COPEPODITE Incoming Data Review
Fatal Format Issues:   none


HEADER REVIEW SECTION
[ Jump back to TOP ]

SEQUENTIAL ORDERING OF ACTIVE DATA COLUMNS

    Column # 1     [ DATE-YMD ]       Date Set = 1
    Column # 2     [BIOM1= Total Wet Mass (mg/m3)]      ( date set 1 )
    Column # 3     [BIOM2= Total Dry Mass (mg/m3)]      ( date set 1 )
    Column # 4     [BIOM1= Total Wet Mass of the 200-500 um fraction (mg/m3)]      ( date set 1 )
    Column # 5     [BIOM1= Total Wet Mass of the 500-1000 um fraction (mg/m3)]      ( date set 1 )
    Column # 6     [BIOM1= Total Wet Mass of the 1000-2000 um fraction (mg/m3)]      ( date set 1 )
    Column # 7     [BIOM2= Total Dry Mass of the 200-500 um fraction (mg/m3)]      ( date set 1 )
    Column # 8     [BIOM2= Total Dry Mass of the 500-1000 um fraction (mg/m3)]      ( date set 1 )
    Column # 9     [BIOM2= Total Dry Mass of the 1000-2000 um fraction (mg/m3)]      ( date set 1 )

    Column # 10     [ DATE-YMD ]       Date Set = 2
    Column # 11     [TEMP= Temperature ( C ) at 10 m]      ( date set 2 )
    Column # 12     [PSAL= Salinity () at 10 m]      ( date set 2 )
    Column # 13     [OTHR= Oxygen (umol/kg)]      ( date set 2 )
    Column # 14     [LOTT5= NO3 (umol/kg) at 10 m]      ( date set 2 )
    Column # 15     [LOTT5= NO2 (umol/kg) at 10 m]      ( date set 2 )
    Column # 16     [LOTT5= PO4 (umol/kg) at 10 m]      ( date set 2 )
    Column # 17     [LOTT5= SiO4 (umol/kg) at 10 m]      ( date set 2 )
    Column # 18     [LOTH= POC (ug/kg) at 10 m]      ( date set 2 )
    Column # 19     [LOTH= PON (ug/kg) at 10 m]      ( date set 2 )
    Column # 20     [LOTH= TOC (umol/kg) at 10 m]      ( date set 2 )
    Column # 21     [LOTH= Tot-N (umol/kg) at 10 m]      ( date set 2 )
    Column # 22     [ABND= Bacteria (cells*E8/kg) at 10 m]      ( date set 2 )
    Column # 23     [ABND1= Prochlorococcus (cells/ml) at 10 m]      ( date set 2 )
    Column # 24     [ABND1= Synechococcus (cells/ml) at 10 m]      ( date set 2 )
    Column # 25     [ABND1= Picoeukaryotes (cells/ml) at 10 m]      ( date set 2 )
    Column # 26     [ABND1= Nanoeukaryotes (cells/ml) at 10 m]      ( date set 2 )

    Column # 27     [ DATE-YMD ]       Date Set = 3
    Column # 28     [TEMP= Temperature ( C ) at 100 m]      ( date set 3 )
    Column # 29     [PSAL= Salinity () at 100 m]      ( date set 3 )
    Column # 30     [OTHR= Oxygen (umol/kg)]      ( date set 3 )
    Column # 31     [LOTT5= NO3 (umol/kg) at 100 m]      ( date set 3 )
    Column # 32     [LOTT5= NO2 (umol/kg) at 100 m]      ( date set 3 )
    Column # 33     [LOTT5= PO4 (umol/kg) at 100 m]      ( date set 3 )
    Column # 34     [LOTT5= SiO4 (umol/kg) at 100 m]      ( date set 3 )
    Column # 35     [LOTH= POC (ug/kg) at 100 m]      ( date set 3 )
    Column # 36     [LOTH= PON (ug/kg) at 100 m]      ( date set 3 )
    Column # 37     [LOTH= TOC (umol/kg) at 100 m]      ( date set 3 )
    Column # 38     [LOTH= Tot-N (umol/kg) at 100 m]      ( date set 3 )
    Column # 39     [ABND= Bacteria (cells*E8/kg) at 100 m]      ( date set 3 )
    Column # 40     [ABND1= Prochlorococcus (cells/ml) at 100 m]      ( date set 3 )
    Column # 41     [ABND1= Synechococcus (cells/ml) at 100 m]      ( date set 3 )
    Column # 42     [ABND1= Picoeukaryotes (cells/ml) at 100 m]      ( date set 3 )
    Column # 43     [ABND1= Nanoeukaryotes (cells/ml) at 100 m]      ( date set 3 )

