- Aluminum, FIL, ICP-MS -
Lab: NWQL, PCode: 01106, MCode: PLM43
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 115% pctrecov = 115% Water Year = 2011 plotvalue = 90% pctrecov = 90% Water Year = 2011 plotvalue = 90% pctrecov = 90% Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2011 plotvalue = 86% pctrecov = 86% Water Year = 2011 plotvalue = 86% pctrecov = 86% Water Year = 2011 plotvalue = 85% pctrecov = 85% Water Year = 2011 plotvalue = 81% pctrecov = 81% Water Year = 2011 plotvalue = 70% pctrecov = 1% Water Year = 2011 plotvalue = 70% pctrecov = 1% Water Year = 2010 plotvalue = 125% pctrecov = 125% Water Year = 2010 plotvalue = 130% pctrecov = 145% Water Year = 2010 plotvalue = 130% pctrecov = 205% Water Year = 2009 plotvalue = 116% pctrecov = 116% Water Year = 2009 plotvalue = 118% pctrecov = 118% Water Year = 2009 plotvalue = 119% pctrecov = 119% Water Year = 2009 plotvalue = 130% pctrecov = 135% Water Year = 2009 plotvalue = 70% pctrecov = 13% Water Year = 2009 plotvalue = 70% pctrecov = 6% Water Year = 2008 plotvalue = 75% pctrecov = 75% Water Year = 2008 plotvalue = 70% pctrecov = 12% Water Year = 2008 plotvalue = 70% pctrecov = 2% Water Year = 2008 plotvalue = 70% pctrecov = 3% Water Year = 2008 plotvalue = 70% pctrecov = 6% Water Year = 2008 plotvalue = 70% pctrecov = 25% Water Year = 2007 plotvalue = 70% pctrecov = 15% Water Year = 2007 plotvalue = 70% pctrecov = 21% Water Year = 2006 plotvalue = 123% pctrecov = 123% Water Year = 2006 plotvalue = 130% pctrecov = 141% Water Year = 2006 plotvalue = 80% pctrecov = 80% Water Year = 2006 plotvalue = 76% pctrecov = 76% Water Year = 2006 plotvalue = 76% pctrecov = 76% Water Year = 2004 plotvalue = 83% pctrecov = 83% Water Year = 2004 plotvalue = 76% pctrecov = 76% Water Year = 2002 plotvalue = 130% pctrecov = 144% Water Year = 2001 plotvalue = 120% pctrecov = 120% Water Year = 2001 plotvalue = 120% pctrecov = 120% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 1999 plotvalue = 70% pctrecov = 69% Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 129 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 105% Number of Observations = 132 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 105 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 102% Third Quartile = 111% Number of Observations = 128 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 108% Third Quartile = 116% Number of Observations = 122 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 169 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 115% Number of Observations = 159 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 115% Number of Observations = 192 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2003 First Quartile = 110% Median = 117% Third Quartile = 130% Number of Observations = 77 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 111% Number of Observations = 72 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 103% Number of Observations = 71 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 2000 First Quartile = 104% Median = 111% Third Quartile = 117% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1999 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Water Year = 1997 First Quartile = 94% Median = 114% Third Quartile = 125% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Aluminum, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Aluminum, FIL, ICP-MS 01106PLM43 1997 48 94.2% 114.3% 125.0%
    1998 96 95.1% 101.3% 105.3%
    1999 96 95.7% 102.1% 110.1%
    2000 72 104.4% 110.9% 116.8%
    2001 71 93.9% 97.3% 102.9%
    2002 72 100.0% 105.3% 111.0%
    2003 77 109.8% 117.1% 147.8%
    2004 192 102.5% 108.9% 114.7%
    2005 159 101.1% 106.3% 114.5%
    2006 169 97.0% 102.2% 107.0%
    2007 122 98.2% 107.7% 116.0%
    2008 128 96.6% 102.2% 110.8%
    2009 105 92.8% 96.6% 102.2%
    2010 132 92.7% 96.9% 104.7%
    2011 129 98.5% 101.0% 104.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Aluminum, FIL, ICP-OES -
Lab: NWQL, PCode: 01106, MCode: PLA13
Dates: 10/09/96 through 08/04/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2001 plotvalue = 130% pctrecov = 134% Water Year = 2001 plotvalue = 130% pctrecov = 160% Water Year = 2001 plotvalue = 130% pctrecov = 151% Water Year = 2001 plotvalue = 70% pctrecov = 54% Water Year = 1998 plotvalue = 130% pctrecov = 159% Water Year = 1998 plotvalue = 130% pctrecov = 152% Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2005 First Quartile = 119% Median = 123% Third Quartile = 130% Number of Observations = 7 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2003 First Quartile = 108% Median = 122% Third Quartile = 130% Number of Observations = 15 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 115% Third Quartile = 124% Number of Observations = 22 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 112% Number of Observations = 59 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 2000 First Quartile = 104% Median = 119% Third Quartile = 130% Number of Observations = 31 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1999 First Quartile = 104% Median = 114% Third Quartile = 130% Number of Observations = 67 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1998 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 31 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Water Year = 1997 First Quartile = 103% Median = 112% Third Quartile = 120% Number of Observations = 71 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Aluminum, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Aluminum, FIL, ICP-OES 01106PLA13 1997 71 103.4% 111.5% 120.4%
    1998 31 93.5% 100.5% 107.7%
    1999 67 103.8% 114.4% 133.1%
    2000 31 104.0% 118.6% 141.9%
    2001 59 99.2% 106.3% 111.5%
    2002 22 101.4% 114.9% 124.3%
    2003 15 107.8% 121.9% 164.4%
    2005 7 118.5% 122.7% 132.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Aluminum, UNF, DCP -
Lab: NWQL, PCode: 01105, MCode: DCP05
Dates: 10/16/96 through 02/16/99
Open Data Set
Boxplot Description

Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 128% Number of Observations = 12 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1998 First Quartile = 85% Median = 107% Third Quartile = 130% Number of Observations = 36 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Water Year = 1997 First Quartile = 82% Median = 97% Third Quartile = 122% Number of Observations = 47 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Aluminum, UNF, DCP

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Aluminum, UNF, DCP 01105DCP05 1997 47 81.8% 97.3% 121.6%
    1998 36 84.7% 107.1% 130.8%
    1999 12 96.7% 104.4% 131.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Aluminum, UNF, ICP-MS -
Lab: NWQL, PCode: 01105, MCode: PLM48
Dates: 10/31/02 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2011 plotvalue = 87% pctrecov = 87% Water Year = 2010 plotvalue = 116% pctrecov = 116% Water Year = 2010 plotvalue = 130% pctrecov = 455% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 119% pctrecov = 119% Water Year = 2006 plotvalue = 121% pctrecov = 121% Water Year = 2005 plotvalue = 127% pctrecov = 127% Water Year = 2005 plotvalue = 130% pctrecov = 131% Water Year = 2004 plotvalue = 83% pctrecov = 83% Water Year = 2004 plotvalue = 82% pctrecov = 82% Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 103% Third Quartile = 104% Number of Observations = 44 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 103% Median = 106% Third Quartile = 114% Number of Observations = 39 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 105% Third Quartile = 117% Number of Observations = 47 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 102% Third Quartile = 113% Number of Observations = 44 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 101% Number of Observations = 93 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 60 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 114% Number of Observations = 67 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Water Year = 2003 First Quartile = 109% Median = 116% Third Quartile = 123% Number of Observations = 28 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Aluminum, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Aluminum, UNF, ICP-MS 01105PLM48 2003 28 109.0% 116.1% 122.9%
    2004 67 101.8% 109.1% 114.0%
    2005 60 95.5% 99.0% 107.5%
    2006 93 92.4% 96.2% 100.9%
    2007 44 97.4% 102.4% 112.6%
    2008 47 99.2% 104.9% 117.1%
    2009 39 102.9% 106.3% 114.3%
    2010 48 101.3% 103.7% 106.2%
    2011 44 99.3% 102.5% 104.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Aluminum, UNF, ICP-OES -
Lab: NWQL, PCode: 01105, MCode: PLA15
Dates: 03/08/99 through 05/06/04
Open Data Set
Boxplot Description

Water Year = 2003 plotvalue = 120% pctrecov = 120% Water Year = 2003 plotvalue = 116% pctrecov = 116% Water Year = 2003 plotvalue = 91% pctrecov = 91% Water Year = 2003 plotvalue = 77% pctrecov = 77% Water Year = 2000 plotvalue = 77% pctrecov = 77% Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2004 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 3 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 18 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2002 First Quartile = 106% Median = 116% Third Quartile = 130% Number of Observations = 19 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2001 First Quartile = 91% Median = 99% Third Quartile = 109% Number of Observations = 24 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 2000 First Quartile = 118% Median = 130% Third Quartile = 130% Number of Observations = 19 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Water Year = 1999 First Quartile = 93% Median = 111% Third Quartile = 123% Number of Observations = 13 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Aluminum, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Aluminum, UNF, ICP-OES 01105PLA15 1999 13 92.7% 110.9% 122.8%
    2000 19 118.2% 143.0% 163.2%
    2001 24 91.3% 99.4% 109.3%
    2002 19 106.2% 116.1% 146.7%
    2003 18 128.8% 139.4% 164.7%
    2004 3 257.3% 277.1% 1385%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Antimony, FIL, GFAA -
Lab: NWQL, PCode: 01095, MCode: GF032
Dates: 10/05/98 through 09/05/00
Open Data Set
Boxplot Description

Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 102% Number of Observations = 12 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Antimony, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Antimony, FIL, GFAA 01095GF032 1999 12 94.5% 100.0% 101.8%
    2000 12 94.6% 99.6% 102.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Antimony, FIL, Hydride, AA -
Lab: NWQL, PCode: 01095, MCode: HY009
Dates: 10/16/96 through 09/29/98
Open Data Set
Boxplot Description

Water Year = 1998 plotvalue = 70% pctrecov = 46% Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 114% Number of Observations = 12 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Water Year = 1997 First Quartile = 80% Median = 105% Third Quartile = 124% Number of Observations = 23 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Antimony, FIL, Hydride, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Antimony, FIL, Hydride, AA 01095HY009 1997 23 80.2% 105.0% 123.7%
    1998 12 96.3% 102.7% 113.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Antimony, FIL, ICP-MS -
Lab: NWQL, PCode: 01095, MCode: PLM43
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 117% pctrecov = 117% Water Year = 2010 plotvalue = 119% pctrecov = 119% Water Year = 2010 plotvalue = 122% pctrecov = 122% Water Year = 2010 plotvalue = 128% pctrecov = 128% Water Year = 2010 plotvalue = 91% pctrecov = 91% Water Year = 2010 plotvalue = 89% pctrecov = 89% Water Year = 2010 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 110% pctrecov = 110% Water Year = 2009 plotvalue = 111% pctrecov = 111% Water Year = 2009 plotvalue = 119% pctrecov = 119% Water Year = 2009 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 88% pctrecov = 88% Water Year = 2009 plotvalue = 70% pctrecov = 13% Water Year = 2008 plotvalue = 111% pctrecov = 111% Water Year = 2008 plotvalue = 112% pctrecov = 112% Water Year = 2008 plotvalue = 78% pctrecov = 78% Water Year = 2008 plotvalue = 70% pctrecov = 6% Water Year = 2008 plotvalue = 70% pctrecov = 9% Water Year = 2008 plotvalue = 70% pctrecov = 17% Water Year = 2008 plotvalue = 70% pctrecov = 5% Water Year = 2007 plotvalue = 70% pctrecov = 1% Water Year = 2007 plotvalue = 70% pctrecov = 1% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 87% pctrecov = 87% Water Year = 2006 plotvalue = 84% pctrecov = 84% Water Year = 2006 plotvalue = 83% pctrecov = 83% Water Year = 2006 plotvalue = 83% pctrecov = 83% Water Year = 2006 plotvalue = 83% pctrecov = 83% Water Year = 2006 plotvalue = 83% pctrecov = 83% Water Year = 2006 plotvalue = 83% pctrecov = 83% Water Year = 2006 plotvalue = 83% pctrecov = 83% Water Year = 2006 plotvalue = 82% pctrecov = 82% Water Year = 2006 plotvalue = 81% pctrecov = 81% Water Year = 2006 plotvalue = 78% pctrecov = 78% Water Year = 2006 plotvalue = 77% pctrecov = 77% Water Year = 2005 plotvalue = 129% pctrecov = 129% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 89% pctrecov = 89% Water Year = 2002 plotvalue = 124% pctrecov = 124% Water Year = 1999 plotvalue = 130% pctrecov = 240% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 117% pctrecov = 117% Water Year = 1997 plotvalue = 85% pctrecov = 85% Water Year = 1997 plotvalue = 85% pctrecov = 85% Water Year = 1997 plotvalue = 85% pctrecov = 85% Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 85% Median = 92% Third Quartile = 99% Number of Observations = 129 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 132 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 105 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 128 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 122 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 131 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 71 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 111% Number of Observations = 53 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 107% Third Quartile = 109% Number of Observations = 96 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Water Year = 1997 First Quartile = 107% Median = 110% Third Quartile = 115% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Antimony, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Antimony, FIL, ICP-MS 01095PLM43 1997 48 106.8% 109.6% 115.4%
    1998 96 105.0% 107.0% 109.0%
    1999 82 98.4% 102.0% 106.0%
    2000 53 99.9% 102.9% 111.3%
    2001 71 93.0% 96.5% 100.2%
    2002 72 100.0% 104.6% 109.1%
    2003 72 96.9% 100.6% 110.7%
    2004 144 96.0% 98.1% 99.9%
    2005 131 98.0% 101.7% 108.3%
    2006 169 96.9% 99.7% 103.3%
    2007 122 99.1% 101.7% 106.0%
    2008 128 92.8% 96.2% 99.3%
    2009 105 96.2% 98.6% 101.0%
    2010 132 99.8% 102.4% 105.3%
    2011 129 85.1% 92.2% 98.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Antimony, UNF, GFAA -
Lab: NWQL, PCode: 01097, MCode: GF031
Dates: 10/13/98 through 09/14/99
Open Data Set
Boxplot Description

Water Year = 1999 plotvalue = 82% pctrecov = 82% Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 12 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Antimony, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Antimony, UNF, GFAA 01097GF031 1999 12 92.7% 96.0% 99.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Antimony, UNF, ICP-MS -
Lab: NWQL, PCode: 01097, MCode: PLM48
Dates: 11/15/07 through 08/25/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 115% pctrecov = 115% Water Year = 2011 plotvalue = 130% pctrecov = 181% Water Year = 2011 plotvalue = 130% pctrecov = 199% Water Year = 2010 plotvalue = 70% pctrecov = 69% Water Year = 2008 plotvalue = 78% pctrecov = 78% Water Year = 2008 plotvalue = 76% pctrecov = 76% Water Year = 2008 plotvalue = 73% pctrecov = 73% Water Year = 2008 plotvalue = 70% pctrecov = 63% Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 43 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 48 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2009 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 32 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Antimony, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Antimony, UNF, ICP-MS 01097PLM48 2008 47 98.4% 102.1% 107.6%
    2009 32 95.6% 101.4% 107.9%
    2010 48 92.9% 96.7% 99.0%
    2011 43 94.9% 97.5% 99.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenate [as (V)], IC-ICP-MS -
Lab: NWQL, PCode: 62453, MCode: PLM36
Dates: 10/21/03 through 10/25/07
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 112% pctrecov = 112% Water Year = 2006 plotvalue = 112% pctrecov = 112% Water Year = 2006 plotvalue = 93% pctrecov = 93% Water Year = 2006 plotvalue = 92% pctrecov = 92% Water Year = 2005 plotvalue = 70% pctrecov = 70% Water Year = 2005 plotvalue = 70% pctrecov = 10% Water Year = 2005 plotvalue = 70% pctrecov = 10% Water Year = 2005 plotvalue = 70% pctrecov = 10% Water Year = 2004 plotvalue = 109% pctrecov = 109% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 18 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 22 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2005 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 30 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenate [as (V)], IC-ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenate [as (V)], IC-ICP-MS 62453PLM36 2004 24 96.1% 98.2% 100.4%
    2005 30 91.9% 95.5% 98.4%
    2006 22 98.6% 100.7% 101.6%
    2007 18 90.1% 91.0% 96.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenate [as (V)], IC-ICP-MS (w/org) -
Lab: NWQL, PCode: 62453, MCode: PLM35
Dates: 10/31/03 through 10/12/07
Open Data Set
Boxplot Description

Water Year = 2007 plotvalue = 101% pctrecov = 101% Water Year = 2005 plotvalue = 108% pctrecov = 108% Water Year = 2005 plotvalue = 109% pctrecov = 109% Water Year = 2004 plotvalue = 70% pctrecov = 67% Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2007 First Quartile = 89% Median = 91% Third Quartile = 92% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 18 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 30 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenate [as (V)], IC-ICP-MS (w/org)

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenate [as (V)], IC-ICP-MS (w/org) 62453PLM35 2004 24 98.2% 99.7% 103.8%
    2005 30 97.7% 99.3% 101.5%
    2006 18 92.6% 97.7% 103.8%
    2007 18 88.5% 91.3% 92.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenic, FIL, GFAA -
Lab: NWQL, PCode: 01000, MCode: GF085
Dates: 10/05/98 through 08/24/05
Open Data Set
Boxplot Description

Water Year = 2004 plotvalue = 71% pctrecov = 71% Water Year = 2004 plotvalue = 70% pctrecov = 52% Water Year = 2003 plotvalue = 87% pctrecov = 87% Water Year = 2002 plotvalue = 90% pctrecov = 90% Water Year = 2002 plotvalue = 78% pctrecov = 78% Water Year = 2001 plotvalue = 119% pctrecov = 119% Water Year = 2001 plotvalue = 84% pctrecov = 84% Water Year = 2001 plotvalue = 81% pctrecov = 81% Water Year = 2001 plotvalue = 70% pctrecov = 16% Water Year = 2000 plotvalue = 122% pctrecov = 122% Water Year = 2000 plotvalue = 123% pctrecov = 123% Water Year = 2000 plotvalue = 130% pctrecov = 140% Water Year = 2000 plotvalue = 130% pctrecov = 159% Water Year = 2000 plotvalue = 130% pctrecov = 175% Water Year = 2000 plotvalue = 76% pctrecov = 76% Water Year = 1999 plotvalue = 123% pctrecov = 123% Water Year = 1999 plotvalue = 73% pctrecov = 73% Water Year = 1999 plotvalue = 73% pctrecov = 73% Water Year = 1999 plotvalue = 72% pctrecov = 72% Water Year = 1999 plotvalue = 70% pctrecov = 70% Water Year = 1999 plotvalue = 70% pctrecov = 66% Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2005 First Quartile = 88% Median = 96% Third Quartile = 108% Number of Observations = 71 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2004 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 44 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 36 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 35 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2001 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 130 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 2000 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 100 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 128 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenic, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenic, FIL, GFAA 01000GF085 1999 128 94.0% 99.6% 105.4%
    2000 100 94.7% 100.0% 105.1%
    2001 130 97.6% 102.1% 106.3%
    2002 35 99.6% 102.3% 105.6%
    2003 36 98.7% 102.3% 106.4%
    2004 44 94.0% 103.4% 108.1%
    2005 71 87.7% 96.2% 108.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenic, FIL, Hydride, AA -
Lab: NWQL, PCode: 01000, MCode: HY010
Dates: 10/04/96 through 09/29/98
Open Data Set
Boxplot Description

Water Year = 1998 plotvalue = 130% pctrecov = 142% Water Year = 1998 plotvalue = 130% pctrecov = 130% Water Year = 1998 plotvalue = 130% pctrecov = 130% Water Year = 1998 plotvalue = 130% pctrecov = 130% Water Year = 1998 plotvalue = 130% pctrecov = 130% Water Year = 1998 plotvalue = 130% pctrecov = 667% Water Year = 1998 plotvalue = 130% pctrecov = 130% Water Year = 1998 plotvalue = 130% pctrecov = 163% Water Year = 1998 plotvalue = 70% pctrecov = 13% Water Year = 1997 plotvalue = 70% pctrecov = 64% Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 72 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Water Year = 1997 First Quartile = 107% Median = 118% Third Quartile = 130% Number of Observations = 163 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenic, FIL, Hydride, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenic, FIL, Hydride, AA 01000HY010 1997 163 107.3% 117.6% 141.5%
    1998 72 96.3% 105.3% 108.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenic, FIL, ICP-MS -
Lab: NWQL, PCode: 01000, MCode: PLM40
Dates: 10/10/01 through 10/06/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 112% pctrecov = 112% Water Year = 2005 plotvalue = 113% pctrecov = 113% Water Year = 2005 plotvalue = 130% pctrecov = 131% Water Year = 2005 plotvalue = 70% pctrecov = 5% Water Year = 2004 plotvalue = 107% pctrecov = 107% Water Year = 2004 plotvalue = 130% pctrecov = 152% Water Year = 2004 plotvalue = 130% pctrecov = 145% Water Year = 2004 plotvalue = 130% pctrecov = 144% Water Year = 2004 plotvalue = 130% pctrecov = 153% Water Year = 2004 plotvalue = 130% pctrecov = 150% Water Year = 2004 plotvalue = 78% pctrecov = 78% Water Year = 2003 plotvalue = 107% pctrecov = 107% Water Year = 2003 plotvalue = 108% pctrecov = 108% Water Year = 2003 plotvalue = 108% pctrecov = 108% Water Year = 2003 plotvalue = 111% pctrecov = 111% Water Year = 2002 plotvalue = 104% pctrecov = 104% Water Year = 2002 plotvalue = 110% pctrecov = 110% Water Year = 2002 plotvalue = 89% pctrecov = 89% Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 126 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 72 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenic, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenic, FIL, ICP-MS 01000PLM40 2002 72 95.3% 96.9% 98.5%
    2003 95 98.1% 100.2% 101.7%
    2004 144 97.4% 98.9% 101.0%
    2005 126 96.3% 98.7% 101.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenic, FIL, cICP-MS -
Lab: NWQL, PCode: 01000, MCode: PLM10
Dates: 09/09/05 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 87% pctrecov = 87% Water Year = 2011 plotvalue = 86% pctrecov = 86% Water Year = 2011 plotvalue = 70% pctrecov = 1% Water Year = 2009 plotvalue = 117% pctrecov = 117% Water Year = 2009 plotvalue = 70% pctrecov = 35% Water Year = 2008 plotvalue = 109% pctrecov = 109% Water Year = 2008 plotvalue = 89% pctrecov = 89% Water Year = 2008 plotvalue = 70% pctrecov = 9% Water Year = 2008 plotvalue = 70% pctrecov = 41% Water Year = 2008 plotvalue = 70% pctrecov = 4% Water Year = 2008 plotvalue = 70% pctrecov = 14% Water Year = 2008 plotvalue = 70% pctrecov = 7% Water Year = 2007 plotvalue = 121% pctrecov = 121% Water Year = 2007 plotvalue = 70% pctrecov = 9% Water Year = 2007 plotvalue = 70% pctrecov = 4% Water Year = 2006 plotvalue = 112% pctrecov = 112% Water Year = 2006 plotvalue = 84% pctrecov = 84% Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 128 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 105 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 122 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 123 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 13 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenic, FIL, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenic, FIL, cICP-MS 01000PLM10 2005 13 95.4% 98.9% 99.7%
    2006 123 94.2% 97.5% 100.8%
    2007 122 98.0% 102.8% 106.0%
    2008 128 96.6% 99.2% 101.2%
    2009 105 102.0% 104.5% 107.4%
    2010 132 99.2% 104.3% 108.5%
    2011 128 97.5% 100.2% 102.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenic, UNF, EPA -
Lab: NWQL, PCode: 01002, MCode: GF031
Dates: 10/30/97 through 09/18/00
Open Data Set
Boxplot Description

Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 70% Median = 82% Third Quartile = 98% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1999 First Quartile = 90% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Water Year = 1998 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 8 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenic, UNF, EPA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenic, UNF, EPA 01002GF031 1998 8 91.9% 94.7% 100.4%
    1999 8 90.0% 95.5% 100.2%
    2000 8 61.5% 81.1% 98.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenic, UNF, GFAA -
Lab: NWQL, PCode: 01002, MCode: GF096
Dates: 10/09/98 through 08/31/05
Open Data Set
Boxplot Description

Water Year = 2004 plotvalue = 126% pctrecov = 126% Water Year = 2004 plotvalue = 130% pctrecov = 204% Water Year = 2004 plotvalue = 130% pctrecov = 148% Water Year = 2004 plotvalue = 79% pctrecov = 79% Water Year = 2004 plotvalue = 70% pctrecov = 69% Water Year = 2003 plotvalue = 120% pctrecov = 120% Water Year = 2002 plotvalue = 116% pctrecov = 116% Water Year = 2000 plotvalue = 124% pctrecov = 124% Water Year = 1999 plotvalue = 130% pctrecov = 519% Water Year = 1999 plotvalue = 74% pctrecov = 74% Water Year = 1999 plotvalue = 70% pctrecov = 20% Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2005 First Quartile = 84% Median = 96% Third Quartile = 104% Number of Observations = 124 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 47 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2003 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 35 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 2000 First Quartile = 91% Median = 98% Third Quartile = 102% Number of Observations = 25 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Water Year = 1999 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 33 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenic, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenic, UNF, GFAA 01002GF096 1999 33 93.9% 98.8% 105.9%
    2000 25 91.4% 98.5% 101.6%
    2001 35 95.2% 99.5% 102.7%
    2002 36 95.5% 99.7% 102.4%
    2003 35 92.6% 97.9% 101.6%
    2004 47 97.7% 101.7% 108.3%
    2005 124 84.3% 96.3% 103.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenic, UNF, GFAA-EPA -
Lab: NWQL, PCode: 01002, MCode: GF073
Dates: 10/04/96 through 09/19/97
Open Data Set
Boxplot Description

