*2013/12/16 14:15:06.05 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : GMT 1976/09/30 22:40:00.000 NUMBER OF RECORDS : 91 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 3 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------- ---------------- -------------- -------------- 1 Pressure decibar 0.2 90 2 Salinity ppt 28.569 30.737 3 Temperature 'deg C (IPTS68)' 9.171 11.644 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 7 F ' ' 3 3 -99 ' ' 7 F ' ' 3 $END $REMARKS This file converted from 12 line header format. $END *ADMINISTRATION MISSION : 1976-28 AGENCY : IOS, Coastal Zone Oceanography, Sidney, B.C. COUNTRY : Canada PROJECT : Saanich Inlet SCIENTIST : Stucchi D. PLATFORM : Squamish $REMARKS This is Coastal Zone Oceanography cruise 76-05. $END *LOCATION GEOGRAPHIC AREA : Saanich Inlet STATION : 8 EVENT NUMBER : 15 LATITUDE : 48 43.40000 N ! (deg min) LONGITUDE : 123 25.07000 W ! (deg min) *INSTRUMENT TYPE : Guildline CTD MODEL : 8700 MK II $TABLE: SENSORS ! Name Abs Depth Serial No ! -------------- -------------- ---------- Pressure n/a ? Temperature n/a ? Conductivity n/a ? $END $REMARKS The instrumentation used to collect the data consisted of 1) a Guildline model 8700 MK II CTD probe and control console, 2) a programmable data acquisition system - PRODAS - built by McDonald-Detwiller Ltd., 3) a HP X,Y1Y2 plotter and, 4) a winch with seven-conductor cable and slip ring assembly. $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- CZO_IOS 1.0 1993/09/07 12:14:43 91 91 HDREDIT2 1.6 2003/05/30 16:39:04 ? ? CLEAN 4.2 2003/05/30 16:39:14 91 91 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:15:06 91 91 $END $REMARKS 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 *COMMENTS DESCENT RATE FILTER OF 0.4 M/S. 1M AVERAGE. SAL INVERSE CHK. AYP LEE In situ checks of the temperature and conductivity sensor were obtained by putting a Niskin water sampling bottle with reversing thermometers on the probe cable, one metre above the probe. Temperature calibration checks were acceptable given the +-0.02 degree C accuracy of the reversing thermometers. A stable salinity offset of 0.04 ppt (sample standard deviation of 0.01 ppt based on over 50 calibrations samples) was noted in these calibrations over the 32 month duration of the survey program. In the subsequent processing of the data, salinity is corrected by subtracting this offset. See reference Pacific Marine Science Report 80-5(1) and 80-5(2). !--1--- --2--- --3--- !Pressu Salini Temper !re ty ature !------ ------ ------ *END OF HEADER 0.2 28.573 11.644 0.9 28.569 11.480 2.1 28.594 11.108 3.1 28.689 10.870 4.1 28.716 10.819 5.1 28.748 10.782 6.1 28.774 10.735 7.1 28.790 10.702 8.0 28.797 10.685 9.0 28.816 10.646 10.0 28.881 10.560 11.1 28.935 10.501 12.0 29.005 10.421 13.0 29.054 10.361 14.1 29.061 10.352 15.1 29.076 10.348 16.1 29.103 10.342 17.0 29.136 10.319 18.1 29.210 10.228 19.1 29.309 10.134 20.1 29.380 10.076 21.1 29.400 10.062 22.0 29.416 10.052 23.1 29.434 10.038 24.2 29.462 10.017 25.1 29.474 10.006 26.0 29.477 10.003 27.1 29.489 9.993 28.2 29.509 9.977 29.1 29.525 9.966 30.1 29.557 9.941 31.1 29.583 9.922 32.1 29.616 9.900 33.0 29.630 9.892 34.2 29.724 9.820 35.2 29.846 9.712 36.2 29.891 9.669 37.2 29.941 9.636 38.2 29.972 9.618 39.3 29.978 9.611 40.1 29.975 9.612 41.1 29.989 9.610 42.2 29.992 9.607 43.3 29.991 9.607 44.2 29.993 9.607 45.2 30.000 9.604 46.2 30.004 9.604 47.2 30.003 9.603 48.2 30.006 9.603 49.2 30.014 9.599 50.3 30.016 9.598 51.2 30.018 9.597 52.1 30.016 9.598 53.1 30.016 9.598 54.1 30.036 9.593 55.1 30.113 9.548 56.1 30.142 9.524 57.2 30.160 9.511 58.1 30.173 9.502 59.1 30.185 9.495 60.3 30.213 9.479 61.3 30.246 9.460 62.2 30.270 9.443 63.2 30.315 9.420 64.3 30.400 9.378 65.3 30.479 9.331 66.3 30.544 9.292 67.3 30.592 9.255 68.3 30.591 9.259 69.3 30.609 9.248 70.2 30.618 9.242 71.2 30.623 9.238 72.3 30.619 9.239 73.3 30.622 9.239 74.3 30.629 9.234 75.3 30.627 9.234 76.4 30.630 9.234 77.4 30.632 9.232 78.3 30.632 9.231 79.4 30.637 9.229 80.3 30.647 9.222 81.3 30.647 9.222 82.4 30.656 9.218 83.4 30.681 9.204 84.4 30.699 9.193 85.4 30.713 9.185 86.4 30.718 9.183 87.5 30.716 9.184 88.5 30.722 9.181 89.3 30.737 9.172 90.0 30.737 9.171