    Column # 44     [ DATE-YMD ]       Date Set = 4
    Column # 45     [TEMP= Temperature ( C ) at 1000 m]      ( date set 4 )
    Column # 46     [PSAL= Salinity () at 1000 m]      ( date set 4 )
    Column # 47     [OTHR= Oxygen (umol/kg)]      ( date set 4 )
    Column # 48     [LOTT5= NO3 (umol/kg) at 1000 m]      ( date set 4 )
    Column # 49     [LOTT5= NO2 (umol/kg) at 1000 m]      ( date set 4 )
    Column # 50     [LOTT5= PO4 (umol/kg) at 1000 m]      ( date set 4 )
    Column # 51     [LOTT5= SiO4 (umol/kg) at 1000 m]      ( date set 4 )
    Column # 52     [LOTH= POC (ug/kg) at 1000 m]      ( date set 4 )
    Column # 53     [LOTH= PON (ug/kg) at 1000 m]      ( date set 4 )
    Column # 54     [LOTH= TOC (umol/kg) at 1000 m]      ( date set 4 )
    Column # 55     [LOTH= Tot-N (umol/kg) at 1000 m]      ( date set 4 )
    Column # 56     [ABND= Bacteria (cells*E8/kg) at 1000 m]      ( date set 4 )
    Column # 57     [ABND1= Prochlorococcus (cells/ml) at 1000 m]      ( date set 4 )
    Column # 58     [ABND1= Synechococcus (cells/ml) at 1000 m]      ( date set 4 )
    Column # 59     [ABND1= Picoeukaryotes (cells/ml) at 1000 m]      ( date set 4 )
    Column # 60     [ABND1= Nanoeukaryotes (cells/ml) at 1000 m]      ( date set 4 )

    Column # 61     [ DATE-YMD ]       Date Set = 5
    Column # 62     [CHLT= Chlorophyll-a (ug/kg) via fluorometer at 10m]      ( date set 5 )
    Column # 63     [CHLT= Phaeophytin (ug/kg) via fluorometer at 10m]      ( date set 5 )


DATA SORTED BY CATEGORY TYPES

    Total/non-zero Abundance Category
        Column # 22   [ ABND= Bacteria (cells*E8/kg) at 10 m ]
        Column # 23   [ ABND1= Prochlorococcus (cells/ml) at 10 m ]
        Column # 24   [ ABND1= Synechococcus (cells/ml) at 10 m ]
        Column # 25   [ ABND1= Picoeukaryotes (cells/ml) at 10 m ]
        Column # 26   [ ABND1= Nanoeukaryotes (cells/ml) at 10 m ]
        Column # 39   [ ABND= Bacteria (cells*E8/kg) at 100 m ]
        Column # 40   [ ABND1= Prochlorococcus (cells/ml) at 100 m ]
        Column # 41   [ ABND1= Synechococcus (cells/ml) at 100 m ]
        Column # 42   [ ABND1= Picoeukaryotes (cells/ml) at 100 m ]
        Column # 43   [ ABND1= Nanoeukaryotes (cells/ml) at 100 m ]
        Column # 56   [ ABND= Bacteria (cells*E8/kg) at 1000 m ]
        Column # 57   [ ABND1= Prochlorococcus (cells/ml) at 1000 m ]
        Column # 58   [ ABND1= Synechococcus (cells/ml) at 1000 m ]
        Column # 59   [ ABND1= Picoeukaryotes (cells/ml) at 1000 m ]
        Column # 60   [ ABND1= Nanoeukaryotes (cells/ml) at 1000 m ]