Water Year = 1997 plotvalue = 79% pctrecov = 79% Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 107% Number of Observations = 22 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenic, UNF, GFAA-EPA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenic, UNF, GFAA-EPA 01002GF073 1997 22 97.3% 100.0% 106.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenic, UNF, Hydride, AA -
Lab: NWQL, PCode: 01002, MCode: HY013
Dates: 10/11/96 through 09/24/98
Open Data Set
Boxplot Description

Water Year = 1998 plotvalue = 123% pctrecov = 123% Water Year = 1998 plotvalue = 130% pctrecov = 163% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1998 plotvalue = 91% pctrecov = 91% Water Year = 1998 plotvalue = 91% pctrecov = 91% Water Year = 1997 plotvalue = 85% pctrecov = 85% Water Year = 1997 plotvalue = 83% pctrecov = 83% Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 110% Number of Observations = 40 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 113% Median = 130% Third Quartile = 130% Number of Observations = 45 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenic, UNF, Hydride, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenic, UNF, Hydride, AA 01002HY013 1997 45 113.2% 132.2% 161.7%
    1998 40 103.7% 105.3% 110.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenic, UNF, cICP-MS -
Lab: NWQL, PCode: 01002, MCode: PLM11
Dates: 09/20/05 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 116% pctrecov = 116% Water Year = 2010 plotvalue = 117% pctrecov = 117% Water Year = 2009 plotvalue = 117% pctrecov = 117% Water Year = 2009 plotvalue = 122% pctrecov = 122% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2008 plotvalue = 112% pctrecov = 112% Water Year = 2008 plotvalue = 113% pctrecov = 113% Water Year = 2008 plotvalue = 114% pctrecov = 114% Water Year = 2008 plotvalue = 114% pctrecov = 114% Water Year = 2008 plotvalue = 114% pctrecov = 114% Water Year = 2008 plotvalue = 116% pctrecov = 116% Water Year = 2008 plotvalue = 116% pctrecov = 116% Water Year = 2008 plotvalue = 117% pctrecov = 117% Water Year = 2008 plotvalue = 90% pctrecov = 90% Water Year = 2008 plotvalue = 70% pctrecov = 28% Water Year = 2007 plotvalue = 113% pctrecov = 113% Water Year = 2007 plotvalue = 116% pctrecov = 116% Water Year = 2007 plotvalue = 86% pctrecov = 86% Water Year = 2007 plotvalue = 70% pctrecov = 15% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 79% pctrecov = 79% Water Year = 2006 plotvalue = 75% pctrecov = 75% Water Year = 2006 plotvalue = 70% pctrecov = 9% Water Year = 2006 plotvalue = 70% pctrecov = 53% Water Year = 2005 plotvalue = 127% pctrecov = 127% Water Year = 2005 plotvalue = 94% pctrecov = 94% Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2011 First Quartile = 104% Median = 111% Third Quartile = 130% Number of Observations = 117 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 131 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 103 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2008 First Quartile = 102% Median = 103% Third Quartile = 106% Number of Observations = 133 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 126 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 127 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenic, UNF, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenic, UNF, cICP-MS 01002PLM11 2005 12 98.4% 99.7% 100.7%
    2006 127 93.9% 98.5% 101.9%
    2007 126 96.3% 99.8% 102.6%
    2008 133 101.5% 103.2% 105.6%
    2009 103 100.6% 103.7% 106.1%
    2010 131 99.7% 102.3% 105.7%
    2011 117 103.7% 110.7% 135.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenite [AS (III)], IC-ICP-MS -
Lab: NWQL, PCode: 62452, MCode: PLM36
Dates: 10/21/03 through 10/25/07
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2005 plotvalue = 70% pctrecov = 8% Water Year = 2005 plotvalue = 70% pctrecov = 8% Water Year = 2005 plotvalue = 70% pctrecov = 8% Water Year = 2005 plotvalue = 70% pctrecov = 8% Water Year = 2004 plotvalue = 105% pctrecov = 105% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 22 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2005 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 30 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenite [AS (III)], IC-ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenite [AS (III)], IC-ICP-MS 62452PLM36 2004 24 97.1% 98.9% 100.3%
    2005 30 93.2% 96.9% 99.6%
    2006 22 97.4% 99.9% 103.2%
    2007 18 90.9% 92.5% 94.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Arsenite [AS (III)], IC-ICP-MS (w/org) -
Lab: NWQL, PCode: 62452, MCode: PLM35
Dates: 10/31/03 through 10/12/07
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 109% pctrecov = 109% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2004 plotvalue = 70% pctrecov = 68% Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 102% Number of Observations = 18 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 99% Median = 99% Third Quartile = 103% Number of Observations = 30 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Arsenite [AS (III)], IC-ICP-MS (w/org)

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Arsenite [AS (III)], IC-ICP-MS (w/org) 62452PLM35 2004 24 97.8% 99.2% 102.5%
    2005 30 98.9% 99.2% 102.5%
    2006 18 95.2% 98.0% 102.2%
    2007 18 89.7% 91.7% 94.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Barium, FIL, ICP-MS -
Lab: NWQL, PCode: 01005, MCode: PLM43
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 191% Water Year = 2011 plotvalue = 70% pctrecov = 26% Water Year = 2010 plotvalue = 118% pctrecov = 118% Water Year = 2010 plotvalue = 92% pctrecov = 92% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2009 plotvalue = 70% pctrecov = 59% Water Year = 2009 plotvalue = 70% pctrecov = 63% Water Year = 2008 plotvalue = 106% pctrecov = 106% Water Year = 2008 plotvalue = 108% pctrecov = 108% Water Year = 2008 plotvalue = 113% pctrecov = 113% Water Year = 2008 plotvalue = 130% pctrecov = 172% Water Year = 2008 plotvalue = 70% pctrecov = 34% Water Year = 2008 plotvalue = 70% pctrecov = 1% Water Year = 2007 plotvalue = 109% pctrecov = 109% Water Year = 2007 plotvalue = 110% pctrecov = 110% Water Year = 2007 plotvalue = 110% pctrecov = 110% Water Year = 2007 plotvalue = 113% pctrecov = 113% Water Year = 2007 plotvalue = 95% pctrecov = 95% Water Year = 2007 plotvalue = 70% pctrecov = 15% Water Year = 2007 plotvalue = 70% pctrecov = 42% Water Year = 2004 plotvalue = 91% pctrecov = 91% Water Year = 2002 plotvalue = 116% pctrecov = 116% Water Year = 2001 plotvalue = 87% pctrecov = 87% Water Year = 2001 plotvalue = 82% pctrecov = 82% Water Year = 2000 plotvalue = 111% pctrecov = 111% Water Year = 2000 plotvalue = 94% pctrecov = 94% Water Year = 2000 plotvalue = 92% pctrecov = 92% Water Year = 1999 plotvalue = 108% pctrecov = 108% Water Year = 1999 plotvalue = 109% pctrecov = 109% Water Year = 1999 plotvalue = 109% pctrecov = 109% Water Year = 1999 plotvalue = 70% pctrecov = 17% Water Year = 1998 plotvalue = 95% pctrecov = 95% Water Year = 1998 plotvalue = 95% pctrecov = 95% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 129 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 132 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 105 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 128 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 122 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 131 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 96 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Barium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Barium, FIL, ICP-MS 01005PLM43 1997 48 97.3% 99.4% 100.1%
    1998 96 99.8% 101.5% 102.7%
    1999 96 101.0% 102.7% 103.7%
    2000 72 100.8% 103.4% 104.6%
    2001 71 96.1% 98.7% 101.9%
    2002 72 97.1% 98.7% 101.4%
    2003 72 95.9% 100.2% 103.6%
    2004 144 98.9% 101.1% 103.7%
    2005 131 95.0% 100.0% 102.4%
    2006 169 95.8% 100.7% 104.0%
    2007 122 100.3% 102.0% 103.9%
    2008 128 98.8% 100.3% 101.8%
    2009 105 99.1% 100.5% 102.1%
    2010 132 99.2% 101.8% 104.1%
    2011 129 96.8% 99.5% 102.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Barium, FIL, ICP-OES -
Lab: NWQL, PCode: 01005, MCode: PLA11
Dates: 10/04/96 through 09/29/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2011 plotvalue = 88% pctrecov = 88% Water Year = 2009 plotvalue = 107% pctrecov = 107% Water Year = 2009 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 115% pctrecov = 115% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2008 plotvalue = 108% pctrecov = 108% Water Year = 2008 plotvalue = 130% pctrecov = 1020% Water Year = 2007 plotvalue = 108% pctrecov = 108% Water Year = 2005 plotvalue = 107% pctrecov = 107% Water Year = 2005 plotvalue = 96% pctrecov = 96% Water Year = 2005 plotvalue = 95% pctrecov = 95% Water Year = 2004 plotvalue = 70% pctrecov = 20% Water Year = 2003 plotvalue = 112% pctrecov = 112% Water Year = 2002 plotvalue = 107% pctrecov = 107% Water Year = 2002 plotvalue = 110% pctrecov = 110% Water Year = 2002 plotvalue = 86% pctrecov = 86% Water Year = 2002 plotvalue = 70% pctrecov = 3% Water Year = 2001 plotvalue = 114% pctrecov = 114% Water Year = 2001 plotvalue = 130% pctrecov = 253% Water Year = 2001 plotvalue = 70% pctrecov = 61% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 1999 plotvalue = 106% pctrecov = 106% Water Year = 1999 plotvalue = 108% pctrecov = 108% Water Year = 1997 plotvalue = 111% pctrecov = 111% Water Year = 1997 plotvalue = 92% pctrecov = 92% Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 39 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 42 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 110 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2005 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 35 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 52 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Barium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Barium, FIL, ICP-OES 01005PLA11 1997 117 98.3% 100.3% 102.1%
    1998 96 97.8% 100.2% 102.3%
    1999 93 98.0% 99.3% 101.0%
    2000 60 97.6% 99.4% 101.1%
    2001 52 96.2% 100.0% 102.5%
    2002 36 98.3% 100.1% 101.7%
    2003 35 98.7% 101.6% 103.9%
    2004 48 100.0% 102.0% 104.7%
    2005 82 100.0% 101.5% 102.7%
    2006 48 98.0% 99.8% 101.5%
    2007 46 99.7% 100.8% 102.7%
    2008 40 98.6% 100.3% 102.2%
    2009 110 97.0% 98.6% 100.5%
    2010 42 95.0% 98.2% 100.0%
    2011 39 95.8% 97.7% 99.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Barium, UNF, ICP-MS -
Lab: NWQL, PCode: 01007, MCode: PLM47
Dates: 11/20/03 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 93% pctrecov = 93% Water Year = 2007 plotvalue = 109% pctrecov = 109% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 74 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 84 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 105% Number of Observations = 39 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 47 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 44 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 99% Number of Observations = 93 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2005 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 60 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Barium, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Barium, UNF, ICP-MS 01007PLM47 2004 24 95.9% 98.1% 99.9%
    2005 60 91.0% 95.0% 99.3%
    2006 93 94.4% 97.6% 99.5%
    2007 44 97.2% 99.9% 101.4%
    2008 47 99.1% 101.0% 102.5%
    2009 39 100.8% 103.7% 105.4%
    2010 84 99.6% 101.5% 103.4%
    2011 74 101.3% 103.8% 106.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Barium, UNF, ICP-OES -
Lab: NWQL, PCode: 01007, MCode: PLA15
Dates: 03/26/99 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 130% pctrecov = 637% Water Year = 2005 plotvalue = 70% pctrecov = 22% Water Year = 2004 plotvalue = 130% pctrecov = 163% Water Year = 2002 plotvalue = 109% pctrecov = 109% Water Year = 2002 plotvalue = 84% pctrecov = 84% Water Year = 2001 plotvalue = 89% pctrecov = 89% Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2011 First Quartile = 90% Median = 91% Third Quartile = 94% Number of Observations = 36 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2009 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 34 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 20 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 35 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 48 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2003 First Quartile = 93% Median = 95% Third Quartile = 99% Number of Observations = 23 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2001 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 23 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 24 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 13 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Barium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Barium, UNF, ICP-OES 01007PLA15 1999 13 94.9% 95.5% 98.0%
    2000 24 94.2% 95.1% 96.8%
    2001 23 94.3% 96.3% 97.1%
    2002 24 93.4% 94.6% 97.3%
    2003 23 93.1% 95.1% 98.7%
    2004 48 95.3% 98.8% 101.5%
    2005 35 94.0% 99.3% 103.0%
    2006 20 95.8% 98.1% 101.0%
    2009 34 92.8% 95.0% 96.8%
    2011 36 89.7% 91.3% 93.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Beryllium, FIL, ICP-MS -
Lab: NWQL, PCode: 01010, MCode: PLM43
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 70% pctrecov = 0% Water Year = 2011 plotvalue = 70% pctrecov = 62% Water Year = 2011 plotvalue = 70% pctrecov = 57% Water Year = 2011 plotvalue = 70% pctrecov = 7% Water Year = 2010 plotvalue = 120% pctrecov = 120% Water Year = 2010 plotvalue = 123% pctrecov = 123% Water Year = 2009 plotvalue = 81% pctrecov = 81% Water Year = 2009 plotvalue = 70% pctrecov = 1% Water Year = 2009 plotvalue = 70% pctrecov = 2% Water Year = 2009 plotvalue = 70% pctrecov = 1% Water Year = 2008 plotvalue = 130% pctrecov = 131% Water Year = 2007 plotvalue = 70% pctrecov = 10% Water Year = 2007 plotvalue = 70% pctrecov = 2% Water Year = 2006 plotvalue = 119% pctrecov = 119% Water Year = 2006 plotvalue = 123% pctrecov = 123% Water Year = 2006 plotvalue = 125% pctrecov = 125% Water Year = 2006 plotvalue = 125% pctrecov = 125% Water Year = 2006 plotvalue = 127% pctrecov = 127% Water Year = 2005 plotvalue = 127% pctrecov = 127% Water Year = 2005 plotvalue = 130% pctrecov = 130% Water Year = 2005 plotvalue = 75% pctrecov = 75% Water Year = 2005 plotvalue = 75% pctrecov = 75% Water Year = 2005 plotvalue = 71% pctrecov = 71% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 114% pctrecov = 114% Water Year = 2004 plotvalue = 115% pctrecov = 115% Water Year = 2004 plotvalue = 116% pctrecov = 116% Water Year = 2004 plotvalue = 116% pctrecov = 116% Water Year = 2004 plotvalue = 117% pctrecov = 117% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 121% pctrecov = 121% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 84% pctrecov = 84% Water Year = 2004 plotvalue = 81% pctrecov = 81% Water Year = 2004 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 119% pctrecov = 119% Water Year = 2003 plotvalue = 123% pctrecov = 123% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 126% pctrecov = 126% Water Year = 2003 plotvalue = 87% pctrecov = 87% Water Year = 2002 plotvalue = 117% pctrecov = 117% Water Year = 2002 plotvalue = 122% pctrecov = 122% Water Year = 2002 plotvalue = 86% pctrecov = 86% Water Year = 2001 plotvalue = 88% pctrecov = 88% Water Year = 2000 plotvalue = 113% pctrecov = 113% Water Year = 2000 plotvalue = 90% pctrecov = 90% Water Year = 1999 plotvalue = 87% pctrecov = 87% Water Year = 1999 plotvalue = 70% pctrecov = 37% Water Year = 1997 plotvalue = 79% pctrecov = 79% Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 129 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 132 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 128 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 122 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 169 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 101% Third Quartile = 108% Number of Observations = 131 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 72 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 47 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 2000 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 40 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 108% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Beryllium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Beryllium, FIL, ICP-MS 01010PLM43 1997 48 101.2% 102.8% 108.5%
    1998 96 98.3% 100.6% 103.9%
    1999 96 96.8% 99.5% 102.9%
    2000 40 98.5% 101.2% 103.8%
    2001 47 100.4% 102.5% 107.0%
    2002 72 99.5% 102.3% 106.4%
    2003 72 100.6% 103.4% 108.1%
    2004 144 98.4% 100.5% 104.0%
    2005 131 96.1% 101.3% 107.7%
    2006 169 91.9% 97.4% 102.6%
    2007 122 97.3% 103.2% 108.9%
    2008 128 88.9% 95.8% 103.8%
    2009 105 94.8% 98.6% 102.7%
    2010 132 92.9% 98.6% 103.2%
    2011 129 90.2% 97.1% 102.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Beryllium, FIL, ICP-OES -
Lab: NWQL, PCode: 01010, MCode: PLA11
Dates: 10/04/96 through 09/29/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 130% pctrecov = 241% Water Year = 2005 plotvalue = 90% pctrecov = 90% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 70% pctrecov = 67% Water Year = 2004 plotvalue = 70% pctrecov = 45% Water Year = 2002 plotvalue = 70% pctrecov = 8% Water Year = 2001 plotvalue = 119% pctrecov = 119% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 70% pctrecov = Water Year = 1999 plotvalue = 111% pctrecov = 111% Water Year = 1999 plotvalue = 84% pctrecov = 84% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 111% pctrecov = 111% Water Year = 1998 plotvalue = 112% pctrecov = 112% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1998 plotvalue = 90% pctrecov = 90% Water Year = 1998 plotvalue = 81% pctrecov = 81% Water Year = 1998 plotvalue = 80% pctrecov = 80% Water Year = 1997 plotvalue = 109% pctrecov = 109% Water Year = 1997 plotvalue = 110% pctrecov = 110% Water Year = 1997 plotvalue = 114% pctrecov = 114% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 123% pctrecov = 123% Water Year = 1997 plotvalue = 125% pctrecov = 125% Water Year = 1997 plotvalue = 91% pctrecov = 91% Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2005 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 35 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 103% Number of Observations = 12 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 24 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 25 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1999 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 59 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 117 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Beryllium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Beryllium, FIL, ICP-OES 01010PLA11 1997 117 99.4% 101.4% 102.8%
    1998 72 98.3% 100.2% 102.4%
    1999 59 101.2% 103.2% 105.0%
    2000 24 96.8% 98.9% 102.8%
    2001 24 98.1% 100.3% 103.8%
    2002 12 97.6% 99.0% 103.5%
    2003 23 98.7% 101.4% 104.4%
    2004 48 99.4% 104.1% 106.3%
    2005 35 101.2% 103.8% 108.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Beryllium, UNF, ICP-MS -
Lab: NWQL, PCode: 01012, MCode: PLM47
Dates: 11/01/04 through 09/01/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 82% pctrecov = 82% Water Year = 2011 plotvalue = 74% pctrecov = 74% Water Year = 2007 plotvalue = 105% pctrecov = 105% Water Year = 2007 plotvalue = 83% pctrecov = 83% Water Year = 2007 plotvalue = 83% pctrecov = 83% Water Year = 2007 plotvalue = 79% pctrecov = 79% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 120% pctrecov = 120% Water Year = 2006 plotvalue = 123% pctrecov = 123% Water Year = 2006 plotvalue = 72% pctrecov = 72% Water Year = 2005 plotvalue = 116% pctrecov = 116% Water Year = 2005 plotvalue = 83% pctrecov = 83% Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 43 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2010 First Quartile = 91% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 65 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2008 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 47 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2007 First Quartile = 92% Median = 94% Third Quartile = 96% Number of Observations = 44 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 93 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 60 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Beryllium, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Beryllium, UNF, ICP-MS 01012PLM47 2005 60 94.4% 98.8% 101.9%
    2006 93 88.7% 93.9% 98.1%
    2007 44 91.9% 94.1% 96.5%
    2008 47 89.8% 97.1% 102.8%
    2009 65 95.6% 98.5% 101.7%
    2010 48 91.1% 94.9% 97.8%
    2011 43 95.3% 99.1% 101.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Beryllium, UNF, ICP-OES -
Lab: NWQL, PCode: 01012, MCode: PLA15
Dates: 03/29/99 through 11/12/09
Open Data Set
Boxplot Description

