*2013/12/16 14:41:26.20 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 1993/05/08 00:05:43.000 NUMBER OF RECORDS : 310 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 1.2 309.7 2 Temperature 'deg C (IPTS68)' 6.6087 11.9432 3 Transmissivity %/metre 27.5 55.9 4 Salinity PSS-78 29.271 33.901 5 Number_of_bin_records n/a 4 17 $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 : LA02 EVENT NUMBER : 85 LATITUDE : 48 26.09000 N ! (deg min) LONGITUDE : 124 51.24000 W ! (deg min) WATER DEPTH : 312 *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 16:54:58 ' ' ' ' CALIB 5.1 1994/01/13 12:50:04 11277 11277 DESPIKE 1.1 1994/01/24 12:25:36 11277 11277 DELETE 4.1 1994/01/27 19:30:15 11277 3709 METERAVE 2.1 1994/02/22 10:27:37 3709 310 CALIB 5.1 1994/03/01 12:46:08 310 310 REMOVECH 1.1 1994/03/11 11:29:49 310 310 HDREDIT2 1.6 2003/08/15 14:45:37 ? ? CLEAN 4.3.1 2003/08/15 14:46:01 310 310 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:41:26 310 310 $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 00:05:43.000 END TIME : UTC 1993/05/08 00:13:23.000 TIME INCREMENT : 0 0 0 0.4E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 11277 $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 00:05:43.000 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 YOGI BOO-BOO !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 1.2 11.9385 28.2 29.2723 4 1.9 11.9432 29.5 29.2710 15 3.0 11.9284 30.0 29.2733 12 4.0 11.9089 30.6 29.2825 7 4.9 11.9139 30.9 29.2805 12 6.0 11.9105 31.4 29.2857 12 7.0 11.9183 31.9 29.2796 12 8.0 11.8646 32.0 29.3065 12 8.9 11.7932 31.9 29.3515 11 9.9 11.7070 32.0 29.4519 11 11.0 11.6652 32.2 29.5454 14 12.0 11.6421 32.1 29.7282 11 13.0 11.6465 33.2 29.8024 13 14.0 11.5478 35.7 29.8389 13 15.0 11.3430 37.8 29.8626 15 16.0 11.2563 38.6 29.8809 12 17.0 11.2260 39.0 29.8919 12 18.0 11.2209 39.1 29.8941 8 18.9 11.2047 39.3 29.9128 12 20.0 11.1859 39.4 29.9191 8 21.0 11.1758 39.6 29.9245 10 22.0 11.1735 39.8 29.9267 8 23.0 11.1657 39.6 29.9303 8 24.0 11.1574 39.7 29.9356 10 25.0 11.1431 40.1 29.9469 7 26.0 11.0861 40.6 29.9885 14 27.0 11.0264 41.3 30.0197 11 28.0 10.9673 41.6 30.0407 10 29.0 10.9355 42.0 30.0537 13 30.0 10.9105 42.1 30.0854 14 31.0 10.9342 42.0 30.1100 14 31.9 10.9433 42.0 30.1215 10 32.9 10.8158 43.2 30.1802 13 33.9 10.6771 44.2 30.2288 11 35.0 10.5634 44.8 30.2461 10 36.0 10.5001 45.5 30.2503 13 37.0 10.4290 46.4 30.2491 14 38.0 10.3092 47.5 30.2508 13 39.0 10.2662 47.9 30.2565 11 40.0 10.2476 48.1 30.2633 12 41.0 10.2430 48.3 30.2656 16 42.0 10.2433 48.5 30.2645 13 