104.0 8.5390 56.4 33.2672 11 105.0 8.5306 56.4 33.2735 14 106.0 8.5056 56.5 33.2898 14 106.9 8.4703 56.7 33.3129 17 107.9 8.4638 56.6 33.3140 14 109.0 8.4621 56.5 33.3120 10 110.0 8.4586 56.3 33.3142 10 111.0 8.4537 56.3 33.3109 9 112.0 8.4467 56.2 33.3140 9 113.0 8.4356 56.3 33.3095 11 113.9 8.4140 56.4 33.3144 16 115.0 8.3716 56.6 33.3045 8 116.1 8.1570 57.5 33.2917 7 117.0 7.9636 58.5 33.2925 7 117.9 7.7812 59.7 33.2935 7 118.9 7.6892 60.9 33.3075 8 120.0 7.7985 61.4 33.3551 8 121.0 7.9436 61.1 33.4301 11 122.0 8.0757 60.3 33.4989 15 123.0 8.0943 60.0 33.5129 12 124.1 8.1040 59.9 33.5181 11 125.0 8.1077 59.7 33.5267 10 125.9 8.1084 59.5 33.5373 13 127.0 8.0775 59.4 33.5490 14 128.0 8.0497 59.5 33.5628 10 128.9 8.0421 59.7 33.5679 8 130.0 8.0374 59.7 33.5675 8 131.0 8.0321 59.8 33.5719 10 131.9 8.0277 59.8 33.5734 13 132.9 7.9942 60.0 33.5882 15 133.9 7.9212 60.0 33.6215 11 134.9 7.8667 59.8 33.6506 12 135.9 7.8102 60.0 33.6741 12 137.0 7.7963 60.1 33.6759 13 138.0 7.7891 60.0 33.6753 8 139.0 7.7134 60.1 33.6703 8 139.9 7.6145 60.3 33.6672 9 141.0 7.5489 60.5 33.6736 8 141.9 7.5282 60.6 33.6984 7 143.0 7.5303 60.6 33.7166 8 143.9 7.5190 60.7 33.7219 9 144.9 7.5072 60.7 33.7279 9 146.0 7.4910 60.8 33.7353 10 146.9 7.4882 60.8 33.7377 14 148.0 7.4876 60.8 33.7392 11 148.9 7.4949 60.6 33.7427 7 149.9 7.5056 60.3 33.7503 9 150.9 7.5223 59.9 33.7549 6 152.0 7.4960 59.9 33.7615 9 153.1 7.4426 60.4 33.7646 8 154.0 7.3901 60.8 33.7679 10 155.0 7.3391 61.1 33.7709 13 155.9 7.2920 61.1 33.7676 11 157.0 7.2389 60.8 33.7699 9 158.0 7.2340 60.8 33.7745 6 159.0 7.2236 60.7 33.7710 9 160.0 7.1966 60.0 33.7907 9 161.0 7.1194 59.2 33.8143 13 162.1 7.0949 59.1 33.8210 7 163.1 7.0753 58.7 33.8309 8 164.0 7.0473 58.4 33.8442 5 164.9 7.0353 57.9 33.8426 6 166.0 7.0085 57.5 33.8459 7 167.0 6.9955 57.6 33.8541 7 168.0 6.9739 57.9 33.8580 10 168.9 6.9626 58.1 33.8600 10 170.0 6.9548 58.0 33.8604 9 171.0 6.9475 57.9 33.8633 11 172.0 6.9416 57.8 33.8651 10 173.0 6.9394 57.9 33.8643 11 174.0 6.9249 58.0 33.8698 10 175.0 6.9144 58.2 33.8713 14 176.0 6.9013 58.7 33.8735 14 177.0 6.8852 58.7 33.8780 11 177.9 6.8604 58.4 33.8802 11 179.0 6.8395 58.2 33.8848 9 180.0 6.8332 58.2 33.8827 7 181.0 6.8328 58.3 33.8862 10 181.9 6.8315 58.4 33.8842 10 183.0 6.8302 58.6 33.8859 10 184.0 6.8288 58.8 33.8869 10 185.0 6.8254 59.1 33.8871 9 185.9 6.8236 59.1 33.8886 12 187.0 6.8222 59.0 33.8890 10 188.0 6.8150 58.6 33.8863 11 189.0 6.8075 