Water Year = 2009 plotvalue = 117% pctrecov = 117% Water Year = 2009 plotvalue = 121% pctrecov = 121% Water Year = 2009 plotvalue = 122% pctrecov = 122% Water Year = 2009 plotvalue = 130% pctrecov = 245% Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2009 First Quartile = 91% Median = 96% Third Quartile = 101% Number of Observations = 32 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2003 First Quartile = 90% Median = 98% Third Quartile = 114% Number of Observations = 23 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2002 First Quartile = 90% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 8 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 2000 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 7 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Water Year = 1999 First Quartile = 94% Median = 100% Third Quartile = 111% Number of Observations = 13 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Beryllium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Beryllium, UNF, ICP-OES 01012PLA15 1999 13 94.2% 100.4% 111.5%
    2000 7 95.1% 97.3% 99.3%
    2001 8 93.2% 95.0% 98.2%
    2002 12 90.5% 96.6% 99.7%
    2003 23 90.0% 97.6% 113.8%
    2009 32 90.7% 96.1% 100.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Boron, FIL, ICP-MS -
Lab: NWQL, PCode: 01020, MCode: PLM40
Dates: 10/23/01 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 1627% Water Year = 2010 plotvalue = 126% pctrecov = 126% Water Year = 2009 plotvalue = 125% pctrecov = 125% Water Year = 2009 plotvalue = 125% pctrecov = 125% Water Year = 2009 plotvalue = 128% pctrecov = 128% Water Year = 2009 plotvalue = 130% pctrecov = 268% Water Year = 2008 plotvalue = 126% pctrecov = 126% Water Year = 2007 plotvalue = 126% pctrecov = 126% Water Year = 2007 plotvalue = 127% pctrecov = 127% Water Year = 2007 plotvalue = 130% pctrecov = 130% Water Year = 2007 plotvalue = 130% pctrecov = 138% Water Year = 2007 plotvalue = 75% pctrecov = 75% Water Year = 2007 plotvalue = 70% pctrecov = 10% Water Year = 2007 plotvalue = 70% pctrecov = 17% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 119% pctrecov = 119% Water Year = 2006 plotvalue = 124% pctrecov = 124% Water Year = 2006 plotvalue = 127% pctrecov = 127% Water Year = 2006 plotvalue = 77% pctrecov = 77% Water Year = 2006 plotvalue = 75% pctrecov = 75% Water Year = 2006 plotvalue = 75% pctrecov = 75% Water Year = 2006 plotvalue = 73% pctrecov = 73% Water Year = 2006 plotvalue = 73% pctrecov = 73% Water Year = 2006 plotvalue = 71% pctrecov = 71% Water Year = 2006 plotvalue = 70% pctrecov = 38% Water Year = 2005 plotvalue = 73% pctrecov = 73% Water Year = 2005 plotvalue = 73% pctrecov = 73% Water Year = 2005 plotvalue = 70% pctrecov = 33% Water Year = 2004 plotvalue = 77% pctrecov = 77% Water Year = 2004 plotvalue = 77% pctrecov = 77% Water Year = 2004 plotvalue = 75% pctrecov = 75% Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 82% Median = 91% Third Quartile = 99% Number of Observations = 129 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2010 First Quartile = 94% Median = 100% Third Quartile = 105% Number of Observations = 132 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 105 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 87% Median = 93% Third Quartile = 102% Number of Observations = 128 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 122 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 169 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 102% Third Quartile = 110% Number of Observations = 131 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 109% Third Quartile = 117% Number of Observations = 144 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 108% Third Quartile = 119% Number of Observations = 72 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Water Year = 2002 First Quartile = 91% Median = 101% Third Quartile = 117% Number of Observations = 38 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Boron, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Boron, FIL, ICP-MS 01020PLM40 2002 38 90.7% 100.6% 117.5%
    2003 72 100.8% 108.3% 119.3%
    2004 144 101.7% 108.9% 116.5%
    2005 131 95.6% 101.7% 110.5%
    2006 169 92.2% 96.5% 101.7%
    2007 122 94.8% 98.8% 106.4%
    2008 128 87.1% 92.9% 102.1%
    2009 105 91.7% 96.9% 104.3%
    2010 132 94.2% 100.1% 105.4%
    2011 129 82.3% 90.7% 99.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Boron, FIL, ICP-OES -
Lab: NWQL, PCode: 01020, MCode: PLA13
Dates: 10/04/96 through 09/29/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 139% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2010 plotvalue = 130% pctrecov = 161% Water Year = 2010 plotvalue = 130% pctrecov = 132% Water Year = 2010 plotvalue = 76% pctrecov = 76% Water Year = 2008 plotvalue = 117% pctrecov = 117% Water Year = 2008 plotvalue = 121% pctrecov = 121% Water Year = 2008 plotvalue = 130% pctrecov = 149% Water Year = 2008 plotvalue = 130% pctrecov = 971% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 120% pctrecov = 120% Water Year = 2005 plotvalue = 122% pctrecov = 122% Water Year = 2005 plotvalue = 130% pctrecov = 211% Water Year = 2004 plotvalue = 128% pctrecov = 128% Water Year = 2004 plotvalue = 130% pctrecov = 130% Water Year = 2004 plotvalue = 130% pctrecov = 141% Water Year = 2004 plotvalue = 70% pctrecov = 60% Water Year = 2002 plotvalue = 120% pctrecov = 120% Water Year = 2002 plotvalue = 125% pctrecov = 125% Water Year = 2002 plotvalue = 126% pctrecov = 126% Water Year = 2002 plotvalue = 130% pctrecov = 154% Water Year = 2002 plotvalue = 130% pctrecov = 148% Water Year = 2002 plotvalue = 130% pctrecov = 164% Water Year = 2002 plotvalue = 130% pctrecov = 217% Water Year = 2002 plotvalue = 130% pctrecov = 245% Water Year = 2002 plotvalue = 130% pctrecov = 164% Water Year = 2002 plotvalue = 130% pctrecov = 174% Water Year = 2002 plotvalue = 130% pctrecov = 133% Water Year = 2002 plotvalue = 130% pctrecov = 156% Water Year = 2002 plotvalue = 130% pctrecov = 192% Water Year = 2002 plotvalue = 130% pctrecov = 130% Water Year = 2002 plotvalue = 130% pctrecov = 245% Water Year = 2002 plotvalue = 130% pctrecov = 245% Water Year = 2002 plotvalue = 130% pctrecov = 141% Water Year = 2001 plotvalue = 115% pctrecov = 115% Water Year = 2001 plotvalue = 115% pctrecov = 115% Water Year = 2001 plotvalue = 115% pctrecov = 115% Water Year = 2001 plotvalue = 81% pctrecov = 81% Water Year = 2001 plotvalue = 70% pctrecov = 37% Water Year = 2000 plotvalue = 116% pctrecov = 116% Water Year = 2000 plotvalue = 117% pctrecov = 117% Water Year = 2000 plotvalue = 117% pctrecov = 117% Water Year = 2000 plotvalue = 119% pctrecov = 119% Water Year = 2000 plotvalue = 121% pctrecov = 121% Water Year = 2000 plotvalue = 122% pctrecov = 122% Water Year = 2000 plotvalue = 130% pctrecov = 160% Water Year = 2000 plotvalue = 130% pctrecov = 138% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 82% pctrecov = 82% Water Year = 2000 plotvalue = 81% pctrecov = 81% Water Year = 2000 plotvalue = 78% pctrecov = 78% Water Year = 2000 plotvalue = 71% pctrecov = 71% Water Year = 2000 plotvalue = 70% pctrecov = 69% Water Year = 2000 plotvalue = 70% pctrecov = 46% Water Year = 1999 plotvalue = 128% pctrecov = 128% Water Year = 1999 plotvalue = 128% pctrecov = 128% Water Year = 1999 plotvalue = 130% pctrecov = 134% Water Year = 1999 plotvalue = 130% pctrecov = 134% Water Year = 1999 plotvalue = 130% pctrecov = 135% Water Year = 1999 plotvalue = 130% pctrecov = 157% Water Year = 1999 plotvalue = 130% pctrecov = 147% Water Year = 1999 plotvalue = 130% pctrecov = 139% Water Year = 1999 plotvalue = 130% pctrecov = 133% Water Year = 1999 plotvalue = 130% pctrecov = 130% Water Year = 1999 plotvalue = 130% pctrecov = 135% Water Year = 1999 plotvalue = 78% pctrecov = 78% Water Year = 1999 plotvalue = 78% pctrecov = 78% Water Year = 1999 plotvalue = 75% pctrecov = 75% Water Year = 1999 plotvalue = 74% pctrecov = 74% Water Year = 1999 plotvalue = 74% pctrecov = 74% Water Year = 1999 plotvalue = 74% pctrecov = 74% Water Year = 1999 plotvalue = 73% pctrecov = 73% Water Year = 1999 plotvalue = 72% pctrecov = 72% Water Year = 1999 plotvalue = 70% pctrecov = 65% Water Year = 1999 plotvalue = 70% pctrecov = 70% Water Year = 1999 plotvalue = 70% pctrecov = 62% Water Year = 1999 plotvalue = 70% pctrecov = 69% Water Year = 1998 plotvalue = 115% pctrecov = 115% Water Year = 1998 plotvalue = 122% pctrecov = 122% Water Year = 1998 plotvalue = 122% pctrecov = 122% Water Year = 1998 plotvalue = 125% pctrecov = 125% Water Year = 1998 plotvalue = 125% pctrecov = 125% Water Year = 1998 plotvalue = 130% pctrecov = 174% Water Year = 1998 plotvalue = 130% pctrecov = 147% Water Year = 1998 plotvalue = 88% pctrecov = 88% Water Year = 1998 plotvalue = 87% pctrecov = 87% Water Year = 1998 plotvalue = 85% pctrecov = 85% Water Year = 1998 plotvalue = 80% pctrecov = 80% Water Year = 1998 plotvalue = 80% pctrecov = 80% Water Year = 1998 plotvalue = 77% pctrecov = 77% Water Year = 1998 plotvalue = 77% pctrecov = 77% Water Year = 1998 plotvalue = 72% pctrecov = 72% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 129% pctrecov = 129% Water Year = 1997 plotvalue = 130% pctrecov = 144% Water Year = 1997 plotvalue = 130% pctrecov = 142% Water Year = 1997 plotvalue = 130% pctrecov = 138% Water Year = 1997 plotvalue = 130% pctrecov = 145% Water Year = 1997 plotvalue = 130% pctrecov = 142% Water Year = 1997 plotvalue = 130% pctrecov = 187% Water Year = 1997 plotvalue = 130% pctrecov = 142% Water Year = 1997 plotvalue = 130% pctrecov = 145% Water Year = 1997 plotvalue = 130% pctrecov = 138% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 78% pctrecov = 78% Water Year = 1997 plotvalue = 77% pctrecov = 77% Water Year = 1997 plotvalue = 75% pctrecov = 75% Water Year = 1997 plotvalue = 74% pctrecov = 74% Water Year = 1997 plotvalue = 71% pctrecov = 71% Water Year = 1997 plotvalue = 70% pctrecov = 44% Water Year = 1997 plotvalue = 70% pctrecov = 65% Water Year = 1997 plotvalue = 70% pctrecov = 66% Water Year = 1997 plotvalue = 70% pctrecov = 64% Water Year = 1997 plotvalue = 70% pctrecov = 44% Water Year = 1997 plotvalue = 70% pctrecov = 0% Water Year = 1997 plotvalue = 70% pctrecov = 47% Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 91 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2010 First Quartile = 101% Median = 106% Third Quartile = 110% Number of Observations = 96 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2009 First Quartile = 103% Median = 108% Third Quartile = 115% Number of Observations = 78 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2008 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 94 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 107% Number of Observations = 88 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 116 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 129 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 108 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 105% Third Quartile = 117% Number of Observations = 84 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 154 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 157 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 107% Number of Observations = 187 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 160 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Water Year = 1997 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 214 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Boron, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Boron, FIL, ICP-OES 01020PLA13 1997 214 93.6% 99.2% 103.6%
    1998 160 98.1% 101.1% 104.4%
    1999 187 95.8% 100.4% 107.1%
    2000 157 94.9% 99.4% 102.9%
    2001 72 97.0% 100.8% 103.3%
    2002 154 99.7% 103.3% 107.1%
    2003 84 97.0% 105.4% 116.7%
    2004 108 99.8% 104.5% 110.1%
    2005 129 97.8% 101.5% 104.8%
    2006 116 96.7% 99.7% 104.0%
    2007 88 100.6% 104.6% 107.3%
    2008 94 102.2% 104.2% 106.8%
    2009 78 103.5% 108.2% 114.7%
    2010 96 100.6% 105.9% 110.3%
    2011 91 98.2% 99.9% 101.8%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Boron, UNF, DCP -
Lab: NWQL, PCode: 01022, MCode: DCP06
Dates: 10/05/98 through 02/08/99
Open Data Set
Boxplot Description

Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 98% Number of Observations = 5 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Boron, UNF, DCP

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Boron, UNF, DCP 01022DCP06 1999 5 50.2% 51.0% 98.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Boron, UNF, ICP-MS -
Lab: NWQL, PCode: 01022, MCode: PLM47
Dates: 10/26/05 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 174% Water Year = 2010 plotvalue = 124% pctrecov = 124% Water Year = 2009 plotvalue = 128% pctrecov = 128% Water Year = 2009 plotvalue = 130% pctrecov = 163% Water Year = 2007 plotvalue = 116% pctrecov = 116% Water Year = 2007 plotvalue = 118% pctrecov = 118% Water Year = 2007 plotvalue = 119% pctrecov = 119% Water Year = 2007 plotvalue = 121% pctrecov = 121% Water Year = 2007 plotvalue = 130% pctrecov = 135% Water Year = 2006 plotvalue = 124% pctrecov = 124% Water Year = 2006 plotvalue = 128% pctrecov = 128% Water Year = 2006 plotvalue = 130% pctrecov = 131% Water Year = 2006 plotvalue = 78% pctrecov = 78% Water Year = 2006 plotvalue = 70% pctrecov = 68% Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2011 First Quartile = 90% Median = 98% Third Quartile = 105% Number of Observations = 43 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 98% Third Quartile = 104% Number of Observations = 48 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2009 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 39 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 104% Third Quartile = 110% Number of Observations = 47 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 44 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 93 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Boron, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Boron, UNF, ICP-MS 01022PLM47 2006 93 93.3% 99.0% 102.4%
    2007 44 94.8% 98.8% 103.3%
    2008 47 97.6% 104.0% 109.6%
    2009 39 91.9% 99.4% 103.5%
    2010 48 93.2% 98.2% 104.4%
    2011 43 89.6% 97.8% 105.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Boron, UNF, ICP-OES -
Lab: NWQL, PCode: 01022, MCode: PLA15
Dates: 03/08/99 through 10/04/03
Open Data Set
Boxplot Description

Water Year = 2002 plotvalue = 130% pctrecov = 262% Water Year = 2002 plotvalue = 130% pctrecov = 246% Water Year = 2001 plotvalue = 112% pctrecov = 112% Water Year = 1999 plotvalue = 130% pctrecov = 131% Water Year = 1999 plotvalue = 84% pctrecov = 84% Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2003 First Quartile = 92% Median = 110% Third Quartile = 119% Number of Observations = 22 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2002 First Quartile = 96% Median = 105% Third Quartile = 109% Number of Observations = 10 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 93% Third Quartile = 95% Number of Observations = 12 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 113% Number of Observations = 11 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Water Year = 1999 First Quartile = 99% Median = 102% Third Quartile = 109% Number of Observations = 7 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Boron, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Boron, UNF, ICP-OES 01022PLA15 1999 7 99.2% 102.0% 108.6%
    2000 11 96.5% 103.4% 112.7%
    2001 12 89.9% 93.3% 95.3%
    2002 10 96.5% 104.8% 109.3%
    2003 22 92.1% 110.1% 118.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cadmium, FIL, GFAA -
Lab: NWQL, PCode: 01025, MCode: GF086
Dates: 10/09/96 through 10/19/04
Open Data Set
Boxplot Description

Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2003 plotvalue = 119% pctrecov = 119% Water Year = 2003 plotvalue = 94% pctrecov = 94% Water Year = 2003 plotvalue = 89% pctrecov = 89% Water Year = 2002 plotvalue = 130% pctrecov = 132% Water Year = 2002 plotvalue = 90% pctrecov = 90% Water Year = 2002 plotvalue = 70% pctrecov = 67% Water Year = 2002 plotvalue = 70% pctrecov = 21% Water Year = 2002 plotvalue = 70% pctrecov = 5% Water Year = 2001 plotvalue = 115% pctrecov = 115% Water Year = 2001 plotvalue = 119% pctrecov = 119% Water Year = 2001 plotvalue = 90% pctrecov = 90% Water Year = 2001 plotvalue = 89% pctrecov = 89% Water Year = 2001 plotvalue = 88% pctrecov = 88% Water Year = 2001 plotvalue = 88% pctrecov = 88% Water Year = 2001 plotvalue = 88% pctrecov = 88% Water Year = 2000 plotvalue = 84% pctrecov = 84% Water Year = 2000 plotvalue = 82% pctrecov = 82% Water Year = 2000 plotvalue = 82% pctrecov = 82% Water Year = 2000 plotvalue = 71% pctrecov = 71% Water Year = 1999 plotvalue = 116% pctrecov = 116% Water Year = 1999 plotvalue = 87% pctrecov = 87% Water Year = 1999 plotvalue = 82% pctrecov = 82% Water Year = 1998 plotvalue = 130% pctrecov = 157% Water Year = 1997 plotvalue = 120% pctrecov = 120% Water Year = 1997 plotvalue = 121% pctrecov = 121% Water Year = 1997 plotvalue = 121% pctrecov = 121% Water Year = 1997 plotvalue = 124% pctrecov = 124% Water Year = 1997 plotvalue = 125% pctrecov = 125% Water Year = 1997 plotvalue = 126% pctrecov = 126% Water Year = 1997 plotvalue = 126% pctrecov = 126% Water Year = 1997 plotvalue = 129% pctrecov = 129% Water Year = 1997 plotvalue = 87% pctrecov = 87% Water Year = 1997 plotvalue = 70% pctrecov = 10% Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 103% Median = 106% Third Quartile = 110% Number of Observations = 23 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 48 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2001 First Quartile = 100% Median = 104% Third Quartile = 106% Number of Observations = 47 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 100% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1998 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Water Year = 1997 First Quartile = 102% Median = 104% Third Quartile = 109% Number of Observations = 92 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cadmium, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cadmium, FIL, GFAA 01025GF086 1997 92 101.9% 103.7% 108.5%
    1998 48 98.0% 101.0% 107.4%
    1999 48 97.6% 101.0% 104.3%
    2000 48 100.1% 106.2% 109.3%
    2001 47 99.9% 104.3% 105.8%
    2002 48 100.2% 102.7% 104.8%
    2003 23 103.4% 106.1% 109.7%
    2004 48 99.1% 101.5% 106.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cadmium, FIL, ICP-MS -
Lab: NWQL, PCode: 01025, MCode: PLM43
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 116% pctrecov = 116% Water Year = 2011 plotvalue = 70% pctrecov = 2% Water Year = 2011 plotvalue = 70% pctrecov = 2% Water Year = 2010 plotvalue = 70% pctrecov = 11% Water Year = 2009 plotvalue = 70% pctrecov = 11% Water Year = 2009 plotvalue = 70% pctrecov = 1% Water Year = 2009 plotvalue = 70% pctrecov = 2% Water Year = 2008 plotvalue = 70% pctrecov = 1% Water Year = 2008 plotvalue = 70% pctrecov = 45% Water Year = 2008 plotvalue = 70% pctrecov = 2% Water Year = 2008 plotvalue = 70% pctrecov = 4% Water Year = 2008 plotvalue = 70% pctrecov = 42% Water Year = 2007 plotvalue = 119% pctrecov = 119% Water Year = 2007 plotvalue = 119% pctrecov = 119% Water Year = 2007 plotvalue = 119% pctrecov = 119% Water Year = 2007 plotvalue = 120% pctrecov = 120% Water Year = 2007 plotvalue = 120% pctrecov = 120% Water Year = 2007 plotvalue = 122% pctrecov = 122% Water Year = 2007 plotvalue = 70% pctrecov = 1% Water Year = 2007 plotvalue = 70% pctrecov = 1% Water Year = 2006 plotvalue = 112% pctrecov = 112% Water Year = 2005 plotvalue = 116% pctrecov = 116% Water Year = 2005 plotvalue = 92% pctrecov = 92% Water Year = 2004 plotvalue = 115% pctrecov = 115% Water Year = 2003 plotvalue = 117% pctrecov = 117% Water Year = 2003 plotvalue = 120% pctrecov = 120% Water Year = 2002 plotvalue = 109% pctrecov = 109% Water Year = 2002 plotvalue = 110% pctrecov = 110% Water Year = 2002 plotvalue = 110% pctrecov = 110% Water Year = 2002 plotvalue = 111% pctrecov = 111% Water Year = 2002 plotvalue = 113% pctrecov = 113% Water Year = 2002 plotvalue = 96% pctrecov = 96% Water Year = 2002 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 106% pctrecov = 106% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 94% pctrecov = 94% Water Year = 1998 plotvalue = 108% pctrecov = 108% Water Year = 1998 plotvalue = 110% pctrecov = 110% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 129 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 110% Third Quartile = 116% Number of Observations = 132 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 110% Third Quartile = 123% Number of Observations = 105 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 102% Third Quartile = 112% Number of Observations = 128 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2007 First Quartile = 101% Median = 105% Third Quartile = 108% Number of Observations = 122 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2006 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 169 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 108% Number of Observations = 131 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2003 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 72 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 71 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cadmium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cadmium, FIL, ICP-MS 01025PLM43 1997 48 99.0% 101.8% 106.7%
    1998 96 98.3% 100.0% 101.6%
    1999 96 99.1% 100.3% 101.6%
    2000 72 100.4% 102.6% 103.9%
    2001 71 97.6% 100.3% 102.1%
    2002 72 101.0% 102.3% 104.1%
    2003 72 104.1% 106.1% 108.8%
    2004 144 103.1% 104.4% 107.6%
    2005 131 102.2% 104.8% 107.6%
    2006 169 100.8% 102.9% 104.9%
    2007 122 101.3% 105.2% 108.3%
    2008 128 98.7% 102.0% 111.6%
    2009 105 103.8% 109.8% 123.3%
    2010 132 103.9% 109.7% 115.7%
    2011 129 98.6% 101.7% 105.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cadmium, FIL, ICP-OES -
Lab: NWQL, PCode: 01025, MCode: PLA11
Dates: 10/04/96 through 08/01/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 130% pctrecov = 175% Water Year = 2005 plotvalue = 70% pctrecov = 69% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 126% pctrecov = 126% Water Year = 2003 plotvalue = 86% pctrecov = 86% Water Year = 2003 plotvalue = 82% pctrecov = 82% Water Year = 2003 plotvalue = 70% pctrecov = 69% Water Year = 2001 plotvalue = 70% pctrecov = 63% Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2005 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 20 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2003 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 18 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2002 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 12 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 33 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 2000 First Quartile = 93% Median = 99% Third Quartile = 108% Number of Observations = 36 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 69 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 113% Number of Observations = 61 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 86% Median = 96% Third Quartile = 104% Number of Observations = 96 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cadmium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cadmium, FIL, ICP-OES 01025PLA11 1997 96 86.4% 95.7% 104.2%
    1998 61 95.1% 98.3% 113.4%
    1999 69 93.0% 99.7% 106.4%
    2000 36 93.4% 98.9% 107.8%
    2001 33 98.3% 102.8% 111.4%
    2002 12 101.8% 106.3% 113.4%
    2003 18 98.6% 102.6% 105.9%
    2005 20 99.4% 102.6% 106.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cadmium, UNF, GFAA -
Lab: NWQL, PCode: 01027, MCode: GF097
Dates: 10/04/96 through 08/18/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 130% pctrecov = 134% Water Year = 2005 plotvalue = 70% pctrecov = 3% Water Year = 2005 plotvalue = 70% pctrecov = 5% Water Year = 2005 plotvalue = 70% pctrecov = 3% Water Year = 2005 plotvalue = 70% pctrecov = 3% Water Year = 2005 plotvalue = 70% pctrecov = 50% Water Year = 2004 plotvalue = 130% pctrecov = 150% Water Year = 2003 plotvalue = 70% pctrecov = 2% Water Year = 2002 plotvalue = 84% pctrecov = 84% Water Year = 2001 plotvalue = 80% pctrecov = 80% Water Year = 2001 plotvalue = 77% pctrecov = 77% Water Year = 2001 plotvalue = 77% pctrecov = 77% Water Year = 1999 plotvalue = 84% pctrecov = 84% Water Year = 1999 plotvalue = 70% pctrecov = 68% Water Year = 1998 plotvalue = 70% pctrecov = 14% Water Year = 1998 plotvalue = 70% pctrecov = 61% Water Year = 1997 plotvalue = 115% pctrecov = 115% Water Year = 1997 plotvalue = 130% pctrecov = 390% Water Year = 1997 plotvalue = 89% pctrecov = 89% Water Year = 1997 plotvalue = 87% pctrecov = 87% Water Year = 1997 plotvalue = 86% pctrecov = 86% Water Year = 1997 plotvalue = 79% pctrecov = 79% Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 70 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 48 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 111% Number of Observations = 24 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2001 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 57 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 2000 First Quartile = 87% Median = 99% Third Quartile = 104% Number of Observations = 59 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 93 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cadmium, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cadmium, UNF, GFAA 01027GF097 1997 93 97.6% 100.4% 103.0%
    1998 72 95.0% 98.5% 101.8%
    1999 72 96.1% 100.1% 103.9%
    2000 59 87.3% 99.5% 103.7%
    2001 57 94.5% 98.0% 103.0%
    2002 60 97.2% 101.2% 104.9%
    2003 24 98.0% 102.2% 110.7%
    2004 48 95.6% 101.0% 103.1%
    2005 70 95.2% 100.4% 105.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cadmium, UNF, ICP-MS -
Lab: NWQL, PCode: 01027, MCode: PLM47
Dates: 10/10/01 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 113% pctrecov = 113% Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 112% pctrecov = 112% Water Year = 2010 plotvalue = 113% pctrecov = 113% Water Year = 2010 plotvalue = 113% pctrecov = 113% Water Year = 2010 plotvalue = 116% pctrecov = 116% Water Year = 2010 plotvalue = 117% pctrecov = 117% Water Year = 2010 plotvalue = 118% pctrecov = 118% Water Year = 2010 plotvalue = 118% pctrecov = 118% Water Year = 2010 plotvalue = 123% pctrecov = 123% Water Year = 2010 plotvalue = 126% pctrecov = 126% Water Year = 2010 plotvalue = 126% pctrecov = 126% Water Year = 2010 plotvalue = 126% pctrecov = 126% Water Year = 2010 plotvalue = 127% pctrecov = 127% Water Year = 2010 plotvalue = 130% pctrecov = 341% Water Year = 2010 plotvalue = 130% pctrecov = 132% Water Year = 2010 plotvalue = 130% pctrecov = 175% Water Year = 2010 plotvalue = 130% pctrecov = 138% Water Year = 2009 plotvalue = 118% pctrecov = 118% Water Year = 2009 plotvalue = 118% pctrecov = 118% Water Year = 2009 plotvalue = 118% pctrecov = 118% Water Year = 2009 plotvalue = 119% pctrecov = 119% Water Year = 2009 plotvalue = 119% pctrecov = 119% Water Year = 2009 plotvalue = 119% pctrecov = 119% Water Year = 2009 plotvalue = 120% pctrecov = 120% Water Year = 2009 plotvalue = 121% pctrecov = 121% Water Year = 2009 plotvalue = 122% pctrecov = 122% Water Year = 2009 plotvalue = 122% pctrecov = 122% Water Year = 2009 plotvalue = 123% pctrecov = 123% Water Year = 2009 plotvalue = 123% pctrecov = 123% Water Year = 2009 plotvalue = 79% pctrecov = 79% Water Year = 2008 plotvalue = 114% pctrecov = 114% Water Year = 2008 plotvalue = 115% pctrecov = 115% Water Year = 2008 plotvalue = 115% pctrecov = 115% Water Year = 2008 plotvalue = 116% pctrecov = 116% Water Year = 2008 plotvalue = 116% pctrecov = 116% Water Year = 2008 plotvalue = 116% pctrecov = 116% Water Year = 2008 plotvalue = 117% pctrecov = 117% Water Year = 2008 plotvalue = 118% pctrecov = 118% Water Year = 2008 plotvalue = 118% pctrecov = 118% Water Year = 2008 plotvalue = 119% pctrecov = 119% Water Year = 2008 plotvalue = 125% pctrecov = 125% Water Year = 2008 plotvalue = 128% pctrecov = 128% Water Year = 2008 plotvalue = 130% pctrecov = 136% Water Year = 2008 plotvalue = 130% pctrecov = 140% Water Year = 2008 plotvalue = 86% pctrecov = 86% Water Year = 2008 plotvalue = 86% pctrecov = 86% Water Year = 2008 plotvalue = 84% pctrecov = 84% Water Year = 2008 plotvalue = 84% pctrecov = 84% Water Year = 2008 plotvalue = 82% pctrecov = 82% Water Year = 2008 plotvalue = 78% pctrecov = 78% Water Year = 2008 plotvalue = 76% pctrecov = 76% Water Year = 2008 plotvalue = 73% pctrecov = 73% Water Year = 2008 plotvalue = 70% pctrecov = 2% Water Year = 2008 plotvalue = 70% pctrecov = 62% Water Year = 2007 plotvalue = 108% pctrecov = 108% Water Year = 2006 plotvalue = 106% pctrecov = 106% Water Year = 2006 plotvalue = 107% pctrecov = 107% Water Year = 2006 plotvalue = 108% pctrecov = 108% Water Year = 2006 plotvalue = 109% pctrecov = 109% Water Year = 2006 plotvalue = 95% pctrecov = 95% Water Year = 2006 plotvalue = 94% pctrecov = 94% Water Year = 2006 plotvalue = 70% pctrecov = 45% Water Year = 2006 plotvalue = 70% pctrecov = 1% Water Year = 2005 plotvalue = 109% pctrecov = 109% Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 95% pctrecov = 95% Water Year = 2005 plotvalue = 95% pctrecov = 95% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2004 plotvalue = 105% pctrecov = 105% Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 117 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 131 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 103 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2008 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 128 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 122 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 169 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 106 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 34 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Water Year = 2002 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 11 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cadmium, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cadmium, UNF, ICP-MS 01027PLM47 2002 11 98.7% 99.7% 100.7%
    2003 34 101.5% 103.3% 105.5%
    2004 24 97.8% 98.9% 100.5%
    2005 106 100.1% 101.6% 103.1%
    2006 169 99.4% 100.5% 102.0%
    2007 122 97.5% 99.5% 101.4%
    2008 128 97.0% 100.4% 103.5%
    2009 103 98.1% 100.7% 105.7%
    2010 131 94.2% 96.8% 100.0%
    2011 117 95.4% 97.1% 98.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Chromium, FIL, GFAA -
Lab: NWQL, PCode: 01030, MCode: GF075
Dates: 10/04/96 through 09/07/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 77% pctrecov = 77% Water Year = 2005 plotvalue = 70% pctrecov = 35% Water Year = 2005 plotvalue = 70% pctrecov = 59% Water Year = 2005 plotvalue = 70% pctrecov = 44% Water Year = 2004 plotvalue = 123% pctrecov = 123% Water Year = 2004 plotvalue = 130% pctrecov = 176% Water Year = 2004 plotvalue = 89% pctrecov = 89% Water Year = 2004 plotvalue = 89% pctrecov = 89% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 86% pctrecov = 86% Water Year = 2004 plotvalue = 86% pctrecov = 86% Water Year = 2004 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 83% pctrecov = 83% Water Year = 2004 plotvalue = 82% pctrecov = 82% Water Year = 2004 plotvalue = 81% pctrecov = 81% Water Year = 2004 plotvalue = 80% pctrecov = 80% Water Year = 2004 plotvalue = 73% pctrecov = 73% Water Year = 2004 plotvalue = 70% pctrecov = 24% Water Year = 2004 plotvalue = 70% pctrecov = 13% Water Year = 2003 plotvalue = 130% pctrecov = 253% Water Year = 2003 plotvalue = 79% pctrecov = 79% Water Year = 2002 plotvalue = 126% pctrecov = 126% Water Year = 2002 plotvalue = 130% pctrecov = 130% Water Year = 2002 plotvalue = 130% pctrecov = 145% Water Year = 2002 plotvalue = 70% pctrecov = 5% Water Year = 2002 plotvalue = 70% pctrecov = 5% Water Year = 2002 plotvalue = 70% pctrecov = 3% Water Year = 2000 plotvalue = 79% pctrecov = 79% Water Year = 2000 plotvalue = 70% pctrecov = 6% Water Year = 2000 plotvalue = 70% pctrecov = 8% Water Year = 2000 plotvalue = 70% pctrecov = 6% Water Year = 1999 plotvalue = 116% pctrecov = 116% Water Year = 1999 plotvalue = 116% pctrecov = 116% Water Year = 1999 plotvalue = 116% pctrecov = 116% Water Year = 1999 plotvalue = 124% pctrecov = 124% Water Year = 1999 plotvalue = 130% pctrecov = 138% Water Year = 1999 plotvalue = 85% pctrecov = 85% Water Year = 1999 plotvalue = 70% pctrecov = 7% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 118% pctrecov = 118% Water Year = 1998 plotvalue = 121% pctrecov = 121% Water Year = 1998 plotvalue = 76% pctrecov = 76% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2005 First Quartile = 104% Median = 112% Third Quartile = 122% Number of Observations = 121 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 144 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2003 First Quartile = 95% Median = 101% Third Quartile = 106% Number of Observations = 71 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2002 First Quartile = 96% Median = 102% Third Quartile = 106% Number of Observations = 120 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2001 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 118 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 113% Number of Observations = 101 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 94 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 104 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Chromium, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Chromium, FIL, GFAA 01030GF075 1997 104 95.0% 99.5% 103.9%
    1998 48 99.0% 103.1% 105.9%
    1999 94 98.0% 100.6% 105.0%
    2000 101 100.9% 108.3% 112.9%
    2001 118 99.1% 104.6% 107.9%
    2002 120 96.5% 101.9% 106.4%
    2003 71 95.4% 100.7% 105.7%
    2004 144 101.6% 105.3% 109.7%
    2005 121 104.1% 111.7% 121.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Chromium, FIL, ICP-MS -
Lab: NWQL, PCode: 01030, MCode: PLM40
Dates: 10/04/96 through 05/09/00
Open Data Set
Boxplot Description