43.0 10.2293 48.6 30.2880 10 43.9 10.1683 49.2 30.3431 12 44.9 10.0584 50.0 30.3759 12 45.9 9.9502 50.0 30.4209 10 46.9 9.7428 50.8 30.5312 10 48.1 9.5992 51.7 30.6263 8 49.0 9.5021 52.4 30.6997 9 50.0 9.4563 52.9 30.7320 13 51.0 9.4220 53.4 30.7489 14 52.0 9.3985 53.3 30.7655 9 52.9 9.3713 53.2 30.7975 9 54.0 9.3568 53.2 30.8180 8 55.0 9.3459 52.8 30.8640 10 56.0 9.3317 52.7 30.8798 14 57.1 9.3244 52.3 30.9314 14 57.9 9.3343 52.1 30.9565 11 58.9 9.3350 51.8 30.9840 12 60.0 9.3432 51.3 31.0226 9 61.0 9.3498 50.7 31.0819 9 62.0 9.3588 50.2 31.1325 9 62.9 9.3684 49.6 31.1704 8 64.1 9.3777 49.1 31.2163 9 64.9 9.3682 48.7 31.2749 12 66.0 9.3445 48.2 31.3525 12 67.0 9.2589 48.4 31.4352 10 68.1 9.1033 49.3 31.4861 8 69.0 9.0399 49.7 31.5139 10 70.0 8.9430 50.4 31.5665 13 71.0 8.8609 50.9 31.6223 14 71.9 8.8081 51.6 31.6657 11 72.9 8.7726 51.5 31.6992 11 74.0 8.7577 51.4 31.7314 10 75.0 8.7137 51.2 31.7987 12 76.1 8.6735 50.7 31.9237 11 76.9 8.6093 50.4 32.0212 12 77.9 8.5659 49.8 32.0808 13 79.0 8.5303 48.9 32.1597 13 80.0 8.5109 48.2 32.1954 15 80.9 8.4943 47.6 32.2133 14 81.9 8.4809 46.8 32.2310 10 83.0 8.4773 46.3 32.2341 11 84.0 8.4746 46.1 32.2347 10 85.0 8.4803 46.1 32.3101 10 86.0 8.4905 46.4 32.4291 14 87.0 8.5125 47.5 32.4839 16 87.9 8.5345 48.1 32.5152 15 89.0 8.5505 48.2 32.5341 11 90.0 8.5461 48.3 32.5475 12 91.0 8.5274 48.3 32.5619 15 92.0 8.5397 49.0 32.5933 14 93.0 8.5414 48.8 32.6016 14 94.0 8.5389 48.5 32.6035 10 95.0 8.5317 48.3 32.6087 14 96.0 8.5195 48.3 32.6345 11 96.9 8.5005 48.4 32.6676 11 98.0 8.4800 48.7 32.7136 14 99.1 8.4258 49.0 32.8261 14 99.9 8.3757 49.6 32.9733 15 100.9 8.3472 48.8 33.0595 13 102.0 8.3361 48.5 33.0688 10 103.1 8.3323 48.4 33.0829 8 104.0 8.3196 48.2 33.1050 10 104.9 8.2871 48.2 33.1227 10 105.9 8.1995 48.4 33.1742 14 107.0 8.1642 48.6 33.1941 17 108.0 8.1551 48.6 33.2052 14 109.0 8.1459 48.2 33.2166 9 109.9 8.1424 47.7 33.2150 11 110.9 8.1384 47.7 33.2186 11 112.0 8.1008 47.6 33.2240 12 113.0 8.0690 47.8 33.2314 13 114.0 8.0521 48.0 33.2389 14 115.0 8.0300 48.3 33.2501 16 115.9 8.0257 48.3 33.2528 14 117.0 8.0278 47.8 33.2525 14 118.0 8.0271 48.1 33.2563 14 118.9 8.0266 47.7 33.2682 13 119.9 8.0351 46.7 33.3019 12 121.0 8.0389 45.9 33.3099 12 122.0 8.0399 45.8 33.3121 15 122.9 8.0409 46.2 33.3148 12 124.1 8.0409 46.7 33.3143 11 125.0 8.0416 46.3 33.3175 11 126.0 8.0408 45.4 33.3267 9 126.9 8.0322 45.1 33.3428 7 128.0 8.0319 45.1 33.3465 10 129.0 8.0325 45.1 33.3417 8 130.0 8.0319 45.2 33.3464 9 131.0 8.0310 45.4 33.3460 11 131.9 8.0300 45.6 33.3476 11 133.0 8.0261 45.2 33.3555 