    Unknown Category ( 11 )
        Column # 14   [ LOTT5= NO3 (umol/kg) at 10 m ]
        Column # 15   [ LOTT5= NO2 (umol/kg) at 10 m ]
        Column # 16   [ LOTT5= PO4 (umol/kg) at 10 m ]
        Column # 17   [ LOTT5= SiO4 (umol/kg) at 10 m ]
        Column # 31   [ LOTT5= NO3 (umol/kg) at 100 m ]
        Column # 32   [ LOTT5= NO2 (umol/kg) at 100 m ]
        Column # 33   [ LOTT5= PO4 (umol/kg) at 100 m ]
        Column # 34   [ LOTT5= SiO4 (umol/kg) at 100 m ]
        Column # 48   [ LOTT5= NO3 (umol/kg) at 1000 m ]
        Column # 49   [ LOTT5= NO2 (umol/kg) at 1000 m ]
        Column # 50   [ LOTT5= PO4 (umol/kg) at 1000 m ]
        Column # 51   [ LOTT5= SiO4 (umol/kg) at 1000 m ]

    non-Log10 (linear) Miscellaenous Category
        Column # 13   [ OTHR= Oxygen (umol/kg) ]
        Column # 30   [ OTHR= Oxygen (umol/kg) ]
        Column # 47   [ OTHR= Oxygen (umol/kg) ]

    Temperatures Category
        Column # 11   [ TEMP= Temperature ( C ) at 10 m ]
        Column # 28   [ TEMP= Temperature ( C ) at 100 m ]
        Column # 45   [ TEMP= Temperature ( C ) at 1000 m ]

    Salinities Category
        Column # 12   [ PSAL= Salinity () at 10 m ]
        Column # 29   [ PSAL= Salinity () at 100 m ]
        Column # 46   [ PSAL= Salinity () at 1000 m ]

    Unknown Category ( 13 )
        Column # 62   [ CHLT= Chlorophyll-a (ug/kg) via fluorometer at 10m ]
        Column # 63   [ CHLT= Phaeophytin (ug/kg) via fluorometer at 10m ]

    Unknown Category ( 11 )
        Column # 14   [ LOTT5= NO3 (umol/kg) at 10 m ]
        Column # 15   [ LOTT5= NO2 (umol/kg) at 10 m ]
        Column # 16   [ LOTT5= PO4 (umol/kg) at 10 m ]
        Column # 17   [ LOTT5= SiO4 (umol/kg) at 10 m ]
        Column # 31   [ LOTT5= NO3 (umol/kg) at 100 m ]
        Column # 32   [ LOTT5= NO2 (umol/kg) at 100 m ]
        Column # 33   [ LOTT5= PO4 (umol/kg) at 100 m ]
        Column # 34   [ LOTT5= SiO4 (umol/kg) at 100 m ]
        Column # 48   [ LOTT5= NO3 (umol/kg) at 1000 m ]
        Column # 49   [ LOTT5= NO2 (umol/kg) at 1000 m ]
        Column # 50   [ LOTT5= PO4 (umol/kg) at 1000 m ]
        Column # 51   [ LOTT5= SiO4 (umol/kg) at 1000 m ]

    Unknown Category ( 13 )
        Column # 62   [ CHLT= Chlorophyll-a (ug/kg) via fluorometer at 10m ]
        Column # 63   [ CHLT= Phaeophytin (ug/kg) via fluorometer at 10m ]

DATA SORTED BY GROUPING SETS:

    Category 2 Group # 1
        column # 23     [ ABND1= Prochlorococcus (cells/ml) at 10 m ]
        column # 24     [ ABND1= Synechococcus (cells/ml) at 10 m ]
        column # 25     [ ABND1= Picoeukaryotes (cells/ml) at 10 m ]
        column # 26     [ ABND1= Nanoeukaryotes (cells/ml) at 10 m ]
        column # 40     [ ABND1= Prochlorococcus (cells/ml) at 100 m ]
        column # 41     [ ABND1= Synechococcus (cells/ml) at 100 m ]
        column # 42     [ ABND1= Picoeukaryotes (cells/ml) at 100 m ]
        column # 43     [ ABND1= Nanoeukaryotes (cells/ml) at 100 m ]
        column # 57     [ ABND1= Prochlorococcus (cells/ml) at 1000 m ]
        column # 58     [ ABND1= Synechococcus (cells/ml) at 1000 m ]
        column # 59     [ ABND1= Picoeukaryotes (cells/ml) at 1000 m ]
        column # 60     [ ABND1= Nanoeukaryotes (cells/ml) at 1000 m ]