Water Year = 1998 plotvalue = 88% pctrecov = 88% Water Year = 1998 plotvalue = 84% pctrecov = 84% Water Year = 1997 plotvalue = 76% pctrecov = 76% Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 16 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1999 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 50 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 103% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Chromium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Chromium, FIL, ICP-MS 01030PLM40 1997 48 96.5% 98.4% 103.2%
    1998 96 95.9% 98.3% 100.0%
    1999 50 94.4% 97.4% 100.5%
    2000 16 95.1% 99.4% 104.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Chromium, FIL, ICP-OES -
Lab: NWQL, PCode: 01030, MCode: PLA11
Dates: 10/04/96 through 09/29/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 79% pctrecov = 79% Water Year = 2010 plotvalue = 78% pctrecov = 78% Water Year = 2007 plotvalue = 130% pctrecov = 130% Water Year = 2007 plotvalue = 130% pctrecov = 144% Water Year = 2007 plotvalue = 130% pctrecov = 132% Water Year = 2007 plotvalue = 74% pctrecov = 74% Water Year = 2006 plotvalue = 76% pctrecov = 76% Water Year = 2006 plotvalue = 75% pctrecov = 75% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2002 plotvalue = 77% pctrecov = 77% Water Year = 1997 plotvalue = 70% pctrecov = 67% Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2011 First Quartile = 101% Median = 111% Third Quartile = 122% Number of Observations = 39 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 99% Third Quartile = 105% Number of Observations = 42 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2009 First Quartile = 88% Median = 94% Third Quartile = 106% Number of Observations = 31 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2008 First Quartile = 76% Median = 93% Third Quartile = 121% Number of Observations = 28 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 102% Third Quartile = 106% Number of Observations = 46 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2006 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 43 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2005 First Quartile = 117% Median = 125% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2004 First Quartile = 108% Median = 117% Third Quartile = 130% Number of Observations = 45 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 98% Third Quartile = 105% Number of Observations = 23 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2001 First Quartile = 101% Median = 110% Third Quartile = 130% Number of Observations = 33 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 2000 First Quartile = 96% Median = 105% Third Quartile = 114% Number of Observations = 36 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 92% Median = 100% Third Quartile = 108% Number of Observations = 69 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 118% Number of Observations = 58 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 104% Third Quartile = 111% Number of Observations = 96 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Chromium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Chromium, FIL, ICP-OES 01030PLA11 1997 96 98.0% 103.8% 111.4%
    1998 58 102.7% 108.6% 117.7%
    1999 69 91.8% 100.0% 107.6%
    2000 36 95.6% 104.7% 114.4%
    2001 33 101.1% 109.9% 142.7%
    2002 12 100.8% 104.0% 107.0%
    2003 23 88.9% 97.8% 104.7%
    2004 45 108.0% 117.0% 131.2%
    2005 44 116.5% 124.8% 136.7%
    2006 43 97.3% 104.7% 111.2%
    2007 46 94.3% 102.1% 105.9%
    2008 28 76.2% 93.0% 121.2%
    2009 31 88.1% 93.8% 105.8%
    2010 42 95.4% 99.1% 104.7%
    2011 39 101.5% 111.3% 122.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Chromium, FIL, cICP-MS -
Lab: NWQL, PCode: 01030, MCode: PLM10
Dates: 09/16/05 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 110% pctrecov = 110% Water Year = 2011 plotvalue = 113% pctrecov = 113% Water Year = 2011 plotvalue = 70% pctrecov = 6% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 112% pctrecov = 112% Water Year = 2010 plotvalue = 130% pctrecov = 135% Water Year = 2009 plotvalue = 90% pctrecov = 90% Water Year = 2009 plotvalue = 70% pctrecov = 5% Water Year = 2009 plotvalue = 70% pctrecov = 8% Water Year = 2009 plotvalue = 70% pctrecov = 3% Water Year = 2008 plotvalue = 122% pctrecov = 122% Water Year = 2008 plotvalue = 122% pctrecov = 122% Water Year = 2008 plotvalue = 123% pctrecov = 123% Water Year = 2008 plotvalue = 125% pctrecov = 125% Water Year = 2008 plotvalue = 126% pctrecov = 126% Water Year = 2008 plotvalue = 129% pctrecov = 129% Water Year = 2008 plotvalue = 70% pctrecov = 38% Water Year = 2008 plotvalue = 70% pctrecov = 13% Water Year = 2008 plotvalue = 70% pctrecov = 5% Water Year = 2008 plotvalue = 70% pctrecov = 24% Water Year = 2008 plotvalue = 70% pctrecov = 23% Water Year = 2007 plotvalue = 116% pctrecov = 116% Water Year = 2007 plotvalue = 116% pctrecov = 116% Water Year = 2007 plotvalue = 70% pctrecov = 3% Water Year = 2007 plotvalue = 70% pctrecov = 4% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 86% pctrecov = 86% Water Year = 2006 plotvalue = 85% pctrecov = 85% Water Year = 2006 plotvalue = 85% pctrecov = 85% Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 129 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 132 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 105 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2008 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 128 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 122 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 123 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 10 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Chromium, FIL, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Chromium, FIL, cICP-MS 01030PLM10 2005 10 89.8% 96.9% 101.9%
    2006 123 95.7% 98.5% 102.1%
    2007 122 98.6% 101.9% 105.0%
    2008 128 100.8% 104.6% 109.2%
    2009 105 100.2% 102.5% 105.2%
    2010 132 95.8% 98.0% 101.5%
    2011 129 93.9% 96.9% 100.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Chromium, UNF, GFAA -
Lab: NWQL, PCode: 01034, MCode: GF094
Dates: 10/11/96 through 09/01/05
Open Data Set
Boxplot Description

Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 86% pctrecov = 86% Water Year = 2002 plotvalue = 122% pctrecov = 122% Water Year = 2002 plotvalue = 73% pctrecov = 73% Water Year = 2000 plotvalue = 74% pctrecov = 74% Water Year = 2000 plotvalue = 70% pctrecov = 10% Water Year = 1999 plotvalue = 70% pctrecov = 13% Water Year = 1998 plotvalue = 113% pctrecov = 113% Water Year = 1998 plotvalue = 115% pctrecov = 115% Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2005 First Quartile = 96% Median = 104% Third Quartile = 116% Number of Observations = 133 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2004 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 48 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2003 First Quartile = 91% Median = 98% Third Quartile = 103% Number of Observations = 35 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2002 First Quartile = 92% Median = 98% Third Quartile = 101% Number of Observations = 36 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 2000 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 35 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1999 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1998 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 1997 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 45 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Chromium, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Chromium, UNF, GFAA 01034GF094 1997 45 93.5% 98.3% 102.6%
    1998 48 93.4% 97.3% 100.7%
    1999 48 92.1% 96.8% 99.7%
    2000 35 97.0% 102.6% 109.2%
    2001 35 91.1% 97.0% 101.5%
    2002 36 91.6% 98.2% 100.7%
    2003 35 90.5% 97.9% 102.7%
    2004 48 98.7% 102.5% 106.2%
    2005 133 95.6% 104.1% 115.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Chromium, UNF, ICP-OES -
Lab: NWQL, PCode: 01034, MCode: PLA15
Dates: 11/02/07 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2008 plotvalue = 79% pctrecov = 79% Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2011 First Quartile = 95% Median = 108% Third Quartile = 130% Number of Observations = 36 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 97% Number of Observations = 42 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2009 First Quartile = 86% Median = 96% Third Quartile = 102% Number of Observations = 31 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 115% Third Quartile = 126% Number of Observations = 40 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Chromium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Chromium, UNF, ICP-OES 01034PLA15 2008 40 108.2% 114.9% 126.2%
    2009 31 85.8% 96.2% 102.2%
    2010 42 86.5% 91.1% 96.7%
    2011 36 95.0% 107.9% 138.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Chromium, UNF, cICP-MS -
Lab: NWQL, PCode: 01034, MCode: PLM11
Dates: 09/30/05 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 166% Water Year = 2011 plotvalue = 130% pctrecov = 130% Water Year = 2011 plotvalue = 130% pctrecov = 136% Water Year = 2011 plotvalue = 130% pctrecov = 155% Water Year = 2011 plotvalue = 79% pctrecov = 79% Water Year = 2010 plotvalue = 130% pctrecov = 436% Water Year = 2010 plotvalue = 88% pctrecov = 88% Water Year = 2009 plotvalue = 120% pctrecov = 120% Water Year = 2009 plotvalue = 90% pctrecov = 90% Water Year = 2009 plotvalue = 81% pctrecov = 81% Water Year = 2009 plotvalue = 76% pctrecov = 76% Water Year = 2008 plotvalue = 80% pctrecov = 80% Water Year = 2007 plotvalue = 109% pctrecov = 109% Water Year = 2007 plotvalue = 110% pctrecov = 110% Water Year = 2007 plotvalue = 70% pctrecov = 23% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 80% pctrecov = 80% Water Year = 2006 plotvalue = 70% pctrecov = 8% Water Year = 2005 plotvalue = 105% pctrecov = 105% Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2011 First Quartile = 100% Median = 105% Third Quartile = 109% Number of Observations = 74 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 84 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2009 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2008 First Quartile = 111% Median = 114% Third Quartile = 121% Number of Observations = 85 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 93 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 91 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Water Year = 2005 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 9 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Chromium, UNF, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Chromium, UNF, cICP-MS 01034PLM11 2005 9 96.4% 97.4% 98.4%
    2006 91 92.6% 95.8% 100.2%
    2007 93 96.4% 98.6% 101.2%
    2008 85 111.1% 114.0% 121.2%
    2009 103 100.5% 104.0% 107.1%
    2010 84 100.3% 102.7% 105.0%
    2011 74 100.2% 104.5% 109.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cobalt, FIL, GFAA -
Lab: NWQL, PCode: 01035, MCode: GF087
Dates: 10/11/96 through 09/24/98
Open Data Set
Boxplot Description

Water Year = 1998 plotvalue = 95% pctrecov = 95% Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1998 First Quartile = 104% Median = 105% Third Quartile = 108% Number of Observations = 8 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Water Year = 1997 First Quartile = 104% Median = 106% Third Quartile = 111% Number of Observations = 21 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cobalt, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cobalt, FIL, GFAA 01035GF087 1997 21 104.5% 105.8% 110.8%
    1998 8 103.5% 104.9% 107.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cobalt, FIL, ICP-MS -
Lab: NWQL, PCode: 01035, MCode: PLM43
Dates: 10/04/96 through 07/19/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 79% pctrecov = 79% Water Year = 2002 plotvalue = 89% pctrecov = 89% Water Year = 2000 plotvalue = 130% pctrecov = 1111% Water Year = 2000 plotvalue = 130% pctrecov = 1111% Water Year = 2000 plotvalue = 130% pctrecov = 1111% Water Year = 2000 plotvalue = 130% pctrecov = 1111% Water Year = 2000 plotvalue = 130% pctrecov = 131% Water Year = 2000 plotvalue = 130% pctrecov = 1111% Water Year = 2000 plotvalue = 130% pctrecov = 1111% Water Year = 2000 plotvalue = 130% pctrecov = 1111% Water Year = 1999 plotvalue = 90% pctrecov = 90% Water Year = 1998 plotvalue = 94% pctrecov = 94% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 77 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 125 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 144 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 71 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 60 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 82 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 64 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 101% Third Quartile = 107% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cobalt, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cobalt, FIL, ICP-MS 01035PLM43 1997 48 100.0% 101.2% 107.1%
    1998 64 98.3% 99.8% 101.1%
    1999 82 99.7% 102.1% 105.6%
    2000 60 98.7% 102.1% 105.7%
    2001 71 97.1% 101.0% 104.1%
    2002 72 97.3% 99.5% 102.4%
    2003 72 100.6% 103.1% 106.0%
    2004 144 101.3% 104.0% 106.4%
    2005 125 93.7% 99.4% 104.4%
    2006 77 99.5% 102.6% 105.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cobalt, FIL, ICP-OES -
Lab: NWQL, PCode: 01035, MCode: PLA11
Dates: 10/04/96 through 08/25/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 123% pctrecov = 123% Water Year = 2005 plotvalue = 130% pctrecov = 170% Water Year = 2005 plotvalue = 130% pctrecov = 198% Water Year = 2005 plotvalue = 84% pctrecov = 84% Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2005 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 21 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2002 First Quartile = 93% Median = 110% Third Quartile = 130% Number of Observations = 7 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2001 First Quartile = 94% Median = 103% Third Quartile = 121% Number of Observations = 28 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 2000 First Quartile = 110% Median = 122% Third Quartile = 130% Number of Observations = 14 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 128% Number of Observations = 36 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1998 First Quartile = 96% Median = 106% Third Quartile = 121% Number of Observations = 28 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Water Year = 1997 First Quartile = 87% Median = 99% Third Quartile = 111% Number of Observations = 96 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cobalt, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cobalt, FIL, ICP-OES 01035PLA11 1997 96 87.0% 99.0% 110.6%
    1998 28 96.4% 105.5% 121.2%
    1999 36 83.2% 103.6% 128.3%
    2000 14 109.5% 121.7% 130.4%
    2001 28 93.6% 102.8% 121.5%
    2002 7 92.7% 110.3% 147.1%
    2005 21 102.9% 106.2% 108.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cobalt, FIL, cICP-MS -
Lab: NWQL, PCode: 01035, MCode: PLM10
Dates: 11/15/05 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 81% pctrecov = 81% Water Year = 2011 plotvalue = 79% pctrecov = 79% Water Year = 2011 plotvalue = 78% pctrecov = 78% Water Year = 2011 plotvalue = 70% pctrecov = 7% Water Year = 2010 plotvalue = 112% pctrecov = 112% Water Year = 2010 plotvalue = 117% pctrecov = 117% Water Year = 2010 plotvalue = 83% pctrecov = 83% Water Year = 2010 plotvalue = 80% pctrecov = 80% Water Year = 2009 plotvalue = 130% pctrecov = 289% Water Year = 2009 plotvalue = 70% pctrecov = 31% Water Year = 2009 plotvalue = 70% pctrecov = 4% Water Year = 2008 plotvalue = 70% pctrecov = 36% Water Year = 2008 plotvalue = 70% pctrecov = 5% Water Year = 2008 plotvalue = 70% pctrecov = 23% Water Year = 2008 plotvalue = 70% pctrecov = 13% Water Year = 2008 plotvalue = 70% pctrecov = 1% Water Year = 2007 plotvalue = 111% pctrecov = 111% Water Year = 2007 plotvalue = 112% pctrecov = 112% Water Year = 2007 plotvalue = 88% pctrecov = 88% Water Year = 2007 plotvalue = 86% pctrecov = 86% Water Year = 2005 plotvalue = 116% pctrecov = 116% Water Year = 2005 plotvalue = 86% pctrecov = 86% Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 132 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 105 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2008 First Quartile = 92% Median = 95% Third Quartile = 100% Number of Observations = 82 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 121 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 46 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Water Year = 2005 First Quartile = 92% Median = 94% Third Quartile = 94% Number of Observations = 5 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cobalt, FIL, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cobalt, FIL, cICP-MS 01035PLM10 2005 5 92.2% 93.7% 93.7%
    2006 46 93.4% 96.2% 100.6%
    2007 121 97.5% 100.5% 102.5%
    2008 82 92.0% 95.1% 99.7%
    2009 105 96.7% 99.7% 102.0%
    2010 132 96.4% 98.8% 101.9%
    2011 129 92.0% 95.0% 98.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cobalt, UNF, GFAA -
Lab: NWQL, PCode: 01037, MCode: GF098
Dates: 10/23/96 through 10/01/02
Open Data Set
Boxplot Description

Water Year = 2001 plotvalue = 70% pctrecov = 63% Water Year = 2000 plotvalue = 88% pctrecov = 88% Water Year = 1998 plotvalue = 127% pctrecov = 127% Water Year = 1998 plotvalue = 130% pctrecov = 162% Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 104% Third Quartile = 112% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 89% Median = 95% Third Quartile = 100% Number of Observations = 12 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 2000 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 7 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1999 First Quartile = 97% Median = 103% Third Quartile = 109% Number of Observations = 16 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1998 First Quartile = 97% Median = 104% Third Quartile = 107% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cobalt, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cobalt, UNF, GFAA 01037GF098 1997 24 98.8% 105.3% 107.8%
    1998 24 97.2% 103.7% 106.6%
    1999 16 96.6% 102.8% 108.8%
    2000 7 97.6% 102.8% 103.9%
    2001 12 89.0% 95.2% 100.4%
    2002 12 99.7% 104.4% 111.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cobalt, UNF, ICP-MS -
Lab: NWQL, PCode: 01037, MCode: PLM48
Dates: 02/01/06 through 04/23/07
Open Data Set
Boxplot Description

Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 9 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 102% Number of Observations = 45 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cobalt, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cobalt, UNF, ICP-MS 01037PLM48 2006 45 94.3% 98.3% 101.8%
    2007 9 97.1% 97.8% 100.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Cobalt, UNF, cICP-MS -
Lab: NWQL, PCode: 01037, MCode: PLM11
Dates: 01/24/07 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2008 plotvalue = 120% pctrecov = 120% Water Year = 2008 plotvalue = 87% pctrecov = 87% Water Year = 2008 plotvalue = 87% pctrecov = 87% Water Year = 2008 plotvalue = 81% pctrecov = 81% Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 39 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 49 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 34 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Cobalt, UNF, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Cobalt, UNF, cICP-MS 01037PLM11 2007 34 94.4% 97.1% 99.9%
    2008 49 94.9% 98.4% 100.0%
    2009 39 98.1% 101.4% 104.1%
    2010 48 96.4% 98.5% 101.1%
    2011 44 96.1% 98.5% 101.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Copper, FIL, GFAA -
Lab: NWQL, PCode: 01040, MCode: GF088
Dates: 10/09/96 through 10/19/04
Open Data Set
Boxplot Description

Water Year = 2003 plotvalue = 130% pctrecov = 187% Water Year = 2002 plotvalue = 127% pctrecov = 127% Water Year = 2002 plotvalue = 130% pctrecov = 139% Water Year = 2002 plotvalue = 87% pctrecov = 87% Water Year = 2001 plotvalue = 116% pctrecov = 116% Water Year = 2001 plotvalue = 95% pctrecov = 95% Water Year = 2001 plotvalue = 94% pctrecov = 94% Water Year = 2001 plotvalue = 91% pctrecov = 91% Water Year = 2000 plotvalue = 115% pctrecov = 115% Water Year = 2000 plotvalue = 116% pctrecov = 116% Water Year = 2000 plotvalue = 119% pctrecov = 119% Water Year = 2000 plotvalue = 125% pctrecov = 125% Water Year = 2000 plotvalue = 92% pctrecov = 92% Water Year = 2000 plotvalue = 70% pctrecov = 52% Water Year = 1998 plotvalue = 130% pctrecov = 130% Water Year = 1997 plotvalue = 123% pctrecov = 123% Water Year = 1997 plotvalue = 123% pctrecov = 123% Water Year = 1997 plotvalue = 130% pctrecov = 154% Water Year = 1997 plotvalue = 83% pctrecov = 83% Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2004 First Quartile = 99% Median = 104% Third Quartile = 123% Number of Observations = 42 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 111% Number of Observations = 17 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2002 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2001 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 47 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 102% Median = 105% Third Quartile = 110% Number of Observations = 48 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1998 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 37 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 92 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Copper, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Copper, FIL, GFAA 01040GF088 1997 92 96.8% 101.3% 104.9%
    1998 37 100.5% 105.8% 111.4%
    1999 48 102.1% 105.1% 109.9%
    2000 48 100.7% 103.9% 106.3%
    2001 47 100.6% 101.8% 104.1%
    2002 24 99.3% 102.4% 106.6%
    2003 17 100.8% 102.8% 110.8%
    2004 42 99.1% 104.2% 123.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Copper, FIL, ICP-MS -
Lab: NWQL, PCode: 01040, MCode: PLM43
Dates: 10/04/96 through 07/19/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 124% pctrecov = 124% Water Year = 2006 plotvalue = 128% pctrecov = 128% Water Year = 2006 plotvalue = 130% pctrecov = 223% Water Year = 2006 plotvalue = 130% pctrecov = 131% Water Year = 2006 plotvalue = 130% pctrecov = 250% Water Year = 2006 plotvalue = 77% pctrecov = 77% Water Year = 2006 plotvalue = 70% pctrecov = 54% Water Year = 2005 plotvalue = 119% pctrecov = 119% Water Year = 2005 plotvalue = 120% pctrecov = 120% Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2005 plotvalue = 127% pctrecov = 127% Water Year = 2005 plotvalue = 130% pctrecov = 155% Water Year = 2005 plotvalue = 130% pctrecov = 168% Water Year = 2005 plotvalue = 130% pctrecov = 164% Water Year = 2005 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 117% pctrecov = 117% Water Year = 2004 plotvalue = 130% pctrecov = 146% Water Year = 2004 plotvalue = 91% pctrecov = 91% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 84% pctrecov = 84% Water Year = 2004 plotvalue = 79% pctrecov = 79% Water Year = 2003 plotvalue = 121% pctrecov = 121% Water Year = 2003 plotvalue = 123% pctrecov = 123% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 130% pctrecov = 134% Water Year = 2003 plotvalue = 130% pctrecov = 148% Water Year = 2003 plotvalue = 130% pctrecov = 296% Water Year = 2003 plotvalue = 130% pctrecov = 269% Water Year = 2003 plotvalue = 130% pctrecov = 149% Water Year = 2003 plotvalue = 130% pctrecov = 132% Water Year = 2003 plotvalue = 130% pctrecov = 134% Water Year = 2003 plotvalue = 130% pctrecov = 2237% Water Year = 2003 plotvalue = 91% pctrecov = 91% Water Year = 2003 plotvalue = 74% pctrecov = 74% Water Year = 2002 plotvalue = 108% pctrecov = 108% Water Year = 2002 plotvalue = 118% pctrecov = 118% Water Year = 2002 plotvalue = 130% pctrecov = 374% Water Year = 2001 plotvalue = 110% pctrecov = 110% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 110% pctrecov = 110% Water Year = 2000 plotvalue = 116% pctrecov = 116% Water Year = 2000 plotvalue = 119% pctrecov = 119% Water Year = 1998 plotvalue = 90% pctrecov = 90% Water Year = 1997 plotvalue = 117% pctrecov = 117% Water Year = 1997 plotvalue = 117% pctrecov = 117% Water Year = 1997 plotvalue = 123% pctrecov = 123% Water Year = 1997 plotvalue = 123% pctrecov = 123% Water Year = 1997 plotvalue = 123% pctrecov = 123% Water Year = 1997 plotvalue = 124% pctrecov = 124% Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2006 First Quartile = 101% Median = 104% Third Quartile = 110% Number of Observations = 83 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 105% Third Quartile = 109% Number of Observations = 126 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 71 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 72 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1999 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 64 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Copper, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Copper, FIL, ICP-MS 01040PLM43 1997 48 98.5% 100.9% 104.8%
    1998 64 98.6% 100.7% 103.0%
    1999 96 99.8% 102.3% 104.8%
    2000 72 97.6% 99.2% 101.3%
    2001 71 97.5% 99.5% 101.5%
    2002 72 97.0% 98.9% 100.5%
    2003 72 101.4% 103.8% 107.5%
    2004 144 100.4% 103.1% 105.2%
    2005 126 101.8% 105.4% 108.9%
    2006 83 101.1% 104.1% 110.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Copper, FIL, ICP-OES -
Lab: NWQL, PCode: 01040, MCode: PLA11
Dates: 10/04/96 through 09/29/05
Open Data Set
Boxplot Description

