*2002/06/05 15:46:33.83
*IOS HEADER VERSION 1.3  1999/04/13 1999/12/09

*FILE
    START TIME          : UTC 1980/08/10 18:00:00.000
    NUMBER OF RECORDS   : 21
    DATA DESCRIPTION    : Bottle:Wire
    FILE TYPE           : ASCII
    DATA TYPE           : REAL*4
    PAD                 : -99
    NUMBER OF CHANNELS  : 3

    $TABLE: CHANNELS
    ! No Name                    Units    Minimum        Maximum
    ! -- ----------------------- -------- -------------- --------------
       1 Depth                   metres   0              1451
       2 Temperature:Reversing   'deg C'  2.35           13.42
       3 Salinity:Bottle         ppt      32.477         34.471
    $END

    $TABLE: CHANNEL DETAIL
    ! No  Pad   Start  Width  Format  Type  Decimal_Places
    ! --  ----  -----  -----  ------  ----  --------------
       1  ' '   ' '        6  F       ' '     0
       2  ' '   ' '        7  F       ' '     2
       3  ' '   ' '        8  F       ' '     3
    $END
$REMARKS
       This file converted from STDHYD file STDHYD80.DAT
       using SUStoIOS.BAS version 2.3 Sep 04/96 rmb
  Original HEADER:
80 5 12 4949.00N14240.00W80 81018 0GMT102             3DTS         1451   21   H
$END

*ADMINISTRATION
    MISSION             : 1980-05
    AGENCY              : IOS, Offshore Oceanography, Sidney, B.C.
    COUNTRY             : Canada
    PROJECT             : Station P
    SCIENTIST           : Canning B.
    PLATFORM            : Quadra

*LOCATION
    GEOGRAPHIC AREA     : NE PACIFIC
    STATION             : 12
    EVENT NUMBER        : 102
    LATITUDE            :  49  49.00000 N  ! (deg min)
    LONGITUDE           : 142  40.00000 W  ! (deg min)

*INSTRUMENT
    TYPE                : Bottle
    MODEL               : Niskin

*COMMENTS

    Contents:
    Bottle data from Weathership program using ships Vancouver & Quadra from
    Vancouver Island, BC, Canada to Ocean Weather Station P [50N x 145W].

    Sample collection methods:
    --------------------------
    Sea Water Temperature:
    - Reversing thermometers mounted on bottles.
    Salinity:
    - Collected in bottles.
    Dissolved Oxygen:
    - Collected in bottles.
    Reactive Nutrients (Phosphate, nitrate, silicate):
    - Collected in Van Dorn samplers (productivity casts) or bottles
    (hydrographic casts).
    Biological and Productivity:
    - Collected in Van Dorn samplers.

    Analyzes methods:
    -------------------------
    Temperatures at depth were measured by deep-sea reversing thermometers of
    German (Richter and Wiese) and/or Japanese (Yoshimo Keiki Co.) manufacture.
    Two protected thermometers were used on all bottles, and one unprotected
    thermometer was used on each bottle at depths of 300 m or greater. The
    accuracy of protected reversing thermometers is believed to be +-0.02C.

    Salinity determinations were made at sea with either a Bissett-Berman Model
    6220 lab salinometer or an Auto-Lab Model 601 MK III inductive salinometer.
    Accuracy using duplicate determinations is estimated to be +-0.003 ppt.

    Depth determinations were made using the "depth difference" method
    described in the U.S.N. Hydrographic Office Publication No. 607 (1955).
    Depth estimates have an approximate accuracy of +-5 m for depths less than
    1000 m, and +-0.5% of depth for depths greater than 1000 m.

    The dissolved oxygen analyses were done in the shipboard laboratory by a
    modified Winkler method (Carpenter, 1965).

    Nutrient samples were frozen for analyzes ashore.

    Chlorophyll and nutrients were analyzed using methods from Bulletin 125
    Fisheries Research Board of Canada 1960 "A manual of seawater analysis"
    J.D.H. Strickland and T.R. Parsons, and subsequent editions.

    References:
    1. 1981. Oceanographic Observations at Ocean Station P (50 N, 145 W).
    Volumes 106 to 118. January 11, 1980 - June 25, 1981. Pacific Marine
    Science Report 81-24 (part 1).
    2. 1981. Oceanographic Observations at Ocean Station P (50 N, 145 W).
    Volume 110. June 27 - August 14, 1980. Pacific Marine Science
    Report 81-24 (part 6).
    3. Carpenter, J.H. 1965. The Chesapeake Bay Institute Technique for the
    Winkler Dissolved Oxygen Method. Limmnol. & Oceanogr., 10: 141-143.
    4. Strickland, J.D.H., and T.R. Parsons. 1968. A Practical Handbook of
    Seawater Analysis. Bullettin 167. Fisheries Research Board, Canada.
    5. Strickland, J.D.H., and T.R. Parsons. 1972. A Practical Handbook of
    Seawater Analysis. Bullettin 167 (2nd edition). Fisheries Research
    Board, Canada.
    6. Above references @Institute of Ocean Sciences Library, Sidney, B.C.

*HISTORY

    $TABLE: PROGRAMS
    !   Name     Vers   Date       Time     Recs In   Recs Out
    !   -------- ------ ---------- -------- --------- ---------
        PADZEROS 1.0    1996/09/04 16:45:34        21        21
        CHGUNITS 1.3    2002/06/05 15:43:48        21        21
        HDREDIT2 1.3    2002/06/05 15:46:29 ?         ?
        CLEAN    3.8    2002/06/05 15:46:33        21        21
    $END
    $REMARKS
        CHANGE units:
        - No units changed
        CLEAN functions:
         - Reset #RECS, MIN & MAX values in header.
         - Delete Empty Channels:   0 deleted.
         - Set channel name post-colon letters to upper case.
         - Set last  4 characters of file name to event
    $END
!--1-- --2--- ---3---
!Depth Temper Salinit
!      ature: y:     
!      Revers Bottle 
!      ing           
!----- ------ -------
*END OF HEADER
    0.  13.42  32.477
   10.  13.42  32.480
   20.  12.83  32.484
   30.  11.43  32.505
   50.   7.44  32.574
   75.   6.65  32.590
  100.   5.80  32.755
  125.   5.33  33.319
  150.   5.21  33.601
  175.   5.11  33.784
  200.   4.93  33.823
  250.   4.57  33.856
  297.   4.31  33.893
  393.   4.05  33.992
  492.   3.85  34.105
  592.   3.67  34.158
  794.   3.29  34.268
  994.   2.95  34.355
 1187.   2.67  34.412
 1443.   2.35  34.469
 1451.   2.35  34.471