    Category 11 Group # 5
        column # 14     [ LOTT5= NO3 (umol/kg) at 10 m ]
        column # 15     [ LOTT5= NO2 (umol/kg) at 10 m ]
        column # 16     [ LOTT5= PO4 (umol/kg) at 10 m ]
        column # 17     [ LOTT5= SiO4 (umol/kg) at 10 m ]
        column # 31     [ LOTT5= NO3 (umol/kg) at 100 m ]
        column # 32     [ LOTT5= NO2 (umol/kg) at 100 m ]
        column # 33     [ LOTT5= PO4 (umol/kg) at 100 m ]
        column # 34     [ LOTT5= SiO4 (umol/kg) at 100 m ]
        column # 48     [ LOTT5= NO3 (umol/kg) at 1000 m ]
        column # 49     [ LOTT5= NO2 (umol/kg) at 1000 m ]
        column # 50     [ LOTT5= PO4 (umol/kg) at 1000 m ]
        column # 51     [ LOTT5= SiO4 (umol/kg) at 1000 m ]


DATE REVIEW SECTION
[ Jump back to TOP ]

DATE COLUMNCommentsMinimum YearMaximum Year
DATES in Column 1 no problems detected 1994 2020
DATES in Column 10 no problems detected 1988 2019
DATES in Column 27 no problems detected 1988 2019
DATES in Column 44 no problems detected 1988 2019
DATES in Column 61 no problems detected 1988 2019

 Date Column LabelingDate Value-Set1Date Value-Set2Date Value-Set3
DATE-column Date-Label AutoDetect match? SET1min SET1max SET2min SET2max SET3min SET3max
1 DATE-YMD DATE-YMD yes 1994 2020 01 12 01 31
10 DATE-YMD DATE-YMD yes 1988 2019 01 12 01 31
27 DATE-YMD DATE-YMD yes 1988 2019 01 12 01 31
44 DATE-YMD DATE-YMD yes 1988 2019 01 12 01 31
61 DATE-YMD DATE-YMD yes 1988 2019 01 12 01 31


DATA REVIEW SECTION
[ Jump back to TOP ]



DATA COLUMN Comments"n" Minimum
(non-zero)		 Maximum Values
> 0 		Values
> 1
Column 2 :
[ 04_BIOM1= Total Wet Mass (mg/m3) ] 		no problems detected 6585 0.720000029 275.730011 6585
( 100 %)		 6560
( 99 %)
Column 3 :
[ 05_BIOM2= Total Dry Mass (mg/m3) ] 		no problems detected 6585 0.189999998 14.5900002 6585
( 100 %)		 6245
( 94 %)
Column 4 :
[ 06_BIOM1= Total Wet Mass of the 200-500 um fraction (mg/m3) ] 		no problems detected 1320 0.100000001 30.1700001 1320
( 100 %)		 1109
( 84 %)
Column 5 :
[ 07_BIOM1= Total Wet Mass of the 500-1000 um fraction (mg/m3) ] 		no problems detected 1320 7.00000003E-02 31.6200008 1320
( 100 %)		 1261
( 95 %)
Column 6 :
[ 08_BIOM1= Total Wet Mass of the 1000-2000 um fraction (mg/m3) ] 		no problems detected 1323 9.00000036E-02 34.5699997 1323
( 100 %)		 1198
( 90 %)
Column 7 :
[ 09_BIOM2= Total Dry Mass of the 200-500 um fraction (mg/m3) ] 		no problems detected 1320 5.00000007E-02 4.42999983 1320
( 100 %)		 141
( 10 %)
Column 8 :
[ 10_BIOM2= Total Dry Mass of the 500-1000 um fraction (mg/m3) ] 		no problems detected 1320 1.99999996E-02 5.01000023 1320
( 100 %)		 342
( 25 %)
Column 9 :
[ 11_BIOM2= Total Dry Mass of the 1000-2000 um fraction (mg/m3) ] 		no problems detected 1323 1.99999996E-02 4.80999994 1323
( 100 %)		 319
( 24 %)
Column 11 :
[ 12_TEMP= Temperature ( C ) at 10 m ] 		no problems detected 4497 18.4899998 29.5540009 4497
( 100 %)		 4497
( 100 %)
Column 12 :
[ 13_PSAL= Salinity () at 10 m ] 		no problems detected 558 36.1259995 36.9840012 558
( 100 %)		 558
( 100 %)
Column 13 :
[ 14_OTHR= Oxygen (umol/kg) ] 		no problems detected 566 3.20000005 314.200012 566
( 100 %)		 566
( 100 %)
Column 14 :
[15_LOTT5= NO3 (umol/kg) at 10 m ] 		There is/are 1 count WARNING(S)!