Water Year = 2002 plotvalue = 90% pctrecov = 90% Water Year = 2002 plotvalue = 88% pctrecov = 88% Water Year = 1999 plotvalue = 128% pctrecov = 128% Water Year = 1999 plotvalue = 78% pctrecov = 78% Water Year = 1999 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 113% pctrecov = 113% Water Year = 1997 plotvalue = 113% pctrecov = 113% Water Year = 1997 plotvalue = 115% pctrecov = 115% Water Year = 1997 plotvalue = 116% pctrecov = 116% Water Year = 1997 plotvalue = 117% pctrecov = 117% Water Year = 1997 plotvalue = 125% pctrecov = 125% Water Year = 1997 plotvalue = 125% pctrecov = 125% Water Year = 1997 plotvalue = 125% pctrecov = 125% Water Year = 1997 plotvalue = 130% pctrecov = 140% Water Year = 1997 plotvalue = 130% pctrecov = 140% Water Year = 1997 plotvalue = 130% pctrecov = 140% Water Year = 1997 plotvalue = 130% pctrecov = 140% Water Year = 1997 plotvalue = 130% pctrecov = 140% Water Year = 1997 plotvalue = 130% pctrecov = 140% Water Year = 1997 plotvalue = 81% pctrecov = 81% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 1997 plotvalue = 70% pctrecov = 70% Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2005 First Quartile = 99% Median = 116% Third Quartile = 130% Number of Observations = 26 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 16 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2003 First Quartile = 87% Median = 100% Third Quartile = 107% Number of Observations = 20 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2002 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 12 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 106% Number of Observations = 37 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 2000 First Quartile = 95% Median = 101% Third Quartile = 105% Number of Observations = 36 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 95% Median = 103% Third Quartile = 109% Number of Observations = 48 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Water Year = 1997 First Quartile = 93% Median = 100% Third Quartile = 101% Number of Observations = 96 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Copper, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Copper, FIL, ICP-OES 01040PLA11 1997 96 92.8% 99.6% 100.5%
    1998 48 95.2% 102.7% 109.5%
    1999 69 97.0% 101.8% 107.7%
    2000 36 94.8% 101.5% 105.4%
    2001 37 98.5% 101.6% 105.7%
    2002 12 96.8% 98.3% 101.1%
    2003 20 87.3% 100.1% 106.7%
    2004 16 97.2% 103.2% 106.0%
    2005 26 99.1% 115.9% 147.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Copper, FIL, cICP-MS -
Lab: NWQL, PCode: 01040, MCode: PLM10
Dates: 11/22/05 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 117% pctrecov = 117% Water Year = 2011 plotvalue = 120% pctrecov = 120% Water Year = 2011 plotvalue = 130% pctrecov = 144% Water Year = 2011 plotvalue = 82% pctrecov = 82% Water Year = 2011 plotvalue = 81% pctrecov = 81% Water Year = 2011 plotvalue = 74% pctrecov = 74% Water Year = 2011 plotvalue = 70% pctrecov = 16% Water Year = 2010 plotvalue = 118% pctrecov = 118% Water Year = 2010 plotvalue = 119% pctrecov = 119% Water Year = 2010 plotvalue = 123% pctrecov = 123% Water Year = 2010 plotvalue = 126% pctrecov = 126% Water Year = 2010 plotvalue = 130% pctrecov = 148% Water Year = 2010 plotvalue = 130% pctrecov = 150% Water Year = 2010 plotvalue = 130% pctrecov = 177% Water Year = 2010 plotvalue = 130% pctrecov = 187% Water Year = 2010 plotvalue = 75% pctrecov = 75% Water Year = 2010 plotvalue = 70% pctrecov = 61% Water Year = 2009 plotvalue = 120% pctrecov = 120% Water Year = 2009 plotvalue = 122% pctrecov = 122% Water Year = 2009 plotvalue = 124% pctrecov = 124% Water Year = 2009 plotvalue = 130% pctrecov = 149% Water Year = 2009 plotvalue = 130% pctrecov = 138% Water Year = 2009 plotvalue = 130% pctrecov = 143% Water Year = 2009 plotvalue = 130% pctrecov = 150% Water Year = 2009 plotvalue = 130% pctrecov = 177% Water Year = 2009 plotvalue = 130% pctrecov = 173% Water Year = 2009 plotvalue = 70% pctrecov = 49% Water Year = 2009 plotvalue = 70% pctrecov = 22% Water Year = 2008 plotvalue = 124% pctrecov = 124% Water Year = 2008 plotvalue = 129% pctrecov = 129% Water Year = 2008 plotvalue = 130% pctrecov = 171% Water Year = 2008 plotvalue = 130% pctrecov = 161% Water Year = 2008 plotvalue = 130% pctrecov = 133% Water Year = 2008 plotvalue = 70% pctrecov = 50% Water Year = 2008 plotvalue = 70% pctrecov = 65% Water Year = 2008 plotvalue = 70% pctrecov = 47% Water Year = 2008 plotvalue = 70% pctrecov = 50% Water Year = 2007 plotvalue = 115% pctrecov = 115% Water Year = 2007 plotvalue = 115% pctrecov = 115% Water Year = 2007 plotvalue = 130% pctrecov = 139% Water Year = 2007 plotvalue = 86% pctrecov = 86% Water Year = 2007 plotvalue = 70% pctrecov = 17% Water Year = 2006 plotvalue = 107% pctrecov = 107% Water Year = 2006 plotvalue = 108% pctrecov = 108% Water Year = 2006 plotvalue = 130% pctrecov = 238% Water Year = 2006 plotvalue = 88% pctrecov = 88% Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 128 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 102% Number of Observations = 132 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 105 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 128 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 122 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2006 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 40 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Water Year = 2005 First Quartile = 92% Median = 96% Third Quartile = 116% Number of Observations = 3 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Copper, FIL, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Copper, FIL, cICP-MS 01040PLM10 2005 3 92.3% 95.7% 116.0%
    2006 40 95.2% 96.9% 100.0%
    2007 122 96.7% 99.8% 103.6%
    2008 128 95.2% 99.8% 106.0%
    2009 105 94.2% 99.1% 103.4%
    2010 132 92.6% 96.2% 102.0%
    2011 128 93.0% 95.6% 99.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Copper, UNF, GFAA -
Lab: NWQL, PCode: 01042, MCode: GF099
Dates: 10/04/96 through 06/17/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 127% pctrecov = 127% Water Year = 2005 plotvalue = 126% pctrecov = 126% Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2005 plotvalue = 119% pctrecov = 119% Water Year = 2005 plotvalue = 114% pctrecov = 114% Water Year = 2005 plotvalue = 113% pctrecov = 113% Water Year = 2005 plotvalue = 103% pctrecov = 103% Water Year = 2005 plotvalue = 102% pctrecov = 102% Water Year = 2005 plotvalue = 101% pctrecov = 101% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 70% pctrecov = 57% Water Year = 2003 plotvalue = 130% pctrecov = 220% Water Year = 2003 plotvalue = 130% pctrecov = 139% Water Year = 2003 plotvalue = 130% pctrecov = 203% Water Year = 2003 plotvalue = 70% pctrecov = 45% Water Year = 2002 plotvalue = 118% pctrecov = 118% Water Year = 2002 plotvalue = 81% pctrecov = 81% Water Year = 2002 plotvalue = 70% pctrecov = 70% Water Year = 2001 plotvalue = 114% pctrecov = 114% Water Year = 2001 plotvalue = 90% pctrecov = 90% Water Year = 2001 plotvalue = 90% pctrecov = 90% Water Year = 2001 plotvalue = 90% pctrecov = 90% Water Year = 2000 plotvalue = 130% pctrecov = 131% Water Year = 2000 plotvalue = 90% pctrecov = 90% Water Year = 2000 plotvalue = 88% pctrecov = 88% Water Year = 2000 plotvalue = 85% pctrecov = 85% Water Year = 1999 plotvalue = 115% pctrecov = 115% Water Year = 1999 plotvalue = 119% pctrecov = 119% Water Year = 1999 plotvalue = 122% pctrecov = 122% Water Year = 1999 plotvalue = 91% pctrecov = 91% Water Year = 1999 plotvalue = 86% pctrecov = 86% Water Year = 1998 plotvalue = 130% pctrecov = 137% Water Year = 1998 plotvalue = 130% pctrecov = 514% Water Year = 1998 plotvalue = 130% pctrecov = 147% Water Year = 1998 plotvalue = 130% pctrecov = 137% Water Year = 1998 plotvalue = 130% pctrecov = 147% Water Year = 1998 plotvalue = 83% pctrecov = 83% Water Year = 1998 plotvalue = 81% pctrecov = 81% Water Year = 1998 plotvalue = 79% pctrecov = 79% Water Year = 1998 plotvalue = 70% pctrecov = 21% Water Year = 1997 plotvalue = 116% pctrecov = 116% Water Year = 1997 plotvalue = 130% pctrecov = 131% Water Year = 1997 plotvalue = 85% pctrecov = 85% Water Year = 1997 plotvalue = 85% pctrecov = 85% Water Year = 1997 plotvalue = 85% pctrecov = 85% Water Year = 1997 plotvalue = 83% pctrecov = 83% Water Year = 1997 plotvalue = 80% pctrecov = 80% Water Year = 1997 plotvalue = 70% pctrecov = 56% Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2005 First Quartile = 129% Median = 130% Third Quartile = 130% Number of Observations = 51 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2004 First Quartile = 105% Median = 112% Third Quartile = 130% Number of Observations = 44 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2003 First Quartile = 95% Median = 100% Third Quartile = 107% Number of Observations = 19 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 2000 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1999 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 51 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 106% Number of Observations = 53 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 93 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Copper, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Copper, UNF, GFAA 01042GF099 1997 93 95.8% 98.7% 101.6%
    1998 53 98.4% 100.0% 105.8%
    1999 51 101.8% 104.1% 106.3%
    2000 51 98.8% 101.7% 104.2%
    2001 47 97.4% 100.1% 102.0%
    2002 24 96.5% 100.7% 103.5%
    2003 19 94.9% 99.7% 106.5%
    2004 44 104.6% 111.8% 156.6%
    2005 51 129.1% 143.2% 215.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Copper, UNF, ICP-MS -
Lab: NWQL, PCode: 01042, MCode: PLM48
Dates: 10/16/01 through 04/23/07
Open Data Set
Boxplot Description

Water Year = 2007 plotvalue = 118% pctrecov = 118% Water Year = 2007 plotvalue = 122% pctrecov = 122% Water Year = 2006 plotvalue = 126% pctrecov = 126% Water Year = 2006 plotvalue = 127% pctrecov = 127% Water Year = 2006 plotvalue = 127% pctrecov = 127% Water Year = 2006 plotvalue = 127% pctrecov = 127% Water Year = 2006 plotvalue = 130% pctrecov = 145% Water Year = 2006 plotvalue = 130% pctrecov = 230% Water Year = 2006 plotvalue = 130% pctrecov = 182% Water Year = 2006 plotvalue = 130% pctrecov = 130% Water Year = 2006 plotvalue = 130% pctrecov = 131% Water Year = 2006 plotvalue = 130% pctrecov = 556% Water Year = 2006 plotvalue = 130% pctrecov = 137% Water Year = 2003 plotvalue = 110% pctrecov = 110% Water Year = 2003 plotvalue = 111% pctrecov = 111% Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2007 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 20 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2006 First Quartile = 101% Median = 106% Third Quartile = 111% Number of Observations = 119 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2005 First Quartile = 103% Median = 114% Third Quartile = 130% Number of Observations = 94 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 108% Third Quartile = 118% Number of Observations = 24 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2003 First Quartile = 102% Median = 103% Third Quartile = 105% Number of Observations = 23 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Water Year = 2002 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 20 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Copper, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Copper, UNF, ICP-MS 01042PLM48 2002 20 93.3% 95.3% 96.6%
    2003 23 101.7% 103.2% 105.1%
    2004 24 96.5% 107.7% 117.8%
    2005 94 102.5% 114.2% 130.4%
    2006 119 101.3% 105.9% 111.1%
    2007 20 101.0% 102.9% 107.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Copper, UNF, ICP-OES -
Lab: NWQL, PCode: 01042, MCode: PLA15
Dates: 04/12/99 through 09/26/02
Open Data Set
Boxplot Description

Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 79% Median = 92% Third Quartile = 99% Number of Observations = 12 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2001 First Quartile = 88% Median = 94% Third Quartile = 114% Number of Observations = 10 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 2000 First Quartile = 101% Median = 126% Third Quartile = 130% Number of Observations = 4 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Water Year = 1999 First Quartile = 83% Median = 84% Third Quartile = 93% Number of Observations = 3 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Copper, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Copper, UNF, ICP-OES 01042PLA15 1999 3 82.5% 84.5% 92.6%
    2000 4 101.3% 128.6% 143.6%
    2001 10 88.2% 94.5% 113.9%
    2002 12 78.7% 92.5% 98.7%

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Chart generated 03/09/2018


- Dimethylarsinate (DMA), IC-ICP-MS -
Lab: NWQL, PCode: 62455, MCode: PLM35
Dates: 10/31/03 through 10/12/07
Open Data Set
Boxplot Description

Water Year = 2007 plotvalue = 101% pctrecov = 101% Water Year = 2005 plotvalue = 111% pctrecov = 111% Water Year = 2005 plotvalue = 91% pctrecov = 91% Water Year = 2004 plotvalue = 70% pctrecov = 67% Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2007 First Quartile = 92% Median = 93% Third Quartile = 95% Number of Observations = 18 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 17 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 30 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Water Year = 2004 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Dimethylarsinate (DMA), IC-ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Dimethylarsinate (DMA), IC-ICP-MS 62455PLM35 2004 24 98.4% 101.2% 103.8%
    2005 30 98.3% 99.7% 101.7%
    2006 17 96.8% 99.4% 101.6%
    2007 18 92.0% 93.0% 95.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Iron, FIL, ICP-OES -
Lab: NWQL, PCode: 01046, MCode: PLA11
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 115% pctrecov = 115% Water Year = 2010 plotvalue = 84% pctrecov = 84% Water Year = 2010 plotvalue = 81% pctrecov = 81% Water Year = 2010 plotvalue = 75% pctrecov = 75% Water Year = 2007 plotvalue = 110% pctrecov = 110% Water Year = 2007 plotvalue = 112% pctrecov = 112% Water Year = 2007 plotvalue = 87% pctrecov = 87% Water Year = 2007 plotvalue = 87% pctrecov = 87% Water Year = 2007 plotvalue = 87% pctrecov = 87% Water Year = 2007 plotvalue = 86% pctrecov = 86% Water Year = 2007 plotvalue = 85% pctrecov = 85% Water Year = 2007 plotvalue = 85% pctrecov = 85% Water Year = 2007 plotvalue = 70% pctrecov = 8% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 119% pctrecov = 119% Water Year = 2006 plotvalue = 130% pctrecov = 130% Water Year = 2006 plotvalue = 130% pctrecov = 335% Water Year = 2006 plotvalue = 130% pctrecov = 131% Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2005 plotvalue = 130% pctrecov = 134% Water Year = 2005 plotvalue = 130% pctrecov = 134% Water Year = 2005 plotvalue = 130% pctrecov = 130% Water Year = 2005 plotvalue = 130% pctrecov = 146% Water Year = 2005 plotvalue = 130% pctrecov = 141% Water Year = 2005 plotvalue = 130% pctrecov = 136% Water Year = 2005 plotvalue = 130% pctrecov = 135% Water Year = 2004 plotvalue = 129% pctrecov = 129% Water Year = 2004 plotvalue = 130% pctrecov = 130% Water Year = 2004 plotvalue = 130% pctrecov = 144% Water Year = 2004 plotvalue = 130% pctrecov = 136% Water Year = 2004 plotvalue = 130% pctrecov = 131% Water Year = 2004 plotvalue = 130% pctrecov = 133% Water Year = 2004 plotvalue = 130% pctrecov = 141% Water Year = 2004 plotvalue = 130% pctrecov = 601% Water Year = 2004 plotvalue = 130% pctrecov = 145% Water Year = 2004 plotvalue = 130% pctrecov = 150% Water Year = 2004 plotvalue = 70% pctrecov = 16% Water Year = 2004 plotvalue = 70% pctrecov = 18% Water Year = 2004 plotvalue = 70% pctrecov = 29% Water Year = 2003 plotvalue = 127% pctrecov = 127% Water Year = 2003 plotvalue = 130% pctrecov = 137% Water Year = 2003 plotvalue = 130% pctrecov = 148% Water Year = 2003 plotvalue = 130% pctrecov = 163% Water Year = 2003 plotvalue = 130% pctrecov = 136% Water Year = 2003 plotvalue = 130% pctrecov = 138% Water Year = 2003 plotvalue = 130% pctrecov = 131% Water Year = 2003 plotvalue = 130% pctrecov = 285% Water Year = 2003 plotvalue = 130% pctrecov = 159% Water Year = 2003 plotvalue = 83% pctrecov = 83% Water Year = 2003 plotvalue = 78% pctrecov = 78% Water Year = 2003 plotvalue = 74% pctrecov = 74% Water Year = 2003 plotvalue = 71% pctrecov = 71% Water Year = 2002 plotvalue = 123% pctrecov = 123% Water Year = 2002 plotvalue = 124% pctrecov = 124% Water Year = 2002 plotvalue = 70% pctrecov = 32% Water Year = 2001 plotvalue = 117% pctrecov = 117% Water Year = 2001 plotvalue = 117% pctrecov = 117% Water Year = 2001 plotvalue = 118% pctrecov = 118% Water Year = 2001 plotvalue = 119% pctrecov = 119% Water Year = 2001 plotvalue = 120% pctrecov = 120% Water Year = 2001 plotvalue = 81% pctrecov = 81% Water Year = 2001 plotvalue = 81% pctrecov = 81% Water Year = 2001 plotvalue = 78% pctrecov = 78% Water Year = 2001 plotvalue = 77% pctrecov = 77% Water Year = 2001 plotvalue = 72% pctrecov = 72% Water Year = 2001 plotvalue = 70% pctrecov = 13% Water Year = 2001 plotvalue = 70% pctrecov = 13% Water Year = 2000 plotvalue = 130% pctrecov = 130% Water Year = 2000 plotvalue = 130% pctrecov = 142% Water Year = 2000 plotvalue = 130% pctrecov = 136% Water Year = 2000 plotvalue = 130% pctrecov = 227% Water Year = 2000 plotvalue = 130% pctrecov = 167% Water Year = 2000 plotvalue = 130% pctrecov = 133% Water Year = 2000 plotvalue = 130% pctrecov = 131% Water Year = 2000 plotvalue = 130% pctrecov = 132% Water Year = 2000 plotvalue = 130% pctrecov = 288% Water Year = 2000 plotvalue = 130% pctrecov = 138% Water Year = 2000 plotvalue = 130% pctrecov = 140% Water Year = 2000 plotvalue = 130% pctrecov = 137% Water Year = 2000 plotvalue = 130% pctrecov = 151% Water Year = 2000 plotvalue = 73% pctrecov = 73% Water Year = 2000 plotvalue = 72% pctrecov = 72% Water Year = 2000 plotvalue = 72% pctrecov = 72% Water Year = 2000 plotvalue = 71% pctrecov = 71% Water Year = 2000 plotvalue = 70% pctrecov = 70% Water Year = 1999 plotvalue = 118% pctrecov = 118% Water Year = 1999 plotvalue = 119% pctrecov = 119% Water Year = 1999 plotvalue = 119% pctrecov = 119% Water Year = 1999 plotvalue = 120% pctrecov = 120% Water Year = 1999 plotvalue = 121% pctrecov = 121% Water Year = 1999 plotvalue = 126% pctrecov = 126% Water Year = 1999 plotvalue = 129% pctrecov = 129% Water Year = 1999 plotvalue = 130% pctrecov = 157% Water Year = 1999 plotvalue = 130% pctrecov = 521% Water Year = 1999 plotvalue = 130% pctrecov = 153% Water Year = 1999 plotvalue = 130% pctrecov = 143% Water Year = 1999 plotvalue = 130% pctrecov = 257% Water Year = 1999 plotvalue = 130% pctrecov = 140% Water Year = 1999 plotvalue = 130% pctrecov = 144% Water Year = 1999 plotvalue = 130% pctrecov = 360% Water Year = 1999 plotvalue = 85% pctrecov = 85% Water Year = 1999 plotvalue = 84% pctrecov = 84% Water Year = 1999 plotvalue = 82% pctrecov = 82% Water Year = 1999 plotvalue = 82% pctrecov = 82% Water Year = 1999 plotvalue = 81% pctrecov = 81% Water Year = 1999 plotvalue = 81% pctrecov = 81% Water Year = 1999 plotvalue = 80% pctrecov = 80% Water Year = 1999 plotvalue = 80% pctrecov = 80% Water Year = 1999 plotvalue = 79% pctrecov = 79% Water Year = 1999 plotvalue = 79% pctrecov = 79% Water Year = 1999 plotvalue = 78% pctrecov = 78% Water Year = 1999 plotvalue = 78% pctrecov = 78% Water Year = 1999 plotvalue = 78% pctrecov = 78% Water Year = 1999 plotvalue = 78% pctrecov = 78% Water Year = 1999 plotvalue = 76% pctrecov = 76% Water Year = 1999 plotvalue = 76% pctrecov = 76% Water Year = 1999 plotvalue = 75% pctrecov = 75% Water Year = 1999 plotvalue = 74% pctrecov = 74% Water Year = 1999 plotvalue = 73% pctrecov = 73% Water Year = 1999 plotvalue = 70% pctrecov = 58% Water Year = 1999 plotvalue = 70% pctrecov = 67% Water Year = 1999 plotvalue = 70% pctrecov = 70% Water Year = 1999 plotvalue = 70% pctrecov = 13% Water Year = 1999 plotvalue = 70% pctrecov = 69% Water Year = 1999 plotvalue = 70% pctrecov = 57% Water Year = 1999 plotvalue = 70% pctrecov = 65% Water Year = 1999 plotvalue = 70% pctrecov = 69% Water Year = 1998 plotvalue = 115% pctrecov = 115% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 117% pctrecov = 117% Water Year = 1998 plotvalue = 118% pctrecov = 118% Water Year = 1998 plotvalue = 122% pctrecov = 122% Water Year = 1998 plotvalue = 123% pctrecov = 123% Water Year = 1998 plotvalue = 125% pctrecov = 125% Water Year = 1998 plotvalue = 130% pctrecov = 135% Water Year = 1998 plotvalue = 130% pctrecov = 131% Water Year = 1998 plotvalue = 130% pctrecov = 143% Water Year = 1998 plotvalue = 130% pctrecov = 135% Water Year = 1998 plotvalue = 130% pctrecov = 148% Water Year = 1998 plotvalue = 83% pctrecov = 83% Water Year = 1998 plotvalue = 82% pctrecov = 82% Water Year = 1998 plotvalue = 82% pctrecov = 82% Water Year = 1998 plotvalue = 80% pctrecov = 80% Water Year = 1998 plotvalue = 76% pctrecov = 76% Water Year = 1998 plotvalue = 74% pctrecov = 74% Water Year = 1998 plotvalue = 71% pctrecov = 71% Water Year = 1997 plotvalue = 130% pctrecov = 261% Water Year = 1997 plotvalue = 130% pctrecov = 193% Water Year = 1997 plotvalue = 130% pctrecov = 800% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 267% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 183% Water Year = 1997 plotvalue = 130% pctrecov = 213% Water Year = 1997 plotvalue = 130% pctrecov = 177% Water Year = 1997 plotvalue = 130% pctrecov = 273% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 213% Water Year = 1997 plotvalue = 130% pctrecov = 228% Water Year = 1997 plotvalue = 130% pctrecov = 203% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 229% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 267% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 132% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 191% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 213% Water Year = 1997 plotvalue = 130% pctrecov = 267% Water Year = 1997 plotvalue = 130% pctrecov = 214% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 1997 plotvalue = 130% pctrecov = 160% Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2009 First Quartile = 88% Median = 95% Third Quartile = 101% Number of Observations = 24 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 134 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2006 First Quartile = 89% Median = 94% Third Quartile = 99% Number of Observations = 144 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 102% Number of Observations = 141 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2004 First Quartile = 90% Median = 97% Third Quartile = 103% Number of Observations = 168 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2003 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 227 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 234 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2001 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 237 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 108% Number of Observations = 220 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1999 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 210 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1998 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 190 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Water Year = 1997 First Quartile = 85% Median = 98% Third Quartile = 103% Number of Observations = 236 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Iron, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Iron, FIL, ICP-OES 01046PLA11 1997 236 85.2% 97.9% 102.6%
    1998 190 94.2% 97.2% 101.5%
    1999 210 97.9% 102.0% 106.0%
    2000 220 94.3% 100.4% 107.8%
    2001 237 94.1% 98.7% 102.8%
    2002 234 97.3% 101.3% 104.9%
    2003 227 98.2% 102.6% 108.2%
    2004 168 89.8% 97.0% 102.8%
    2005 141 87.5% 95.1% 101.7%
    2006 144 88.6% 93.9% 99.1%
    2007 134 95.3% 97.9% 100.6%
    2009 24 88.2% 95.1% 100.6%
    2010 144 93.1% 96.2% 98.8%
    2011 138 97.2% 99.7% 101.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Iron, UNF, AA -
Lab: NWQL, PCode: 01045, MCode: AA054
Dates: 10/04/96 through 03/15/99
Open Data Set
Boxplot Description