9 134.0 8.0234 45.1 33.3591 9 134.9 8.0239 45.1 33.3596 12 135.9 8.0162 45.5 33.3653 9 137.0 8.0149 45.9 33.3716 11 138.0 8.0113 46.3 33.3722 12 139.0 7.9952 47.9 33.3748 11 139.9 7.9717 50.1 33.3866 10 140.9 7.9698 50.8 33.3886 15 142.1 7.9693 50.6 33.3884 13 143.0 7.9690 50.6 33.3897 13 144.0 7.9662 50.7 33.3891 12 144.9 7.9680 50.5 33.3914 9 146.0 7.9686 50.4 33.3941 8 147.0 7.9590 50.2 33.4063 10 148.0 7.9553 50.2 33.4076 10 149.0 7.9505 50.5 33.4103 13 150.0 7.9453 51.2 33.4142 14 151.0 7.9377 51.9 33.4198 13 152.0 7.8755 52.1 33.4609 12 153.0 7.8220 52.4 33.4951 14 153.9 7.8116 52.5 33.4974 14 155.0 7.7812 52.4 33.5104 12 156.0 7.7542 52.0 33.5264 12 157.1 7.7297 51.8 33.5412 10 157.9 7.7263 51.8 33.5453 11 159.0 7.7259 52.6 33.5439 13 160.0 7.7178 52.7 33.5482 11 161.0 7.7147 51.8 33.5532 10 161.9 7.7071 51.6 33.5583 8 163.0 7.7076 51.3 33.5596 12 163.9 7.7070 51.4 33.5608 9 165.0 7.7088 52.3 33.5582 15 165.9 7.7160 52.9 33.5524 11 167.1 7.7109 51.9 33.5584 10 168.0 7.7099 51.7 33.5576 11 169.0 7.7035 51.6 33.5628 9 170.0 7.6917 51.8 33.5748 11 171.0 7.6909 52.2 33.5746 13 171.9 7.6915 52.9 33.5736 14 172.9 7.6904 52.3 33.5760 11 173.9 7.6860 51.8 33.5774 10 175.0 7.6866 51.7 33.5775 11 176.0 7.6690 51.9 33.5906 13 176.9 7.6359 52.4 33.6110 13 178.0 7.6366 53.5 33.6108 13 178.9 7.6381 52.9 33.6098 12 180.0 7.6231 52.5 33.6165 13 181.0 7.6069 52.7 33.6254 14 181.9 7.6005 52.4 33.6274 13 183.0 7.5869 52.5 33.6326 12 183.9 7.5669 52.7 33.6408 14 184.9 7.5577 52.3 33.6431 14 186.0 7.5498 51.8 33.6461 12 187.0 7.5460 51.9 33.6478 10 188.0 7.5431 52.2 33.6514 12 189.0 7.5393 52.3 33.6524 14 190.0 7.5347 52.8 33.6546 13 191.0 7.5389 53.0 33.6520 11 191.9 7.5335 52.6 33.6572 9 193.0 7.5306 52.6 33.6580 10 194.0 7.5272 52.6 33.6577 12 194.9 7.5254 52.9 33.6600 12 196.0 7.5165 53.5 33.6628 16 197.0 7.4995 53.9 33.6702 12 198.1 7.4918 53.6 33.6729 11 199.0 7.4775 53.8 33.6775 17 200.0 7.4290 53.9 33.6986 15 201.0 7.4112 54.0 33.7015 15 202.0 7.3938 53.6 33.7090 14 202.9 7.3734 53.4 33.7163 15 203.9 7.3522 53.3 33.7246 13 205.0 7.3213 52.7 33.7408 12 205.9 7.3033 52.6 33.7478 9 207.0 7.2195 52.8 33.7713 13 208.0 7.1420 54.3 33.7967 13 209.0 6.9642 55.2 33.8377 14 210.0 6.9099 54.4 33.8478 10 211.0 6.8966 54.3 33.8510 12 212.0 6.8887 54.5 33.8506 11 213.0 6.8649 55.5 33.8574 17 214.0 6.8371 55.9 33.8617 13 214.9 6.8239 55.2 33.8654 13 215.9 6.7995 54.2 33.8658 11 216.9 6.7626 52.5 33.8699 10 217.9 6.7599 51.6 33.8717 10 219.0 6.7598 51.0 33.8699 12 219.9 6.7561 51.1 33.8722 16 221.0 6.7522 49.7 33.8697 12 222.0 6.7528 