Some of your values are zero or "one".

Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  516 2.99999993E-02 1.27999997 125
    ( 24 %)    		 3
    ( 0 %)
    Column 15 :
    [16_LOTT5= NO2 (umol/kg) at 10 m ]     		There is/are 1 count WARNING(S)!

    Some of your values are zero or "one".

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  322 6.00000005E-03 0.282999992 143
    ( 44 %)    		 0
    ( 0 %)
    Column 16 :
    [17_LOTT5= PO4 (umol/kg) at 10 m ]     		There is/are 1 count WARNING(S)!

    Some of your values are zero or "one".

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  517 1.99999996E-02 0.289999992 63
    ( 12 %)    		 0
    ( 0 %)
    Column 17 :
    [ 18_LOTT5= SiO4 (umol/kg) at 10 m ]     		no problems detected 514 0.209999993 1.42999995 486
    ( 94 %)    		 42
    ( 8 %)
    Column 18 :
    [ 19_LOTH= POC (ug/kg) at 10 m ]     		no problems detected 435 7.48999977 135.720001 435
    ( 100 %)    		 435
    ( 100 %)
    Column 19 :
    [ 20_LOTH= PON (ug/kg) at 10 m ]     		no problems detected 439 0.699999988 35.7700005 434
    ( 98 %)    		 432
    ( 98 %)
    Column 20 :
    [ 21_LOTH= TOC (umol/kg) at 10 m ]     		no problems detected 378 56.2999992 75.5999985 378
    ( 100 %)    		 378
    ( 100 %)
    Column 21 :
    [ 22_LOTH= Tot-N (umol/kg) at 10 m ]     		no problems detected 304 1.70000005 7.69999981 304
    ( 100 %)    		 304
    ( 100 %)
    Column 22 :
    [ 23_ABND= Bacteria (cells*E8/kg) at 10 m ]     		no problems detected 419 0.600000024 14.6000004 419
    ( 100 %)    		 418
    ( 99 %)
    Column 23 :
    [ 24_ABND1= Prochlorococcus (cells/ml) at 10 m ]     		no problems detected 254 3.00000000 123001.000 252
    ( 99 %)    		 252
    ( 99 %)
    Column 24 :
    [ 25_ABND1= Synechococcus (cells/ml) at 10 m ]     		no problems detected 267 2115.00000 130474.000 267
    ( 100 %)    		 267
    ( 100 %)
    Column 25 :
    [ 26_ABND1= Picoeukaryotes (cells/ml) at 10 m ]     		no problems detected 252 76.0000000 165092.000 252
    ( 100 %)    		 252
    ( 100 %)
    Column 26 :
    [ 27_ABND1= Nanoeukaryotes (cells/ml) at 10 m ]     		no problems detected 238 3.00000000 18743.0000 238
    ( 100 %)    		 238
    ( 100 %)
    Column 28 :
    [ 28_TEMP= Temperature ( C ) at 100 m ]     		no problems detected 9176 18.0739994 26.1130009 9176
    ( 100 %)    		 9176
    ( 100 %)
    Column 29 :
    [ 29_PSAL= Salinity () at 100 m ]     		no problems detected 1545 36.3930016 36.9059982 1545
    ( 100 %)    		 1545
    ( 100 %)
    Column 30 :
    [ 30_OTHR= Oxygen (umol/kg) ]     		no problems detected 1707 181.399994 570.299988 1707
    ( 100 %)    		 1707
    ( 100 %)
    Column 31 :
    [ 31_LOTT5= NO3 (umol/kg) at 100 m ]     		no problems detected 1661 2.99999993E-02 3.83999991 1159
    ( 69 %)    		 311
    ( 18 %)
    Column 32 :
    [32_LOTT5= NO2 (umol/kg) at 100 m ]     		There is/are 1 count WARNING(S)!