Water Year = 1999 plotvalue = 130% pctrecov = 186% Water Year = 1999 plotvalue = 130% pctrecov = 680% Water Year = 1999 plotvalue = 130% pctrecov = 520% Water Year = 1999 plotvalue = 130% pctrecov = 600% Water Year = 1999 plotvalue = 70% pctrecov = 60% Water Year = 1999 plotvalue = 70% pctrecov = 67% Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1999 First Quartile = 92% Median = 96% Third Quartile = 103% Number of Observations = 26 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1998 First Quartile = 95% Median = 102% Third Quartile = 113% Number of Observations = 72 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Water Year = 1997 First Quartile = 96% Median = 102% Third Quartile = 130% Number of Observations = 93 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Iron, UNF, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Iron, UNF, AA 01045AA054 1997 93 96.5% 101.9% 169.5%
    1998 72 95.5% 102.1% 113.5%
    1999 26 92.5% 96.4% 103.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Iron, UNF, ICP-OES -
Lab: NWQL, PCode: 01045, MCode: PLA15
Dates: 04/05/99 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2010 plotvalue = 130% pctrecov = 289% Water Year = 2010 plotvalue = 130% pctrecov = 136% Water Year = 2010 plotvalue = 130% pctrecov = 164% Water Year = 2009 plotvalue = 115% pctrecov = 115% Water Year = 2009 plotvalue = 121% pctrecov = 121% Water Year = 2009 plotvalue = 130% pctrecov = 139% Water Year = 2009 plotvalue = 130% pctrecov = 537% Water Year = 2008 plotvalue = 107% pctrecov = 107% Water Year = 2008 plotvalue = 109% pctrecov = 109% Water Year = 2008 plotvalue = 110% pctrecov = 110% Water Year = 2008 plotvalue = 111% pctrecov = 111% Water Year = 2008 plotvalue = 113% pctrecov = 113% Water Year = 2008 plotvalue = 117% pctrecov = 117% Water Year = 2007 plotvalue = 130% pctrecov = 136% Water Year = 2006 plotvalue = 119% pctrecov = 119% Water Year = 2006 plotvalue = 125% pctrecov = 125% Water Year = 2006 plotvalue = 130% pctrecov = 157% Water Year = 2006 plotvalue = 130% pctrecov = 135% Water Year = 2006 plotvalue = 130% pctrecov = 133% Water Year = 2006 plotvalue = 130% pctrecov = 945% Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2005 plotvalue = 130% pctrecov = 131% Water Year = 2005 plotvalue = 130% pctrecov = 133% Water Year = 2005 plotvalue = 130% pctrecov = 142% Water Year = 2005 plotvalue = 70% pctrecov = 32% Water Year = 2005 plotvalue = 70% pctrecov = 31% Water Year = 2004 plotvalue = 116% pctrecov = 116% Water Year = 2004 plotvalue = 121% pctrecov = 121% Water Year = 2004 plotvalue = 130% pctrecov = 130% Water Year = 2004 plotvalue = 130% pctrecov = 417% Water Year = 2004 plotvalue = 130% pctrecov = 152% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2002 plotvalue = 130% pctrecov = 162% Water Year = 2002 plotvalue = 130% pctrecov = 137% Water Year = 2001 plotvalue = 120% pctrecov = 120% Water Year = 2001 plotvalue = 129% pctrecov = 129% Water Year = 2001 plotvalue = 130% pctrecov = 130% Water Year = 2001 plotvalue = 130% pctrecov = 247% Water Year = 2000 plotvalue = 113% pctrecov = 113% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 79% pctrecov = 79% Water Year = 1999 plotvalue = 129% pctrecov = 129% Water Year = 1999 plotvalue = 130% pctrecov = 403% Water Year = 1999 plotvalue = 70% pctrecov = 66% Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 87 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 96 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 78 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 94 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 88 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2006 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 76 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 94 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 48 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2003 First Quartile = 92% Median = 109% Third Quartile = 120% Number of Observations = 42 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2002 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 60 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2001 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 59 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 2000 First Quartile = 94% Median = 95% Third Quartile = 101% Number of Observations = 39 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Water Year = 1999 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 22 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Iron, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Iron, UNF, ICP-OES 01045PLA15 1999 22 95.4% 99.6% 105.6%
    2000 39 93.6% 95.5% 101.3%
    2001 59 86.7% 92.7% 99.6%
    2002 60 84.9% 92.8% 101.1%
    2003 42 92.5% 108.6% 120.4%
    2004 48 100.9% 104.1% 106.7%
    2005 94 97.0% 101.1% 106.4%
    2006 76 99.5% 104.0% 107.2%
    2007 88 97.6% 100.2% 103.2%
    2008 94 98.6% 100.3% 101.8%
    2009 78 100.9% 103.3% 106.5%
    2010 96 97.7% 100.1% 103.3%
    2011 87 98.8% 100.1% 102.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Lead, FIL, GFAA -
Lab: NWQL, PCode: 01049, MCode: GF089
Dates: 10/09/96 through 10/20/03
Open Data Set
Boxplot Description

Water Year = 2003 plotvalue = 70% pctrecov = 66% Water Year = 2002 plotvalue = 70% pctrecov = 6% Water Year = 2001 plotvalue = 130% pctrecov = 141% Water Year = 2001 plotvalue = 130% pctrecov = 131% Water Year = 2001 plotvalue = 92% pctrecov = 92% Water Year = 2001 plotvalue = 90% pctrecov = 90% Water Year = 2000 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 117% pctrecov = 117% Water Year = 1999 plotvalue = 119% pctrecov = 119% Water Year = 1999 plotvalue = 91% pctrecov = 91% Water Year = 1999 plotvalue = 87% pctrecov = 87% Water Year = 1998 plotvalue = 130% pctrecov = 285% Water Year = 1998 plotvalue = 82% pctrecov = 82% Water Year = 1998 plotvalue = 76% pctrecov = 76% Water Year = 1998 plotvalue = 70% pctrecov = 63% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 1997 plotvalue = 125% pctrecov = 125% Water Year = 1997 plotvalue = 130% pctrecov = 179% Water Year = 1997 plotvalue = 130% pctrecov = 134% Water Year = 1997 plotvalue = 130% pctrecov = 179% Water Year = 1997 plotvalue = 79% pctrecov = 79% Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 104% Third Quartile = 110% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2002 First Quartile = 101% Median = 107% Third Quartile = 113% Number of Observations = 24 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2001 First Quartile = 105% Median = 110% Third Quartile = 113% Number of Observations = 47 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 2000 First Quartile = 103% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 48 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 106% Number of Observations = 92 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Lead, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Lead, FIL, GFAA 01049GF089 1997 92 98.3% 102.3% 106.1%
    1998 48 96.2% 100.7% 104.7%
    1999 48 101.2% 103.5% 105.9%
    2000 48 103.1% 105.8% 108.5%
    2001 47 104.9% 110.3% 113.2%
    2002 24 101.1% 107.3% 112.7%
    2003 24 95.7% 104.1% 110.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Lead, FIL, ICP-MS -
Lab: NWQL, PCode: 01049, MCode: PLM43
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2011 plotvalue = 108% pctrecov = 108% Water Year = 2011 plotvalue = 108% pctrecov = 108% Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 110% pctrecov = 110% Water Year = 2011 plotvalue = 110% pctrecov = 110% Water Year = 2011 plotvalue = 111% pctrecov = 111% Water Year = 2011 plotvalue = 70% pctrecov = 20% Water Year = 2011 plotvalue = 70% pctrecov = 0% Water Year = 2010 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 115% pctrecov = 115% Water Year = 2009 plotvalue = 124% pctrecov = 124% Water Year = 2009 plotvalue = 130% pctrecov = 148% Water Year = 2009 plotvalue = 130% pctrecov = 140% Water Year = 2009 plotvalue = 130% pctrecov = 151% Water Year = 2009 plotvalue = 92% pctrecov = 92% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2009 plotvalue = 90% pctrecov = 90% Water Year = 2009 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 70% pctrecov = 5% Water Year = 2009 plotvalue = 70% pctrecov = 17% Water Year = 2008 plotvalue = 121% pctrecov = 121% Water Year = 2008 plotvalue = 125% pctrecov = 125% Water Year = 2008 plotvalue = 125% pctrecov = 125% Water Year = 2008 plotvalue = 129% pctrecov = 129% Water Year = 2008 plotvalue = 70% pctrecov = 2% Water Year = 2008 plotvalue = 70% pctrecov = 5% Water Year = 2008 plotvalue = 70% pctrecov = 17% Water Year = 2008 plotvalue = 70% pctrecov = 4% Water Year = 2008 plotvalue = 70% pctrecov = 21% Water Year = 2007 plotvalue = 120% pctrecov = 120% Water Year = 2007 plotvalue = 121% pctrecov = 121% Water Year = 2007 plotvalue = 122% pctrecov = 122% Water Year = 2007 plotvalue = 123% pctrecov = 123% Water Year = 2007 plotvalue = 125% pctrecov = 125% Water Year = 2007 plotvalue = 125% pctrecov = 125% Water Year = 2007 plotvalue = 126% pctrecov = 126% Water Year = 2007 plotvalue = 126% pctrecov = 126% Water Year = 2007 plotvalue = 127% pctrecov = 127% Water Year = 2007 plotvalue = 128% pctrecov = 128% Water Year = 2007 plotvalue = 129% pctrecov = 129% Water Year = 2007 plotvalue = 130% pctrecov = 134% Water Year = 2006 plotvalue = 125% pctrecov = 125% Water Year = 2006 plotvalue = 126% pctrecov = 126% Water Year = 2006 plotvalue = 127% pctrecov = 127% Water Year = 2006 plotvalue = 127% pctrecov = 127% Water Year = 2006 plotvalue = 130% pctrecov = 134% Water Year = 2006 plotvalue = 130% pctrecov = 147% Water Year = 2006 plotvalue = 130% pctrecov = 132% Water Year = 2006 plotvalue = 130% pctrecov = 133% Water Year = 2005 plotvalue = 117% pctrecov = 117% Water Year = 2005 plotvalue = 87% pctrecov = 87% Water Year = 2003 plotvalue = 89% pctrecov = 89% Water Year = 2002 plotvalue = 111% pctrecov = 111% Water Year = 2002 plotvalue = 87% pctrecov = 87% Water Year = 1999 plotvalue = 70% pctrecov = 28% Water Year = 1998 plotvalue = 90% pctrecov = 90% Water Year = 1997 plotvalue = 109% pctrecov = 109% Water Year = 1997 plotvalue = 109% pctrecov = 109% Water Year = 1997 plotvalue = 110% pctrecov = 110% Water Year = 1997 plotvalue = 113% pctrecov = 113% Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 129 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 132 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 105 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 128 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 122 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 110% Number of Observations = 169 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 104% Third Quartile = 106% Number of Observations = 131 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 84 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2001 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 108 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 2000 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Lead, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Lead, FIL, ICP-MS 01049PLM43 1997 48 95.8% 99.0% 101.0%
    1998 96 97.9% 99.7% 101.9%
    1999 96 97.2% 99.1% 102.3%
    2000 72 97.8% 101.3% 104.9%
    2001 108 97.5% 102.7% 107.1%
    2002 84 97.9% 100.4% 102.9%
    2003 84 96.9% 99.2% 102.1%
    2004 144 94.1% 96.9% 99.8%
    2005 131 99.3% 103.7% 106.4%
    2006 169 100.5% 105.0% 109.8%
    2007 122 98.9% 101.8% 106.5%
    2008 128 95.9% 100.8% 105.4%
    2009 105 101.3% 103.2% 106.3%
    2010 132 100.1% 102.7% 105.6%
    2011 129 95.2% 97.6% 100.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Lead, FIL, ICP-OES -
Lab: NWQL, PCode: 01049, MCode: PLA11
Dates: 10/04/96 through 08/03/00
Open Data Set
Boxplot Description

Water Year = 1999 plotvalue = 108% pctrecov = 108% Water Year = 1999 plotvalue = 103% pctrecov = 103% Water Year = 1997 plotvalue = 78% pctrecov = 78% Water Year = 1997 plotvalue = 74% pctrecov = 74% Water Year = 1997 plotvalue = 73% pctrecov = 73% Water Year = 1997 plotvalue = 73% pctrecov = 73% Water Year = 1997 plotvalue = 71% pctrecov = 71% Water Year = 1997 plotvalue = 70% pctrecov = 55% Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 2000 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1999 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 12 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1998 First Quartile = 105% Median = 113% Third Quartile = 130% Number of Observations = 9 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 111% Median = 130% Third Quartile = 130% Number of Observations = 96 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Lead, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Lead, FIL, ICP-OES 01049PLA11 1997 96 111.2% 166.7% 209.3%
    1998 9 105.0% 112.9% 269.5%
    1999 12 123.4% 141.6% 183.3%
    2000 5 139.1% 171.1% 346.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Lead, UNF, GFAA -
Lab: NWQL, PCode: 01051, MCode: GF100
Dates: 10/04/96 through 08/18/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 70% pctrecov = 27% Water Year = 2005 plotvalue = 70% pctrecov = 40% Water Year = 2004 plotvalue = 122% pctrecov = 122% Water Year = 2004 plotvalue = 128% pctrecov = 128% Water Year = 2004 plotvalue = 130% pctrecov = 3500% Water Year = 2004 plotvalue = 130% pctrecov = 142% Water Year = 2004 plotvalue = 130% pctrecov = 134% Water Year = 2004 plotvalue = 130% pctrecov = 190% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 122% pctrecov = 122% Water Year = 2002 plotvalue = 70% pctrecov = 13% Water Year = 2001 plotvalue = 129% pctrecov = 129% Water Year = 2001 plotvalue = 130% pctrecov = 133% Water Year = 2001 plotvalue = 88% pctrecov = 88% Water Year = 2000 plotvalue = 130% pctrecov = 134% Water Year = 2000 plotvalue = 70% pctrecov = 28% Water Year = 1999 plotvalue = 117% pctrecov = 117% Water Year = 1999 plotvalue = 130% pctrecov = 133% Water Year = 1999 plotvalue = 130% pctrecov = 137% Water Year = 1999 plotvalue = 87% pctrecov = 87% Water Year = 1999 plotvalue = 85% pctrecov = 85% Water Year = 1999 plotvalue = 85% pctrecov = 85% Water Year = 1999 plotvalue = 83% pctrecov = 83% Water Year = 1999 plotvalue = 83% pctrecov = 83% Water Year = 1998 plotvalue = 130% pctrecov = 133% Water Year = 1998 plotvalue = 130% pctrecov = 133% Water Year = 1998 plotvalue = 76% pctrecov = 76% Water Year = 1998 plotvalue = 76% pctrecov = 76% Water Year = 1998 plotvalue = 70% pctrecov = 17% Water Year = 1997 plotvalue = 115% pctrecov = 115% Water Year = 1997 plotvalue = 116% pctrecov = 116% Water Year = 1997 plotvalue = 117% pctrecov = 117% Water Year = 1997 plotvalue = 117% pctrecov = 117% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 1997 plotvalue = 130% pctrecov = 453% Water Year = 1997 plotvalue = 81% pctrecov = 81% Water Year = 1997 plotvalue = 72% pctrecov = 72% Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2005 First Quartile = 102% Median = 111% Third Quartile = 118% Number of Observations = 68 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 42 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2002 First Quartile = 94% Median = 103% Third Quartile = 108% Number of Observations = 60 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 104% Median = 108% Third Quartile = 113% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 2000 First Quartile = 100% Median = 104% Third Quartile = 107% Number of Observations = 59 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 72 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 93 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Lead, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Lead, UNF, GFAA 01051GF100 1997 93 98.3% 101.7% 104.7%
    1998 72 95.8% 101.0% 104.8%
    1999 72 97.8% 101.2% 104.9%
    2000 59 100.0% 103.9% 107.3%
    2001 59 103.5% 108.2% 112.5%
    2002 60 93.5% 103.3% 108.2%
    2003 35 96.0% 100.1% 104.5%
    2004 42 98.4% 101.5% 107.2%
    2005 68 102.1% 110.9% 118.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Lead, UNF, ICP-MS -
Lab: NWQL, PCode: 01051, MCode: PLM48
Dates: 10/15/01 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 115% pctrecov = 115% Water Year = 2011 plotvalue = 117% pctrecov = 117% Water Year = 2011 plotvalue = 121% pctrecov = 121% Water Year = 2011 plotvalue = 123% pctrecov = 123% Water Year = 2010 plotvalue = 126% pctrecov = 126% Water Year = 2010 plotvalue = 130% pctrecov = 144% Water Year = 2010 plotvalue = 130% pctrecov = 328% Water Year = 2010 plotvalue = 130% pctrecov = 132% Water Year = 2010 plotvalue = 130% pctrecov = 130% Water Year = 2009 plotvalue = 129% pctrecov = 129% Water Year = 2009 plotvalue = 130% pctrecov = 137% Water Year = 2009 plotvalue = 130% pctrecov = 213% Water Year = 2009 plotvalue = 130% pctrecov = 176% Water Year = 2009 plotvalue = 130% pctrecov = 241% Water Year = 2009 plotvalue = 130% pctrecov = 154% Water Year = 2009 plotvalue = 130% pctrecov = 134% Water Year = 2009 plotvalue = 130% pctrecov = 132% Water Year = 2009 plotvalue = 93% pctrecov = 93% Water Year = 2009 plotvalue = 87% pctrecov = 87% Water Year = 2009 plotvalue = 84% pctrecov = 84% Water Year = 2008 plotvalue = 122% pctrecov = 122% Water Year = 2008 plotvalue = 122% pctrecov = 122% Water Year = 2008 plotvalue = 127% pctrecov = 127% Water Year = 2008 plotvalue = 130% pctrecov = 145% Water Year = 2008 plotvalue = 130% pctrecov = 313% Water Year = 2008 plotvalue = 130% pctrecov = 132% Water Year = 2008 plotvalue = 130% pctrecov = 134% Water Year = 2008 plotvalue = 130% pctrecov = 131% Water Year = 2008 plotvalue = 70% pctrecov = 45% Water Year = 2007 plotvalue = 106% pctrecov = 106% Water Year = 2007 plotvalue = 108% pctrecov = 108% Water Year = 2007 plotvalue = 110% pctrecov = 110% Water Year = 2007 plotvalue = 91% pctrecov = 91% Water Year = 2007 plotvalue = 91% pctrecov = 91% Water Year = 2007 plotvalue = 91% pctrecov = 91% Water Year = 2007 plotvalue = 91% pctrecov = 91% Water Year = 2007 plotvalue = 90% pctrecov = 90% Water Year = 2006 plotvalue = 87% pctrecov = 87% Water Year = 2006 plotvalue = 70% pctrecov = 20% Water Year = 2006 plotvalue = 70% pctrecov = 11% Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 111% pctrecov = 111% Water Year = 2005 plotvalue = 96% pctrecov = 96% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2003 plotvalue = 96% pctrecov = 96% Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 117 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 131 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2009 First Quartile = 106% Median = 110% Third Quartile = 114% Number of Observations = 103 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 128 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 122 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 169 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 106 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 24 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2003 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 22 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Lead, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Lead, UNF, ICP-MS 01051PLM48 2002 23 97.9% 100.4% 102.5%
    2003 22 101.2% 102.9% 103.8%
    2004 24 95.0% 97.9% 98.9%
    2005 106 101.5% 103.1% 104.6%
    2006 169 97.5% 101.1% 103.9%
    2007 122 97.0% 98.5% 100.4%
    2008 128 98.8% 102.6% 108.1%
    2009 103 105.9% 109.8% 114.2%
    2010 131 100.0% 102.9% 106.9%
    2011 117 99.3% 101.2% 104.8%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Lithium, FIL, ICP-MS -
Lab: NWQL, PCode: 01130, MCode: PLM40
Dates: 10/23/01 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 625% Water Year = 2011 plotvalue = 130% pctrecov = 667% Water Year = 2009 plotvalue = 111% pctrecov = 111% Water Year = 2009 plotvalue = 130% pctrecov = 284% Water Year = 2009 plotvalue = 130% pctrecov = 1322% Water Year = 2009 plotvalue = 130% pctrecov = 1276% Water Year = 2009 plotvalue = 77% pctrecov = 77% Water Year = 2009 plotvalue = 75% pctrecov = 75% Water Year = 2008 plotvalue = 127% pctrecov = 127% Water Year = 2008 plotvalue = 130% pctrecov = 185% Water Year = 2008 plotvalue = 130% pctrecov = 140% Water Year = 2007 plotvalue = 116% pctrecov = 116% Water Year = 2007 plotvalue = 119% pctrecov = 119% Water Year = 2007 plotvalue = 122% pctrecov = 122% Water Year = 2007 plotvalue = 122% pctrecov = 122% Water Year = 2007 plotvalue = 125% pctrecov = 125% Water Year = 2007 plotvalue = 79% pctrecov = 79% Water Year = 2007 plotvalue = 78% pctrecov = 78% Water Year = 2007 plotvalue = 78% pctrecov = 78% Water Year = 2007 plotvalue = 76% pctrecov = 76% Water Year = 2007 plotvalue = 73% pctrecov = 73% Water Year = 2007 plotvalue = 70% pctrecov = 44% Water Year = 2006 plotvalue = 123% pctrecov = 123% Water Year = 2006 plotvalue = 123% pctrecov = 123% Water Year = 2006 plotvalue = 126% pctrecov = 126% Water Year = 2006 plotvalue = 130% pctrecov = 166% Water Year = 2005 plotvalue = 70% pctrecov = 61% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 128% pctrecov = 128% Water Year = 2004 plotvalue = 84% pctrecov = 84% Water Year = 2004 plotvalue = 81% pctrecov = 81% Water Year = 2004 plotvalue = 79% pctrecov = 79% Water Year = 2004 plotvalue = 76% pctrecov = 76% Water Year = 2003 plotvalue = 124% pctrecov = 124% Water Year = 2002 plotvalue = 112% pctrecov = 112% Water Year = 2002 plotvalue = 70% pctrecov = 68% Water Year = 2002 plotvalue = 70% pctrecov = 70% Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2011 First Quartile = 86% Median = 94% Third Quartile = 100% Number of Observations = 129 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 98% Number of Observations = 132 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2009 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 105 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 85% Median = 93% Third Quartile = 101% Number of Observations = 128 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 104% Number of Observations = 122 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 169 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 95 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 144 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 102% Third Quartile = 107% Number of Observations = 72 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Water Year = 2002 First Quartile = 86% Median = 92% Third Quartile = 96% Number of Observations = 39 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Lithium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Lithium, FIL, ICP-MS 01130PLM40 2002 39 85.9% 92.1% 95.7%
    2003 72 97.6% 101.7% 106.8%
    2004 144 96.5% 100.0% 104.3%
    2005 95 94.3% 99.7% 105.7%
    2006 169 90.6% 95.3% 101.6%
    2007 122 96.0% 99.1% 103.8%
    2008 128 85.4% 92.6% 101.0%
    2009 105 91.5% 94.8% 99.2%
    2010 132 86.4% 92.8% 97.8%
    2011 129 85.8% 94.4% 99.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Lithium, FIL, ICP-OES -
Lab: NWQL, PCode: 01130, MCode: PLA11
Dates: 10/04/96 through 09/29/11
Open Data Set
Boxplot Description