58.2 33.8894 10 190.0 6.7887 58.0 33.8906 10 191.0 6.7705 57.9 33.8924 11 192.0 6.7652 57.8 33.8956 10 193.0 6.7609 58.0 33.8936 12 194.0 6.7598 58.3 33.8958 11 194.9 6.7623 58.1 33.8897 7 195.9 6.7634 57.9 33.8891 8 196.9 6.7632 57.8 33.8918 9 197.9 6.7521 57.9 33.8952 6 199.0 6.7502 58.1 33.8964 10 200.0 6.7427 58.2 33.8946 8 201.0 6.7354 58.2 33.8980 10 202.0 6.7272 58.3 33.8984 13 202.9 6.7231 58.6 33.8987 14 204.0 6.7162 58.5 33.8976 12 205.0 6.7096 58.4 33.9019 12 206.1 6.7074 58.4 33.9029 10 207.0 6.7068 58.4 33.9017 14 207.9 6.7054 58.5 33.9019 12 208.9 6.7017 58.2 33.9021 11 209.9 6.6978 58.0 33.9041 11 210.9 6.6969 57.9 33.9024 11 212.0 6.6952 57.5 33.9023 12 213.0 6.6946 56.9 33.9032 11 214.0 6.6915 56.3 33.9008 9 214.9 6.6934 55.8 33.9038 8 215.9 6.6948 55.1 33.8976 9 217.0 6.6905 54.9 33.9047 10 218.0 6.6857 54.1 33.9020 9 219.1 6.6707 55.6 33.9066 11 219.9 6.6505 57.0 33.9055 10 221.1 6.5980 58.4 33.9124 10 222.1 6.5783 59.1 33.9192 9 222.9 6.5615 59.9 33.9225 11 224.0 6.5487 60.8 33.9251 11 224.9 6.5435 61.1 33.9252 14 226.0 6.5012 61.0 33.9242 12 227.0 6.4865 60.7 33.9280 12 228.0 6.4753 60.5 33.9256 9 228.9 6.4711 60.3 33.9271 11 230.0 6.4696 60.4 33.9279 11 230.9 6.4686 60.7 33.9285 10 232.0 6.4566 60.9 33.9285 12 233.0 6.4344 61.5 33.9337 12 234.0 6.4066 62.2 33.9363 14 235.0 6.3997 62.3 33.9366 14 236.0 6.3861 62.2 33.9367 14 237.0 6.3758 62.1 33.9361 9 237.9 6.3685 62.2 33.9374 10 239.0 6.3580 62.0 33.9365 8 239.9 6.3133 61.7 33.9367 8 240.9 6.2823 61.4 33.9447 12 242.0 6.2719 61.3 33.9440 12 243.0 6.2638 61.3 33.9448 13 244.0 6.2519 61.4 33.9455 18 244.9 6.2393 61.4 33.9458 14 246.0 6.2146 61.4 33.9466 9 247.0 6.1990 61.2 33.9472 10 248.0 6.1868 61.3 33.9477 8 249.0 6.1793 61.3 33.9491 10 250.0 6.1733 61.4 33.9501 7 251.0 6.1539 61.5 33.9521 10 251.9 6.1404 61.5 33.9547 12 253.0 6.1248 61.3 33.9527 11 254.0 6.1067 61.2 33.9539 9 255.1 6.0745 61.2 33.9615 10 255.9 6.0646 61.4 33.9622 13 257.0 6.0583 61.2 33.9602 13 258.0 6.0548 61.4 33.9606 11 259.1 6.0501 61.5 33.9610 11 260.0 6.0457 61.5 33.9624 9 260.9 6.0428 61.4 33.9588 11 262.0 6.0367 61.4 33.9620 10 263.0 6.0319 61.4 33.9614 10 264.0 6.0321 61.4 33.9605 10 265.0 6.0191 61.6 33.9623 14 266.0 5.9864 61.7 33.9660 17 267.0 5.9763 61.7 33.9672 15 268.0 5.9662 61.6 33.9644 15 269.0 5.9471 61.5 33.9662 14 269.9 5.9396 61.7 33.9708 12 270.9 5.9432 61.8 33.9698 14 272.0 5.9381 61.7 33.9701 10 273.0 5.9369 61.7 33.9685 13 274.0 5.9315 