    Some of your values are zero or "one".

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  826 6.00000005E-03 0.361000001 658
    ( 79 %)    		 0
    ( 0 %)
    Column 33 :
    [33_LOTT5= PO4 (umol/kg) at 100 m ]     		There is/are 1 count WARNING(S)!

    Some of your values are zero or "one".

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  1656 1.99999996E-02 0.569999993 420
    ( 25 %)    		 0
    ( 0 %)
    Column 34 :
    [ 34_LOTT5= SiO4 (umol/kg) at 100 m ]     		no problems detected 1660 0.200000003 3.33999991 1594
    ( 96 %)    		 221
    ( 13 %)
    Column 35 :
    [ 35_LOTH= POC (ug/kg) at 100 m ]     		no problems detected 1401 4.21000004 95.0000000 1401
    ( 100 %)    		 1401
    ( 100 %)
    Column 36 :
    [ 36_LOTH= PON (ug/kg) at 100 m ]     		no problems detected 1398 0.109999999 63.9500008 1394
    ( 99 %)    		 1381
    ( 98 %)
    Column 37 :
    [ 37_LOTH= TOC (umol/kg) at 100 m ]     		no problems detected 1020 47.7000008 72.0000000 1020
    ( 100 %)    		 1020
    ( 100 %)
    Column 38 :
    [ 38_LOTH= Tot-N (umol/kg) at 100 m ]     		no problems detected 804 1.50000000 7.50000000 804
    ( 100 %)    		 804
    ( 100 %)
    Column 39 :
    [ 39_ABND= Bacteria (cells*E8/kg) at 100 m ]     		no problems detected 1251 0.400000006 11.0000000 1251
    ( 100 %)    		 1246
    ( 99 %)
    Column 40 :
    [ 40_ABND1= Prochlorococcus (cells/ml) at 100 m ]     		no problems detected 779 52.0000000 260659.000 779
    ( 100 %)    		 779
    ( 100 %)
    Column 41 :
    [ 41_ABND1= Synechococcus (cells/ml) at 100 m ]     		no problems detected 778 3.00000000 65420.0000 770
    ( 98 %)    		 770
    ( 98 %)
    Column 42 :
    [ 42_ABND1= Picoeukaryotes (cells/ml) at 100 m ]     		no problems detected 725 26.0000000 128033.000 725
    ( 100 %)    		 725
    ( 100 %)
    Column 43 :
    [ 43_ABND1= Nanoeukaryotes (cells/ml) at 100 m ]     		no problems detected 761 1.00000000 16683.0000 760
    ( 99 %)    		 756
    ( 99 %)
    Column 45 :
    [ 44_TEMP= Temperature ( C ) at 1000 m ]     		no problems detected 1090 5.44399977 24.6399994 1090
    ( 100 %)    		 1090
    ( 100 %)
    Column 46 :
    [ 45_PSAL= Salinity () at 1000 m ]     		no problems detected 376 35.0550003 35.4290009 376
    ( 100 %)    		 376
    ( 100 %)
    Column 47 :
    [ 46_OTHR= Oxygen (umol/kg) ]     		no problems detected 387 128.300003 232.300003 387
    ( 100 %)    		 387
    ( 100 %)
    Column 48 :
    [ 47_LOTT5= NO3 (umol/kg) at 1000 m ]     		no problems detected 329 14.6899996 26.5699997 329
    ( 100 %)    		 329
    ( 100 %)
    Column 49 :
    [48_LOTT5= NO2 (umol/kg) at 1000 m ]     		There is/are 1 count WARNING(S)!