Water Year = 2008 plotvalue = 130% pctrecov = 1125% Water Year = 2005 plotvalue = 70% pctrecov = 50% Water Year = 2004 plotvalue = 122% pctrecov = 122% Water Year = 2004 plotvalue = 130% pctrecov = 227% Water Year = 2003 plotvalue = 123% pctrecov = 123% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 70% pctrecov = 65% Water Year = 2001 plotvalue = 79% pctrecov = 79% Water Year = 2001 plotvalue = 70% pctrecov = 14% Water Year = 2001 plotvalue = 70% pctrecov = 48% Water Year = 2001 plotvalue = 70% pctrecov = 14% Water Year = 2000 plotvalue = 118% pctrecov = 118% Water Year = 2000 plotvalue = 130% pctrecov = 130% Water Year = 2000 plotvalue = 70% pctrecov = 20% Water Year = 1999 plotvalue = 116% pctrecov = 116% Water Year = 1999 plotvalue = 128% pctrecov = 128% Water Year = 1999 plotvalue = 91% pctrecov = 91% Water Year = 1999 plotvalue = 89% pctrecov = 89% Water Year = 1999 plotvalue = 89% pctrecov = 89% Water Year = 1999 plotvalue = 86% pctrecov = 86% Water Year = 1999 plotvalue = 84% pctrecov = 84% Water Year = 1999 plotvalue = 70% pctrecov = 69% Water Year = 1997 plotvalue = 117% pctrecov = 117% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 120% pctrecov = 120% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 77% pctrecov = 77% Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2011 First Quartile = 113% Median = 118% Third Quartile = 129% Number of Observations = 39 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2010 First Quartile = 113% Median = 122% Third Quartile = 128% Number of Observations = 42 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2009 First Quartile = 115% Median = 121% Third Quartile = 124% Number of Observations = 34 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2008 First Quartile = 108% Median = 110% Third Quartile = 115% Number of Observations = 40 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2007 First Quartile = 108% Median = 112% Third Quartile = 116% Number of Observations = 46 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 99% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 104% Third Quartile = 111% Number of Observations = 47 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 48 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 107% Number of Observations = 35 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 111% Number of Observations = 28 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2001 First Quartile = 95% Median = 100% Third Quartile = 105% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 2000 First Quartile = 94% Median = 100% Third Quartile = 104% Number of Observations = 60 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1999 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 93 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1998 First Quartile = 105% Median = 111% Third Quartile = 116% Number of Observations = 96 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Water Year = 1997 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 117 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Lithium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Lithium, FIL, ICP-OES 01130PLA11 1997 117 95.0% 98.9% 103.5%
    1998 96 105.2% 110.7% 115.6%
    1999 93 100.9% 103.7% 107.0%
    2000 60 94.1% 99.8% 103.7%
    2001 60 95.3% 100.5% 104.9%
    2002 28 95.9% 100.5% 111.0%
    2003 35 98.0% 100.2% 107.3%
    2004 48 100.2% 103.0% 106.5%
    2005 47 96.6% 103.9% 110.5%
    2006 20 98.9% 106.7% 111.5%
    2007 46 108.4% 112.3% 116.1%
    2008 40 108.2% 110.5% 114.7%
    2009 34 114.9% 120.6% 123.7%
    2010 42 112.7% 121.8% 127.8%
    2011 39 112.5% 118.3% 129.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Lithium, UNF, AA -
Lab: NWQL, PCode: 01132, MCode: AA057
Dates: 10/23/97 through 09/24/98
Open Data Set
Boxplot Description

Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 104% Number of Observations = 13 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Lithium, UNF, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Lithium, UNF, AA 01132AA057 1998 13 95.7% 98.2% 104.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Lithium, UNF, ICP-OES -
Lab: NWQL, PCode: 01132, MCode: PLA15
Dates: 04/26/99 through 09/27/02
Open Data Set
Boxplot Description

Water Year = 2002 plotvalue = 130% pctrecov = 342% Water Year = 2001 plotvalue = 130% pctrecov = 160% Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2002 First Quartile = 90% Median = 95% Third Quartile = 103% Number of Observations = 9 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 90% Median = 94% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Water Year = 1999 First Quartile = 84% Median = 98% Third Quartile = 107% Number of Observations = 4 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Lithium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Lithium, UNF, ICP-OES 01132PLA15 1999 4 84.2% 97.7% 106.6%
    2000 11 88.0% 94.6% 99.2%
    2001 12 90.0% 93.8% 102.0%
    2002 9 90.5% 95.0% 102.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Manganese, FIL, ICP-MS -
Lab: NWQL, PCode: 01056, MCode: PLM43
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 105% pctrecov = 105% Water Year = 2011 plotvalue = 106% pctrecov = 106% Water Year = 2011 plotvalue = 106% pctrecov = 106% Water Year = 2011 plotvalue = 106% pctrecov = 106% Water Year = 2011 plotvalue = 113% pctrecov = 113% Water Year = 2011 plotvalue = 94% pctrecov = 94% Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2011 plotvalue = 70% pctrecov = 0% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 121% pctrecov = 121% Water Year = 2010 plotvalue = 90% pctrecov = 90% Water Year = 2010 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 110% pctrecov = 110% Water Year = 2009 plotvalue = 70% pctrecov = 13% Water Year = 2009 plotvalue = 70% pctrecov = 32% Water Year = 2009 plotvalue = 70% pctrecov = 29% Water Year = 2008 plotvalue = 116% pctrecov = 116% Water Year = 2008 plotvalue = 84% pctrecov = 84% Water Year = 2008 plotvalue = 70% pctrecov = 2% Water Year = 2008 plotvalue = 70% pctrecov = 0% Water Year = 2008 plotvalue = 70% pctrecov = 4% Water Year = 2007 plotvalue = 112% pctrecov = 112% Water Year = 2007 plotvalue = 70% pctrecov = 18% Water Year = 2007 plotvalue = 70% pctrecov = 11% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2005 plotvalue = 113% pctrecov = 113% Water Year = 2005 plotvalue = 113% pctrecov = 113% Water Year = 2005 plotvalue = 130% pctrecov = 172% Water Year = 2004 plotvalue = 73% pctrecov = 73% Water Year = 2002 plotvalue = 111% pctrecov = 111% Water Year = 2000 plotvalue = 117% pctrecov = 117% Water Year = 2000 plotvalue = 118% pctrecov = 118% Water Year = 2000 plotvalue = 87% pctrecov = 87% Water Year = 1999 plotvalue = 121% pctrecov = 121% Water Year = 1999 plotvalue = 124% pctrecov = 124% Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 129 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 132 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 105 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 169 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 131 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 105% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 102% Number of Observations = 71 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 2000 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 72 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 97% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1998 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 130% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Manganese, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Manganese, FIL, ICP-MS 01056PLM43 1997 48 97.1% 99.2% 166.7%
    1998 96 95.1% 96.6% 98.5%
    1999 96 97.2% 101.5% 104.3%
    2000 72 97.2% 100.7% 103.6%
    2001 71 93.2% 97.3% 102.3%
    2002 72 96.9% 99.7% 102.1%
    2003 72 96.5% 99.1% 104.6%
    2004 144 93.4% 99.4% 101.8%
    2005 131 92.5% 97.0% 100.6%
    2006 169 96.5% 99.9% 104.4%
    2007 122 95.4% 98.5% 101.8%
    2008 128 95.0% 97.6% 100.3%
    2009 105 95.0% 97.3% 100.2%
    2010 132 97.6% 99.6% 101.8%
    2011 129 98.7% 100.0% 101.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Manganese, FIL, ICP-OES -
Lab: NWQL, PCode: 01056, MCode: PLA11
Dates: 10/09/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 87% pctrecov = 87% Water Year = 2010 plotvalue = 105% pctrecov = 105% Water Year = 2010 plotvalue = 105% pctrecov = 105% Water Year = 2010 plotvalue = 107% pctrecov = 107% Water Year = 2010 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 107% pctrecov = 107% Water Year = 2009 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2008 plotvalue = 105% pctrecov = 105% Water Year = 2008 plotvalue = 105% pctrecov = 105% Water Year = 2008 plotvalue = 112% pctrecov = 112% Water Year = 2008 plotvalue = 86% pctrecov = 86% Water Year = 2007 plotvalue = 105% pctrecov = 105% Water Year = 2007 plotvalue = 105% pctrecov = 105% Water Year = 2007 plotvalue = 107% pctrecov = 107% Water Year = 2007 plotvalue = 130% pctrecov = 137% Water Year = 2007 plotvalue = 93% pctrecov = 93% Water Year = 2006 plotvalue = 74% pctrecov = 74% Water Year = 2005 plotvalue = 105% pctrecov = 105% Water Year = 2005 plotvalue = 106% pctrecov = 106% Water Year = 2005 plotvalue = 96% pctrecov = 96% Water Year = 2005 plotvalue = 95% pctrecov = 95% Water Year = 2004 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 115% pctrecov = 115% Water Year = 2004 plotvalue = 130% pctrecov = 641% Water Year = 2004 plotvalue = 76% pctrecov = 76% Water Year = 2004 plotvalue = 70% pctrecov = 13% Water Year = 2003 plotvalue = 111% pctrecov = 111% Water Year = 2003 plotvalue = 90% pctrecov = 90% Water Year = 2003 plotvalue = 90% pctrecov = 90% Water Year = 2003 plotvalue = 89% pctrecov = 89% Water Year = 2003 plotvalue = 89% pctrecov = 89% Water Year = 2003 plotvalue = 89% pctrecov = 89% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 83% pctrecov = 83% Water Year = 2003 plotvalue = 70% pctrecov = 23% Water Year = 2002 plotvalue = 111% pctrecov = 111% Water Year = 2002 plotvalue = 111% pctrecov = 111% Water Year = 2002 plotvalue = 111% pctrecov = 111% Water Year = 2002 plotvalue = 112% pctrecov = 112% Water Year = 2002 plotvalue = 95% pctrecov = 95% Water Year = 2002 plotvalue = 70% pctrecov = 11% Water Year = 2001 plotvalue = 117% pctrecov = 117% Water Year = 2001 plotvalue = 70% pctrecov = 3% Water Year = 2001 plotvalue = 70% pctrecov = 13% Water Year = 2001 plotvalue = 70% pctrecov = 42% Water Year = 2001 plotvalue = 70% pctrecov = 64% Water Year = 2001 plotvalue = 70% pctrecov = 3% Water Year = 2000 plotvalue = 112% pctrecov = 112% Water Year = 2000 plotvalue = 112% pctrecov = 112% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 118% pctrecov = 118% Water Year = 2000 plotvalue = 118% pctrecov = 118% Water Year = 2000 plotvalue = 88% pctrecov = 88% Water Year = 2000 plotvalue = 86% pctrecov = 86% Water Year = 2000 plotvalue = 85% pctrecov = 85% Water Year = 2000 plotvalue = 78% pctrecov = 78% Water Year = 2000 plotvalue = 77% pctrecov = 77% Water Year = 1999 plotvalue = 114% pctrecov = 114% Water Year = 1999 plotvalue = 114% pctrecov = 114% Water Year = 1999 plotvalue = 114% pctrecov = 114% Water Year = 1999 plotvalue = 115% pctrecov = 115% Water Year = 1999 plotvalue = 115% pctrecov = 115% Water Year = 1999 plotvalue = 122% pctrecov = 122% Water Year = 1999 plotvalue = 130% pctrecov = 133% Water Year = 1999 plotvalue = 130% pctrecov = 132% Water Year = 1999 plotvalue = 130% pctrecov = 135% Water Year = 1999 plotvalue = 130% pctrecov = 203% Water Year = 1999 plotvalue = 88% pctrecov = 88% Water Year = 1999 plotvalue = 87% pctrecov = 87% Water Year = 1999 plotvalue = 86% pctrecov = 86% Water Year = 1999 plotvalue = 86% pctrecov = 86% Water Year = 1999 plotvalue = 84% pctrecov = 84% Water Year = 1999 plotvalue = 70% pctrecov = 15% Water Year = 1998 plotvalue = 105% pctrecov = 105% Water Year = 1998 plotvalue = 105% pctrecov = 105% Water Year = 1998 plotvalue = 105% pctrecov = 105% Water Year = 1998 plotvalue = 106% pctrecov = 106% Water Year = 1998 plotvalue = 106% pctrecov = 106% Water Year = 1998 plotvalue = 106% pctrecov = 106% Water Year = 1998 plotvalue = 107% pctrecov = 107% Water Year = 1998 plotvalue = 89% pctrecov = 89% Water Year = 1998 plotvalue = 88% pctrecov = 88% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 125% pctrecov = 125% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 333% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 509% Water Year = 1997 plotvalue = 130% pctrecov = 833% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 170% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 152% Water Year = 1997 plotvalue = 130% pctrecov = 667% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 242% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 259% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 292% Water Year = 1997 plotvalue = 130% pctrecov = 298% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 257% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 324% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 130% pctrecov = 167% Water Year = 1997 plotvalue = 83% pctrecov = 83% Water Year = 1997 plotvalue = 83% pctrecov = 83% Water Year = 1997 plotvalue = 76% pctrecov = 76% Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 138 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2010 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2009 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 34 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 141 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 135 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 141 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 168 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2003 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 227 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2002 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 234 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 238 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 237 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1998 First Quartile = 95% Median = 98% Third Quartile = 99% Number of Observations = 190 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Water Year = 1997 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 211 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Manganese, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Manganese, FIL, ICP-OES 01056PLA11 1997 211 97.1% 99.6% 105.4%
    1998 190 95.5% 97.5% 99.3%
    1999 237 98.1% 101.3% 104.0%
    2000 238 97.2% 99.8% 103.1%
    2001 237 96.9% 101.1% 104.3%
    2002 234 100.8% 102.9% 104.7%
    2003 227 98.8% 101.7% 103.6%
    2004 168 98.9% 101.3% 103.6%
    2005 141 99.4% 100.4% 101.2%
    2006 144 96.5% 98.4% 100.5%
    2007 135 97.6% 99.2% 100.3%
    2008 141 95.2% 96.5% 99.1%
    2009 34 97.3% 98.4% 100.9%
    2010 144 94.5% 96.0% 98.6%
    2011 138 95.3% 97.1% 99.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Manganese, UNF, AA -
Lab: NWQL, PCode: 01055, MCode: AA060
Dates: 10/11/96 through 03/15/99
Open Data Set
Boxplot Description

Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1998 First Quartile = 92% Median = 102% Third Quartile = 113% Number of Observations = 42 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 130% Number of Observations = 45 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Manganese, UNF, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Manganese, UNF, AA 01055AA060 1997 45 96.5% 99.4% 147.1%
    1998 42 92.1% 102.2% 112.5%
    1999 24 95.7% 97.9% 110.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Manganese, UNF, ICP-MS -
Lab: NWQL, PCode: 01055, MCode: PLM48
Dates: 11/08/02 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 93% pctrecov = 93% Water Year = 2011 plotvalue = 93% pctrecov = 93% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 112% pctrecov = 112% Water Year = 2010 plotvalue = 114% pctrecov = 114% Water Year = 2010 plotvalue = 130% pctrecov = 667% Water Year = 2009 plotvalue = 117% pctrecov = 117% Water Year = 2009 plotvalue = 117% pctrecov = 117% Water Year = 2008 plotvalue = 119% pctrecov = 119% Water Year = 2008 plotvalue = 130% pctrecov = 141% Water Year = 2006 plotvalue = 105% pctrecov = 105% Water Year = 2006 plotvalue = 130% pctrecov = 159% Water Year = 2006 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 83% pctrecov = 83% Water Year = 2003 plotvalue = 108% pctrecov = 108% Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 117 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 84 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 107% Number of Observations = 65 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 82 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2007 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 90 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 135 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2005 First Quartile = 90% Median = 95% Third Quartile = 98% Number of Observations = 60 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Manganese, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Manganese, UNF, ICP-MS 01055PLM48 2003 24 96.9% 99.2% 100.8%
    2004 24 95.1% 96.6% 100.0%
    2005 60 90.3% 94.6% 98.0%
    2006 135 92.6% 94.7% 96.9%
    2007 90 94.8% 98.0% 100.3%
    2008 82 98.1% 100.6% 103.3%
    2009 65 101.5% 104.0% 107.5%
    2010 84 100.3% 103.0% 104.5%
    2011 117 98.1% 100.1% 101.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Manganese, UNF, ICP-OES -
Lab: NWQL, PCode: 01055, MCode: PLA15
Dates: 04/05/99 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 321% Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2010 plotvalue = 103% pctrecov = 103% Water Year = 2010 plotvalue = 106% pctrecov = 106% Water Year = 2009 plotvalue = 105% pctrecov = 105% Water Year = 2009 plotvalue = 105% pctrecov = 105% Water Year = 2008 plotvalue = 102% pctrecov = 102% Water Year = 2006 plotvalue = 106% pctrecov = 106% Water Year = 2006 plotvalue = 106% pctrecov = 106% Water Year = 2005 plotvalue = 130% pctrecov = 590% Water Year = 2005 plotvalue = 70% pctrecov = 2% Water Year = 2004 plotvalue = 105% pctrecov = 105% Water Year = 2004 plotvalue = 106% pctrecov = 106% Water Year = 2004 plotvalue = 108% pctrecov = 108% Water Year = 2004 plotvalue = 130% pctrecov = 1775% Water Year = 2004 plotvalue = 70% pctrecov = 13% Water Year = 2003 plotvalue = 123% pctrecov = 123% Water Year = 2003 plotvalue = 123% pctrecov = 123% Water Year = 2003 plotvalue = 70% pctrecov = 67% Water Year = 2003 plotvalue = 70% pctrecov = 2% Water Year = 2002 plotvalue = 75% pctrecov = 75% Water Year = 1999 plotvalue = 115% pctrecov = 115% Water Year = 1999 plotvalue = 77% pctrecov = 77% Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 34 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 40 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 46 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2006 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2005 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 47 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2004 First Quartile = 94% Median = 95% Third Quartile = 98% Number of Observations = 48 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 104% Number of Observations = 35 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2002 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 35 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Water Year = 1999 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 32 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Manganese, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Manganese, UNF, ICP-OES 01055PLA15 1999 32 93.3% 97.8% 102.1%
    2000 35 94.3% 97.2% 99.9%
    2001 35 96.9% 100.2% 101.9%
    2002 36 95.8% 99.7% 103.2%
    2003 35 92.1% 97.3% 104.0%
    2004 48 93.9% 94.9% 98.4%
    2005 47 96.5% 98.4% 99.7%
    2006 48 93.5% 95.3% 98.1%
    2007 46 94.3% 97.3% 98.8%
    2008 40 95.2% 96.2% 97.4%
    2009 34 95.0% 96.8% 98.6%
    2010 42 95.7% 97.0% 98.4%
    2011 37 94.8% 96.0% 97.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Mercury, FIL,CVAA -
Lab: NWQL, PCode: 71890, MCode: CV013
Dates: 10/09/96 through 03/23/01
Open Data Set
Boxplot Description

Water Year = 2000 plotvalue = 129% pctrecov = 129% Water Year = 1999 plotvalue = 130% pctrecov = 130% Water Year = 1999 plotvalue = 70% pctrecov = 32% Water Year = 1997 plotvalue = 130% pctrecov = 132% Water Year = 1997 plotvalue = 130% pctrecov = 185% Water Year = 1997 plotvalue = 70% pctrecov = 13% Water Year = 1997 plotvalue = 70% pctrecov = 4% Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2001 First Quartile = 103% Median = 110% Third Quartile = 117% Number of Observations = 24 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 98% Third Quartile = 107% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1999 First Quartile = 97% Median = 104% Third Quartile = 110% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1998 First Quartile = 90% Median = 105% Third Quartile = 113% Number of Observations = 48 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Water Year = 1997 First Quartile = 92% Median = 100% Third Quartile = 106% Number of Observations = 92 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Mercury, FIL,CVAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Mercury, FIL,CVAA 71890CV013 1997 92 91.5% 99.7% 105.6%
    1998 48 90.2% 104.6% 113.2%
    1999 48 97.4% 104.1% 110.2%
    2000 48 91.9% 98.2% 106.5%
    2001 24 102.6% 109.5% 117.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Mercury, FIL,CVAF -
Lab: NWQL, PCode: 71890, MCode: CV014
Dates: 10/15/01 through 09/26/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 70% pctrecov = 57% Water Year = 2010 plotvalue = 130% pctrecov = 156% Water Year = 2010 plotvalue = 130% pctrecov = 799% Water Year = 2010 plotvalue = 130% pctrecov = 131% Water Year = 2010 plotvalue = 72% pctrecov = 72% Water Year = 2010 plotvalue = 70% pctrecov = 69% Water Year = 2010 plotvalue = 70% pctrecov = 66% Water Year = 2010 plotvalue = 70% pctrecov = 68% Water Year = 2009 plotvalue = 130% pctrecov = 130% Water Year = 2008 plotvalue = 123% pctrecov = 123% Water Year = 2008 plotvalue = 124% pctrecov = 124% Water Year = 2008 plotvalue = 130% pctrecov = 142% Water Year = 2008 plotvalue = 70% pctrecov = 41% Water Year = 2008 plotvalue = 70% pctrecov = 57% Water Year = 2008 plotvalue = 70% pctrecov = 51% Water Year = 2008 plotvalue = 70% pctrecov = 52% Water Year = 2008 plotvalue = 70% pctrecov = 50% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 130% pctrecov = 132% Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2011 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 74 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2010 First Quartile = 94% Median = 102% Third Quartile = 107% Number of Observations = 80 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 85% Median = 94% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2008 First Quartile = 90% Median = 98% Third Quartile = 103% Number of Observations = 80 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2007 First Quartile = 86% Median = 91% Third Quartile = 100% Number of Observations = 93 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2006 First Quartile = 91% Median = 95% Third Quartile = 102% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2005 First Quartile = 89% Median = 96% Third Quartile = 104% Number of Observations = 94 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 106% Number of Observations = 24 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2003 First Quartile = 94% Median = 100% Third Quartile = 107% Number of Observations = 21 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Water Year = 2002 First Quartile = 70% Median = 76% Third Quartile = 86% Number of Observations = 8 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Mercury, FIL,CVAF

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Mercury, FIL,CVAF 71890CV014 2002 8 68.7% 76.0% 86.2%
    2003 21 94.0% 100.3% 106.6%
    2004 24 93.7% 99.1% 106.3%
    2005 94 88.6% 95.8% 104.4%
    2006 94 91.3% 95.2% 101.5%
    2007 93 85.9% 91.0% 99.8%
    2008 80 90.5% 98.2% 103.2%
    2009 40 84.9% 94.4% 102.0%
    2010 80 93.8% 101.9% 107.5%
    2011 74 97.1% 105.2% 111.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Mercury, UNF,CVAA -
Lab: NWQL, PCode: 71900, MCode: CV016
Dates: 10/11/96 through 03/23/01
Open Data Set
Boxplot Description

Water Year = 2000 plotvalue = 130% pctrecov = 165% Water Year = 2000 plotvalue = 70% pctrecov = 60% Water Year = 1999 plotvalue = 128% pctrecov = 128% Water Year = 1999 plotvalue = 130% pctrecov = 169% Water Year = 1998 plotvalue = 130% pctrecov = 4615% Water Year = 1998 plotvalue = 130% pctrecov = 5189% Water Year = 1998 plotvalue = 70% pctrecov = 3% Water Year = 1998 plotvalue = 70% pctrecov = 11% Water Year = 1998 plotvalue = 70% pctrecov = 63% Water Year = 1998 plotvalue = 70% pctrecov = 13% Water Year = 1998 plotvalue = 70% pctrecov = 11% Water Year = 1998 plotvalue = 70% pctrecov = 55% Water Year = 1998 plotvalue = 70% pctrecov = 67% Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2001 First Quartile = 102% Median = 106% Third Quartile = 113% Number of Observations = 18 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 2000 First Quartile = 91% Median = 96% Third Quartile = 105% Number of Observations = 35 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1999 First Quartile = 89% Median = 98% Third Quartile = 104% Number of Observations = 47 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1998 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 46 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 45 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Mercury, UNF,CVAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Mercury, UNF,CVAA 71900CV016 1997 45 79.6% 91.4% 100.3%
    1998 46 94.7% 100.2% 105.5%
    1999 47 88.9% 98.4% 104.0%
    2000 35 91.1% 96.2% 104.8%
    2001 18 101.6% 105.7% 112.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Mercury, UNF,CVAF -
Lab: NWQL, PCode: 71900, MCode: CV018
Dates: 10/15/01 through 09/27/11
Open Data Set
Boxplot Description

Water Year = 2009 plotvalue = 128% pctrecov = 128% Water Year = 2009 plotvalue = 130% pctrecov = 424% Water Year = 2009 plotvalue = 130% pctrecov = 176% Water Year = 2009 plotvalue = 130% pctrecov = 131% Water Year = 2009 plotvalue = 130% pctrecov = 180% Water Year = 2009 plotvalue = 130% pctrecov = 151% Water Year = 2008 plotvalue = 130% pctrecov = 142% Water Year = 2004 plotvalue = 130% pctrecov = 134% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2011 First Quartile = 102% Median = 108% Third Quartile = 113% Number of Observations = 74 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2010 First Quartile = 92% Median = 102% Third Quartile = 109% Number of Observations = 80 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2009 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 99 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2008 First Quartile = 89% Median = 94% Third Quartile = 102% Number of Observations = 79 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2007 First Quartile = 89% Median = 95% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2006 First Quartile = 92% Median = 96% Third Quartile = 102% Number of Observations = 92 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2005 First Quartile = 90% Median = 97% Third Quartile = 105% Number of Observations = 94 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 93% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 13 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Water Year = 2002 First Quartile = 72% Median = 81% Third Quartile = 89% Number of Observations = 6 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Mercury, UNF,CVAF