49.1 33.8731 9 223.0 6.7556 50.0 33.8713 14 224.0 6.7407 50.8 33.8730 13 225.0 6.7400 50.0 33.8723 11 225.9 6.7408 49.3 33.8711 11 226.9 6.7415 49.4 33.8724 13 227.9 6.7439 50.8 33.8728 12 229.0 6.7395 49.3 33.8726 10 229.9 6.7273 48.9 33.8733 11 231.1 6.7127 48.8 33.8787 12 231.9 6.7108 49.6 33.8795 13 233.0 6.7123 48.1 33.8781 8 234.0 6.7127 47.6 33.8764 10 234.9 6.7124 48.0 33.8781 12 236.0 6.7121 48.6 33.8778 10 236.9 6.7114 49.9 33.8791 16 237.9 6.7098 48.9 33.8782 13 238.9 6.7043 48.6 33.8797 14 239.9 6.7039 48.4 33.8804 12 241.0 6.7003 48.4 33.8812 11 242.0 6.6976 49.6 33.8796 14 243.0 6.6991 49.7 33.8802 15 244.0 6.6972 49.0 33.8811 15 244.9 6.6927 49.3 33.8813 14 245.9 6.6900 49.9 33.8828 15 247.0 6.6872 48.8 33.8802 11 247.9 6.6803 47.7 33.8839 11 248.9 6.6676 47.1 33.8866 12 250.0 6.6497 45.6 33.8909 16 251.0 6.6414 43.3 33.8935 12 252.0 6.6420 41.0 33.8895 11 253.1 6.6384 41.8 33.8926 11 254.0 6.6329 43.0 33.8929 15 255.0 6.6358 39.9 33.8923 13 256.0 6.6290 41.1 33.8924 13 257.0 6.6326 40.9 33.8929 11 258.0 6.6350 40.0 33.8936 11 258.9 6.6315 42.1 33.8944 13 260.0 6.6276 38.8 33.8951 13 261.0 6.6240 37.0 33.8953 12 262.0 6.6231 36.9 33.8951 12 263.0 6.6237 37.8 33.8958 10 264.0 6.6247 36.0 33.8946 9 265.0 6.6230 35.5 33.8950 8 266.0 6.6211 35.9 33.8956 14 266.9 6.6206 38.8 33.8967 17 268.0 6.6237 39.5 33.8951 11 269.0 6.6249 40.6 33.8955 17 269.9 6.6252 42.6 33.8942 14 271.0 6.6201 44.3 33.8971 16 272.0 6.6206 43.9 33.8969 16 273.0 6.6192 41.4 33.8953 12 274.0 6.6140 40.2 33.8990 12 275.0 6.6098 39.1 33.8998 14 275.9 6.6093 36.3 33.8989 12 276.9 6.6093 35.6 33.8989 10 278.0 6.6121 36.9 33.8997 16 279.0 6.6124 39.2 33.8985 16 280.0 6.6127 36.4 33.8989 13 281.0 6.6129 36.0 33.8987 11 281.9 6.6139 34.8 33.8975 14 282.9 6.6155 30.4 33.8983 13 284.0 6.6153 29.5 33.8991 12 285.0 6.6147 28.1 33.8960 11 286.0 6.6165 27.5 33.8980 11 287.0 6.6160 29.8 33.8975 13 288.0 6.6146 28.6 33.8983 13 289.0 6.6142 27.8 33.8975 11 290.0 6.6131 29.6 33.8990 13 290.9 6.6123 32.4 33.8990 13 291.9 6.6137 31.2 33.8981 12 292.9 6.6131 33.5 33.8980 13 294.0 6.6132 31.2 33.8991 11 295.0 6.6133 29.8 33.8984 12 296.1 6.6123 33.1 33.8984 13 297.0 6.6120 36.7 33.8988 16 298.0 6.6100 36.5 33.9010 16 299.0 6.6087 36.8 33.8996 12 300.0 6.6089 38.5 33.8992 15 300.9 6.6094 37.4 33.8999 10 301.9 6.6097 35.6 33.9009 13 303.0 6.6103 33.9 33.9006 12 304.0 6.6152 32.0 33.8988 12 305.0 6.6134 34.2 33.8991 14 305.9 6.6108 36.7 33.8997 14 307.0 6.6130 31.9 33.8986 11 308.0 6.6136 29.9 33.8987 9 308.9 6.6157 30.2 33.8991 14 309.7 6.6159 32.9 33.8992 7