    Some of your values are zero or "one".

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  27 9.99999978E-03 9.99999978E-03 9
    ( 33 %)    		 0
    ( 0 %)
    Column 50 :
    [ 49_LOTT5= PO4 (umol/kg) at 1000 m ]     		no problems detected 318 0.750000000 1.67999995 318
    ( 100 %)    		 312
    ( 98 %)
    Column 51 :
    [ 50_LOTT5= SiO4 (umol/kg) at 1000 m ]     		no problems detected 327 6.03000021 16.4899998 327
    ( 100 %)    		 327
    ( 100 %)
    Column 52 :
    [ 51_LOTH= POC (ug/kg) at 1000 m ]     		no problems detected 341 0.600000024 31.8799992 341
    ( 100 %)    		 339
    ( 99 %)
    Column 53 :
    [ 52_LOTH= PON (ug/kg) at 1000 m ]     		no problems detected 344 2.99999993E-02 4.94999981 343
    ( 99 %)    		 146
    ( 42 %)
    Column 54 :
    [ 53_LOTH= TOC (umol/kg) at 1000 m ]     		no problems detected 274 39.5000000 59.0000000 274
    ( 100 %)    		 274
    ( 100 %)
    Column 55 :
    [ 54_LOTH= Tot-N (umol/kg) at 1000 m ]     		no problems detected 223 12.8000002 26.7000008 223
    ( 100 %)    		 223
    ( 100 %)
    Column 56 :
    [55_ABND= Bacteria (cells*E8/kg) at 1000 m ]     		There is/are 1 count WARNING(S)!

    Some of your values are zero or "one".

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  59 0.100000001 1.89999998 59
    ( 100 %)    		 3
    ( 5 %)
    Column 57 :
    [56_ABND1= Prochlorococcus (cells/ml) at 1000 m ]     		There is/are 3 count WARNING(S)!

    All/most of your values are EMPTY (missing).
    This variable will be ignored!

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  0 9999999.00 -9999999.00 0
    ( -2147483648 %)    		 0
    ( -2147483648 %)
    Column 58 :
    [57_ABND1= Synechococcus (cells/ml) at 1000 m ]     		There is/are 3 count WARNING(S)!

    All/most of your values are EMPTY (missing).
    This variable will be ignored!

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  0 9999999.00 -9999999.00 0
    ( -2147483648 %)    		 0
    ( -2147483648 %)
    Column 59 :
    [58_ABND1= Picoeukaryotes (cells/ml) at 1000 m ]     		There is/are 3 count WARNING(S)!

    All/most of your values are EMPTY (missing).
    This variable will be ignored!

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  0 9999999.00 -9999999.00 0
    ( -2147483648 %)    		 0
    ( -2147483648 %)
    Column 60 :
    [59_ABND1= Nanoeukaryotes (cells/ml) at 1000 m ]     		There is/are 3 count WARNING(S)!

    All/most of your values are EMPTY (missing).
    This variable will be ignored!

    Possible warning triggers:
  • a non-numeric value was encountered!
  • text comments like "null" or "n/a" will be ignored.
  • Engineering units ("1.25E5", "1.25 x 10^5")

    		•  0 9999999.00 -9999999.00 0
    ( -2147483648 %)    		 0
    ( -2147483648 %)
    Column 62 :
    [ 60_CHLT= Chlorophyll-a (ug/kg) via fluorometer at 10m ]     		no problems detected 4484 1.00000005E-03 3.30399990 4335
    ( 96 %)    		 27
    ( 0 %)
    Column 63 :
    [ 61_CHLT= Phaeophytin (ug/kg) via fluorometer at 10m ]     		no problems detected 4030 1.00000005E-03 1.32700002 3629
    ( 90 %)    		 6
    ( 0 %)

    The "Values >0" and "Values >1" columns look for data cases in which data values are heavily counts of "zero" or "1".