61.8 33.9675 13 275.0 5.9311 61.9 33.9691 15 276.0 5.9312 61.9 33.9693 16 277.0 5.9294 61.8 33.9687 12 277.9 5.9299 61.9 33.9696 16 279.0 5.9306 61.8 33.9693 11 280.0 5.9307 61.7 33.9679 9 281.0 5.9306 61.8 33.9682 11 282.0 5.9309 61.9 33.9690 10 283.0 5.9307 61.8 33.9685 12 284.0 5.9320 61.9 33.9684 13 285.0 5.9303 61.8 33.9681 14 285.9 5.9258 61.8 33.9704 10 287.0 5.9248 61.9 33.9693 13 288.0 5.9180 61.8 33.9707 14 289.0 5.9158 61.9 33.9703 14 290.0 5.9130 61.7 33.9692 10 291.0 5.9028 61.8 33.9707 11 291.9 5.8967 61.9 33.9734 12 293.0 5.8944 61.9 33.9725 14 294.0 5.8930 61.7 33.9725 10 295.0 5.8942 61.7 33.9713 12 295.9 5.8920 61.8 33.9715 11 297.0 5.8847 61.8 33.9735 12 298.0 5.8773 61.8 33.9732 13 299.0 5.8661 61.8 33.9751 14 300.0 5.8642 61.9 33.9753 14 301.0 5.8589 61.9 33.9750 16 302.0 5.8538 61.8 33.9766 12 303.0 5.8533 61.9 33.9745 14 303.9 5.8528 61.9 33.9766 10 305.0 5.8508 61.7 33.9753 14 306.1 5.8398 61.8 33.9778 12 307.0 5.8339 61.7 33.9783 13 308.0 5.8287 61.7 33.9789 13 309.0 5.8260 61.7 33.9792 12 309.9 5.8280 61.6 33.9801 13 311.0 5.8295 61.7 33.9797 11 312.0 5.8223 61.5 33.9801 13 313.0 5.8170 61.5 33.9812 11 314.0 5.8167 61.6 33.9805 13 315.0 5.8165 61.5 33.9802 9 316.0 5.8163 61.5 33.9797 11 316.9 5.8150 61.5 33.9817 13 317.9 5.8141 61.5 33.9815 14 318.9 5.8123 61.5 33.9818 15 320.0 5.8084 61.6 33.9817 18 320.9 5.8064 61.6 33.9821 15 322.0 5.8062 61.6 33.9823 11 323.0 5.8059 61.6 33.9824 13 323.9 5.8056 61.5 33.9827 11 325.0 5.8059 61.6 33.9830 12 326.0 5.8054 61.6 33.9829 16 326.9 5.8055 61.5 33.9825 11 327.9 5.8062 61.5 33.9830 10 328.9 5.8054 61.4 33.9826 10 330.0 5.8037 61.3 33.9825 12 331.0 5.7999 61.5 33.9834 14 331.9 5.7984 61.4 33.9830 13 332.9 5.7989 61.5 33.9840 11 334.0 5.8011 61.5 33.9845 12 334.9 5.7985 61.3 33.9819 9 335.9 5.7949 61.4 33.9852 8 336.9 5.7971 61.4 33.9833 11 338.0 5.7972 61.3 33.9853 9 339.0 5.7945 61.3 33.9839 10 340.0 5.7896 61.4 33.9859 14 341.0 5.7820 61.4 33.9872 16 341.9 5.7790 61.3 33.9857 11 343.0 5.7676 60.9 33.9872 12 344.0 5.7540 60.8 33.9920 13 344.9 5.7549 60.7 33.9913 13 346.0 5.7571 60.6 33.9886 10 347.0 5.7560 60.7 33.9906 15 347.9 5.7564 60.5 33.9891 16 349.0 5.7269 60.0 33.9928 11 350.0 5.7163 59.6 33.9967 9 351.0 5.7138 59.3 33.9980 12 352.0 5.7122 59.0 33.9949 10 353.0 5.7044 58.7 33.9985 10 354.0 5.7006 58.7 33.9969 10 355.0 5.6896 58.7 34.0003 9 356.1 5.6851 58.6 33.9992 9 357.0 5.6835 58.8 34.0005 14 357.8 5.6823 59.2 34.0015 8