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Mercury, UNF,CVAF 71900CV018 2002 6 72.3% 81.1% 89.3%
    2003 13 97.9% 100.6% 104.5%
    2004 24 93.4% 97.1% 103.2%
    2005 94 90.3% 96.8% 104.9%
    2006 92 91.6% 96.2% 102.2%
    2007 93 88.7% 94.8% 101.9%
    2008 79 88.7% 94.5% 102.3%
    2009 99 89.7% 97.3% 104.6%
    2010 80 92.0% 101.9% 109.0%
    2011 74 102.4% 108.2% 113.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Molybdenum, FIL, GFAA -
Lab: NWQL, PCode: 01060, MCode: GF080
Dates: 10/29/97 through 09/19/01
Open Data Set
Boxplot Description

Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 102% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 99% Median = 103% Third Quartile = 108% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Water Year = 1998 First Quartile = 100% Median = 106% Third Quartile = 120% Number of Observations = 12 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Molybdenum, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Molybdenum, FIL, GFAA 01060GF080 1998 12 99.5% 106.0% 119.6%
    1999 12 98.7% 103.2% 108.2%
    2000 12 92.3% 102.0% 108.5%
    2001 12 96.6% 100.8% 107.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Molybdenum, FIL, ICP-MS -
Lab: NWQL, PCode: 01060, MCode: PLM43
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 117% pctrecov = 117% Water Year = 2011 plotvalue = 130% pctrecov = 368% Water Year = 2010 plotvalue = 114% pctrecov = 114% Water Year = 2010 plotvalue = 115% pctrecov = 115% Water Year = 2010 plotvalue = 116% pctrecov = 116% Water Year = 2010 plotvalue = 130% pctrecov = 130% Water Year = 2009 plotvalue = 109% pctrecov = 109% Water Year = 2009 plotvalue = 109% pctrecov = 109% Water Year = 2009 plotvalue = 109% pctrecov = 109% Water Year = 2009 plotvalue = 93% pctrecov = 93% Water Year = 2009 plotvalue = 93% pctrecov = 93% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2009 plotvalue = 90% pctrecov = 90% Water Year = 2009 plotvalue = 70% pctrecov = 0% Water Year = 2008 plotvalue = 109% pctrecov = 109% Water Year = 2008 plotvalue = 111% pctrecov = 111% Water Year = 2008 plotvalue = 130% pctrecov = 167% Water Year = 2008 plotvalue = 70% pctrecov = 59% Water Year = 2008 plotvalue = 70% pctrecov = 12% Water Year = 2008 plotvalue = 70% pctrecov = 32% Water Year = 2007 plotvalue = 80% pctrecov = 80% Water Year = 2007 plotvalue = 78% pctrecov = 78% Water Year = 2007 plotvalue = 77% pctrecov = 77% Water Year = 2007 plotvalue = 77% pctrecov = 77% Water Year = 2007 plotvalue = 74% pctrecov = 74% Water Year = 2007 plotvalue = 73% pctrecov = 73% Water Year = 2007 plotvalue = 72% pctrecov = 72% Water Year = 2007 plotvalue = 70% pctrecov = 64% Water Year = 2007 plotvalue = 70% pctrecov = 69% Water Year = 2007 plotvalue = 70% pctrecov = 63% Water Year = 2007 plotvalue = 70% pctrecov = 66% Water Year = 2007 plotvalue = 70% pctrecov = 6% Water Year = 2007 plotvalue = 70% pctrecov = 70% Water Year = 2006 plotvalue = 83% pctrecov = 83% Water Year = 2006 plotvalue = 82% pctrecov = 82% Water Year = 2006 plotvalue = 80% pctrecov = 80% Water Year = 2006 plotvalue = 79% pctrecov = 79% Water Year = 2006 plotvalue = 77% pctrecov = 77% Water Year = 2006 plotvalue = 75% pctrecov = 75% Water Year = 2006 plotvalue = 70% pctrecov = 70% Water Year = 2006 plotvalue = 70% pctrecov = 64% Water Year = 2006 plotvalue = 70% pctrecov = 68% Water Year = 2006 plotvalue = 70% pctrecov = 66% Water Year = 2006 plotvalue = 70% pctrecov = 55% Water Year = 2006 plotvalue = 70% pctrecov = 67% Water Year = 2006 plotvalue = 70% pctrecov = 68% Water Year = 2006 plotvalue = 70% pctrecov = 66% Water Year = 2006 plotvalue = 70% pctrecov = 68% Water Year = 2006 plotvalue = 70% pctrecov = 53% Water Year = 2005 plotvalue = 112% pctrecov = 112% Water Year = 2005 plotvalue = 114% pctrecov = 114% Water Year = 2005 plotvalue = 90% pctrecov = 90% Water Year = 2005 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 127% pctrecov = 127% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 86% pctrecov = 86% Water Year = 2003 plotvalue = 91% pctrecov = 91% Water Year = 2002 plotvalue = 90% pctrecov = 90% Water Year = 2002 plotvalue = 89% pctrecov = 89% Water Year = 2002 plotvalue = 88% pctrecov = 88% Water Year = 2002 plotvalue = 86% pctrecov = 86% Water Year = 2002 plotvalue = 85% pctrecov = 85% Water Year = 1999 plotvalue = 70% pctrecov = 40% Water Year = 1998 plotvalue = 96% pctrecov = 96% Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 129 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 132 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 105 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 128 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2007 First Quartile = 96% Median = 104% Third Quartile = 106% Number of Observations = 122 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2001 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 71 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 2000 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 72 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 106% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Molybdenum, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Molybdenum, FIL, ICP-MS 01060PLM43 1997 48 100.1% 102.3% 106.0%
    1998 96 101.3% 102.7% 103.8%
    1999 96 99.1% 101.3% 103.7%
    2000 72 100.5% 103.8% 106.6%
    2001 71 98.7% 101.9% 104.6%
    2002 72 97.6% 99.5% 102.1%
    2003 72 98.5% 100.5% 102.7%
    2004 144 99.5% 101.3% 103.6%
    2005 131 98.6% 101.0% 103.7%
    2006 169 97.1% 100.2% 103.4%
    2007 122 96.1% 103.6% 106.0%
    2008 128 96.4% 98.9% 101.4%
    2009 105 100.4% 102.7% 103.7%
    2010 132 102.5% 105.0% 107.2%
    2011 129 99.9% 102.8% 106.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Molybdenum, FIL, ICP-OES -
Lab: NWQL, PCode: 01060, MCode: PLA11
Dates: 10/04/96 through 10/01/02
Open Data Set
Boxplot Description

Water Year = 2001 plotvalue = 130% pctrecov = 361% Water Year = 2001 plotvalue = 70% pctrecov = 67% Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2002 First Quartile = 87% Median = 93% Third Quartile = 100% Number of Observations = 4 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 2000 First Quartile = 96% Median = 102% Third Quartile = 115% Number of Observations = 25 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1999 First Quartile = 90% Median = 100% Third Quartile = 110% Number of Observations = 13 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1998 First Quartile = 83% Median = 96% Third Quartile = 130% Number of Observations = 15 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 85% Median = 111% Third Quartile = 130% Number of Observations = 96 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Molybdenum, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Molybdenum, FIL, ICP-OES 01060PLA11 1997 96 85.5% 111.3% 181.8%
    1998 15 82.9% 96.2% 146.8%
    1999 13 89.6% 100.2% 110.2%
    2000 25 96.0% 102.3% 114.9%
    2001 12 92.3% 99.9% 104.6%
    2002 4 87.4% 93.2% 100.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Molybdenum, UNF, GFAA -
Lab: NWQL, PCode: 01062, MCode: GF095
Dates: 10/10/97 through 10/04/02
Open Data Set
Boxplot Description

Water Year = 2002 plotvalue = 70% pctrecov = 70% Water Year = 1999 plotvalue = 115% pctrecov = 115% Water Year = 1999 plotvalue = 70% pctrecov = 22% Water Year = 1998 plotvalue = 70% pctrecov = 8% Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2002 First Quartile = 84% Median = 88% Third Quartile = 92% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2001 First Quartile = 83% Median = 92% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 2000 First Quartile = 84% Median = 92% Third Quartile = 96% Number of Observations = 11 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 89% Median = 94% Third Quartile = 98% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Water Year = 1998 First Quartile = 91% Median = 95% Third Quartile = 103% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Molybdenum, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Molybdenum, UNF, GFAA 01062GF095 1998 24 90.8% 94.9% 102.6%
    1999 24 88.6% 93.7% 98.0%
    2000 11 83.7% 92.3% 95.8%
    2001 12 82.7% 91.8% 102.2%
    2002 12 84.0% 88.3% 92.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Molybdenum, UNF, ICP-MS -
Lab: NWQL, PCode: 01062, MCode: PLM48
Dates: 10/26/05 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 117% pctrecov = 117% Water Year = 2010 plotvalue = 96% pctrecov = 96% Water Year = 2010 plotvalue = 95% pctrecov = 95% Water Year = 2009 plotvalue = 96% pctrecov = 96% Water Year = 2008 plotvalue = 127% pctrecov = 127% Water Year = 2008 plotvalue = 92% pctrecov = 92% Water Year = 2008 plotvalue = 92% pctrecov = 92% Water Year = 2006 plotvalue = 106% pctrecov = 106% Water Year = 2006 plotvalue = 106% pctrecov = 106% Water Year = 2006 plotvalue = 107% pctrecov = 107% Water Year = 2006 plotvalue = 96% pctrecov = 96% Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 103% Third Quartile = 105% Number of Observations = 44 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2009 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 39 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 93 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Molybdenum, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Molybdenum, UNF, ICP-MS 01062PLM48 2006 93 100.1% 101.3% 102.4%
    2007 44 99.2% 101.6% 103.7%
    2008 47 98.3% 100.1% 102.4%
    2009 39 102.4% 103.9% 106.3%
    2010 48 102.2% 103.6% 105.9%
    2011 44 98.2% 102.8% 105.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Monomethylarsonate (MMA), IC-ICP-MS -
Lab: NWQL, PCode: 62454, MCode: PLM35
Dates: 10/31/03 through 10/12/07
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 108% pctrecov = 108% Water Year = 2006 plotvalue = 108% pctrecov = 108% Water Year = 2006 plotvalue = 111% pctrecov = 111% Water Year = 2005 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 111% pctrecov = 111% Water Year = 2004 plotvalue = 70% pctrecov = 68% Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2007 First Quartile = 90% Median = 92% Third Quartile = 97% Number of Observations = 18 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2006 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 17 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 30 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Monomethylarsonate (MMA), IC-ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Monomethylarsonate (MMA), IC-ICP-MS 62454PLM35 2004 24 96.9% 99.9% 102.4%
    2005 30 98.5% 100.3% 103.5%
    2006 17 98.9% 99.9% 102.3%
    2007 18 90.2% 92.0% 96.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Nickel, FIL, GFAA -
Lab: NWQL, PCode: 01065, MCode: GF090
Dates: 10/09/96 through 09/19/01
Open Data Set
Boxplot Description

Water Year = 1998 plotvalue = 120% pctrecov = 120% Water Year = 1998 plotvalue = 120% pctrecov = 120% Water Year = 1998 plotvalue = 125% pctrecov = 125% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 125% pctrecov = 125% Water Year = 1997 plotvalue = 125% pctrecov = 125% Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 100% Median = 105% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 108% Third Quartile = 116% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1999 First Quartile = 93% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1998 First Quartile = 104% Median = 107% Third Quartile = 110% Number of Observations = 24 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Water Year = 1997 First Quartile = 99% Median = 105% Third Quartile = 108% Number of Observations = 92 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nickel, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nickel, FIL, GFAA 01065GF090 1997 92 99.1% 105.1% 108.0%
    1998 24 103.8% 106.7% 110.0%
    1999 12 92.9% 102.9% 108.5%
    2000 12 103.2% 108.0% 115.7%
    2001 12 100.4% 105.3% 106.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Nickel, FIL, ICP-MS -
Lab: NWQL, PCode: 01065, MCode: PLM43
Dates: 10/04/96 through 07/19/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 83% pctrecov = 83% Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2005 plotvalue = 130% pctrecov = 143% Water Year = 2005 plotvalue = 130% pctrecov = 130% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 86% pctrecov = 86% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 109% pctrecov = 109% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 92% pctrecov = 92% Water Year = 2004 plotvalue = 91% pctrecov = 91% Water Year = 2004 plotvalue = 81% pctrecov = 81% Water Year = 2004 plotvalue = 77% pctrecov = 77% Water Year = 2003 plotvalue = 130% pctrecov = 133% Water Year = 2003 plotvalue = 130% pctrecov = 164% Water Year = 2003 plotvalue = 130% pctrecov = 152% Water Year = 2003 plotvalue = 130% pctrecov = 159% Water Year = 2003 plotvalue = 130% pctrecov = 161% Water Year = 2003 plotvalue = 130% pctrecov = 136% Water Year = 2003 plotvalue = 130% pctrecov = 145% Water Year = 2003 plotvalue = 130% pctrecov = 161% Water Year = 2003 plotvalue = 130% pctrecov = 135% Water Year = 2003 plotvalue = 130% pctrecov = 146% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 70% pctrecov = 70% Water Year = 2003 plotvalue = 70% pctrecov = 67% Water Year = 2003 plotvalue = 70% pctrecov = 67% Water Year = 2002 plotvalue = 112% pctrecov = 112% Water Year = 2001 plotvalue = 84% pctrecov = 84% Water Year = 2001 plotvalue = 84% pctrecov = 84% Water Year = 2001 plotvalue = 81% pctrecov = 81% Water Year = 2001 plotvalue = 80% pctrecov = 80% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 117% pctrecov = 117% Water Year = 2000 plotvalue = 121% pctrecov = 121% Water Year = 2000 plotvalue = 123% pctrecov = 123% Water Year = 2000 plotvalue = 129% pctrecov = 129% Water Year = 1999 plotvalue = 110% pctrecov = 110% Water Year = 1998 plotvalue = 115% pctrecov = 115% Water Year = 1998 plotvalue = 120% pctrecov = 120% Water Year = 1997 plotvalue = 111% pctrecov = 111% Water Year = 1997 plotvalue = 111% pctrecov = 111% Water Year = 1997 plotvalue = 113% pctrecov = 113% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2006 First Quartile = 104% Median = 109% Third Quartile = 119% Number of Observations = 77 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2005 First Quartile = 102% Median = 107% Third Quartile = 110% Number of Observations = 126 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 144 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 111% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2001 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 71 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 100% Third Quartile = 102% Number of Observations = 72 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 104% Number of Observations = 96 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nickel, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nickel, FIL, ICP-MS 01065PLM43 1997 48 96.8% 98.5% 101.3%
    1998 96 97.4% 99.3% 104.1%
    1999 96 97.7% 99.7% 102.1%
    2000 72 96.5% 99.7% 102.3%
    2001 71 95.7% 100.2% 103.0%
    2002 72 98.4% 100.9% 103.1%
    2003 72 99.0% 101.5% 111.3%
    2004 144 98.9% 100.7% 103.1%
    2005 126 102.3% 106.8% 110.3%
    2006 77 104.3% 108.7% 118.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Nickel, FIL, ICP-OES -
Lab: NWQL, PCode: 01065, MCode: PLA11
Dates: 10/04/96 through 08/30/05
Open Data Set
Boxplot Description

Water Year = 2001 plotvalue = 117% pctrecov = 117% Water Year = 2001 plotvalue = 113% pctrecov = 113% Water Year = 2001 plotvalue = 112% pctrecov = 112% Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2005 First Quartile = 88% Median = 101% Third Quartile = 114% Number of Observations = 24 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2002 First Quartile = 100% Median = 120% Third Quartile = 128% Number of Observations = 10 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2001 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 15 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 2000 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 13 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1999 First Quartile = 91% Median = 101% Third Quartile = 130% Number of Observations = 28 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1998 First Quartile = 103% Median = 109% Third Quartile = 130% Number of Observations = 25 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Water Year = 1997 First Quartile = 79% Median = 104% Third Quartile = 130% Number of Observations = 96 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nickel, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nickel, FIL, ICP-OES 01065PLA11 1997 96 78.8% 103.5% 134.2%
    1998 25 102.7% 109.3% 130.5%
    1999 28 91.3% 101.3% 130.6%
    2000 13 108.3% 131.7% 155.4%
    2001 15 146.4% 333.3% 1205%
    2002 10 100.1% 119.5% 128.2%
    2005 24 87.5% 100.7% 113.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Nickel, FIL, cICP-MS -
Lab: NWQL, PCode: 01065, MCode: PLM10
Dates: 11/15/05 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 108% pctrecov = 108% Water Year = 2011 plotvalue = 111% pctrecov = 111% Water Year = 2011 plotvalue = 111% pctrecov = 111% Water Year = 2011 plotvalue = 118% pctrecov = 118% Water Year = 2011 plotvalue = 119% pctrecov = 119% Water Year = 2011 plotvalue = 123% pctrecov = 123% Water Year = 2011 plotvalue = 88% pctrecov = 88% Water Year = 2011 plotvalue = 87% pctrecov = 87% Water Year = 2011 plotvalue = 87% pctrecov = 87% Water Year = 2011 plotvalue = 86% pctrecov = 86% Water Year = 2011 plotvalue = 85% pctrecov = 85% Water Year = 2011 plotvalue = 84% pctrecov = 84% Water Year = 2011 plotvalue = 70% pctrecov = 12% Water Year = 2009 plotvalue = 121% pctrecov = 121% Water Year = 2009 plotvalue = 122% pctrecov = 122% Water Year = 2009 plotvalue = 70% pctrecov = 54% Water Year = 2008 plotvalue = 108% pctrecov = 108% Water Year = 2008 plotvalue = 110% pctrecov = 110% Water Year = 2008 plotvalue = 130% pctrecov = 163% Water Year = 2008 plotvalue = 70% pctrecov = 13% Water Year = 2008 plotvalue = 70% pctrecov = 28% Water Year = 2008 plotvalue = 70% pctrecov = 24% Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 129 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2010 First Quartile = 91% Median = 99% Third Quartile = 110% Number of Observations = 132 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 105 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2008 First Quartile = 89% Median = 93% Third Quartile = 97% Number of Observations = 128 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2007 First Quartile = 83% Median = 89% Third Quartile = 95% Number of Observations = 122 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2006 First Quartile = 85% Median = 89% Third Quartile = 98% Number of Observations = 46 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Water Year = 2005 First Quartile = 85% Median = 87% Third Quartile = 88% Number of Observations = 4 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nickel, FIL, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nickel, FIL, cICP-MS 01065PLM10 2005 4 85.3% 87.2% 88.5%
    2006 46 85.5% 88.8% 97.5%
    2007 122 83.2% 89.2% 94.6%
    2008 128 89.3% 93.3% 96.9%
    2009 105 94.0% 98.4% 102.9%
    2010 132 91.3% 99.0% 110.2%
    2011 129 95.8% 98.2% 100.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Nickel, UNF, GFAA -
Lab: NWQL, PCode: 01067, MCode: GF101
Dates: 10/11/96 through 10/20/04
Open Data Set
Boxplot Description

Water Year = 2004 plotvalue = 130% pctrecov = 148% Water Year = 2004 plotvalue = 130% pctrecov = 382% Water Year = 2004 plotvalue = 130% pctrecov = 132% Water Year = 2004 plotvalue = 130% pctrecov = 132% Water Year = 2004 plotvalue = 130% pctrecov = 199% Water Year = 2004 plotvalue = 130% pctrecov = 133% Water Year = 2001 plotvalue = 70% pctrecov = 26% Water Year = 2000 plotvalue = 130% pctrecov = 130% Water Year = 1999 plotvalue = 122% pctrecov = 122% Water Year = 1999 plotvalue = 128% pctrecov = 128% Water Year = 1999 plotvalue = 130% pctrecov = 130% Water Year = 1999 plotvalue = 130% pctrecov = 156% Water Year = 1999 plotvalue = 80% pctrecov = 80% Water Year = 1999 plotvalue = 72% pctrecov = 72% Water Year = 1998 plotvalue = 130% pctrecov = 218% Water Year = 1998 plotvalue = 130% pctrecov = 143% Water Year = 1997 plotvalue = 116% pctrecov = 116% Water Year = 1997 plotvalue = 85% pctrecov = 85% Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 103% Third Quartile = 111% Number of Observations = 48 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 89% Median = 97% Third Quartile = 106% Number of Observations = 23 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2002 First Quartile = 96% Median = 99% Third Quartile = 107% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2001 First Quartile = 92% Median = 99% Third Quartile = 102% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 2000 First Quartile = 93% Median = 100% Third Quartile = 106% Number of Observations = 35 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1999 First Quartile = 98% Median = 103% Third Quartile = 108% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 109% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 106% Number of Observations = 45 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nickel, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nickel, UNF, GFAA 01067GF101 1997 45 99.5% 101.2% 105.6%
    1998 48 102.3% 106.4% 109.3%
    1999 48 98.2% 102.6% 107.7%
    2000 35 93.5% 100.1% 105.9%
    2001 35 92.0% 99.0% 102.3%
    2002 12 96.1% 99.0% 106.8%
    2003 23 88.6% 97.1% 106.4%
    2004 48 98.4% 102.8% 111.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Nickel, UNF, ICP-MS -
Lab: NWQL, PCode: 01067, MCode: PLM48
Dates: 11/08/02 through 04/23/07
Open Data Set
Boxplot Description

Water Year = 2007 plotvalue = 99% pctrecov = 99% Water Year = 2007 plotvalue = 100% pctrecov = 100% Water Year = 2007 plotvalue = 80% pctrecov = 80% Water Year = 2006 plotvalue = 120% pctrecov = 120% Water Year = 2006 plotvalue = 130% pctrecov = 154% Water Year = 2005 plotvalue = 70% pctrecov = 61% Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2007 First Quartile = 90% Median = 91% Third Quartile = 93% Number of Observations = 9 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2006 First Quartile = 94% Median = 98% Third Quartile = 103% Number of Observations = 45 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2005 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 60 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Water Year = 2003 First Quartile = 99% Median = 106% Third Quartile = 115% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nickel, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nickel, UNF, ICP-MS 01067PLM48 2003 24 98.9% 106.0% 115.4%
    2004 24 96.6% 98.1% 100.2%
    2005 60 97.3% 101.3% 105.5%
    2006 45 93.6% 97.5% 103.3%
    2007 9 90.1% 90.8% 92.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Nickel, UNF, cICP-MS -
Lab: NWQL, PCode: 01067, MCode: PLM11
Dates: 01/20/07 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 112% pctrecov = 112% Water Year = 2011 plotvalue = 112% pctrecov = 112% Water Year = 2011 plotvalue = 81% pctrecov = 81% Water Year = 2010 plotvalue = 118% pctrecov = 118% Water Year = 2010 plotvalue = 130% pctrecov = 272% Water Year = 2010 plotvalue = 130% pctrecov = 410% Water Year = 2010 plotvalue = 130% pctrecov = 157% Water Year = 2010 plotvalue = 70% pctrecov = 70% Water Year = 2009 plotvalue = 125% pctrecov = 125% Water Year = 2009 plotvalue = 126% pctrecov = 126% Water Year = 2009 plotvalue = 130% pctrecov = 180% Water Year = 2008 plotvalue = 122% pctrecov = 122% Water Year = 2008 plotvalue = 127% pctrecov = 127% Water Year = 2008 plotvalue = 130% pctrecov = 130% Water Year = 2008 plotvalue = 130% pctrecov = 141% Water Year = 2008 plotvalue = 130% pctrecov = 131% Water Year = 2007 plotvalue = 121% pctrecov = 121% Water Year = 2007 plotvalue = 130% pctrecov = 372% Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2011 First Quartile = 92% Median = 96% Third Quartile = 98% Number of Observations = 74 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 91% Third Quartile = 95% Number of Observations = 84 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 85% Median = 93% Third Quartile = 98% Number of Observations = 65 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 101% Number of Observations = 85 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Water Year = 2007 First Quartile = 81% Median = 89% Third Quartile = 95% Number of Observations = 78 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nickel, UNF, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nickel, UNF, cICP-MS 01067PLM11 2007 78 80.9% 88.5% 95.0%
    2008 85 90.3% 95.7% 101.2%
    2009 65 85.3% 93.0% 98.4%
    2010 84 85.8% 90.8% 95.2%
    2011 74 92.2% 95.6% 97.8%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, FIL, GFAA -
Lab: NWQL, PCode: 01145, MCode: GF091
Dates: 10/05/98 through 08/24/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 129% pctrecov = 129% Water Year = 2001 plotvalue = 126% pctrecov = 126% Water Year = 2001 plotvalue = 130% pctrecov = 131% Water Year = 2001 plotvalue = 130% pctrecov = 133% Water Year = 2001 plotvalue = 130% pctrecov = 136% Water Year = 2001 plotvalue = 70% pctrecov = 63% Water Year = 2001 plotvalue = 70% pctrecov = 64% Water Year = 2001 plotvalue = 70% pctrecov = 59% Water Year = 2001 plotvalue = 70% pctrecov = 38% Water Year = 1999 plotvalue = 129% pctrecov = 129% Water Year = 1999 plotvalue = 130% pctrecov = 132% Water Year = 1999 plotvalue = 130% pctrecov = 138% Water Year = 1999 plotvalue = 72% pctrecov = 72% Water Year = 1999 plotvalue = 70% pctrecov = 69% Water Year = 1999 plotvalue = 70% pctrecov = 66% Water Year = 1999 plotvalue = 70% pctrecov = 69% Water Year = 1999 plotvalue = 70% pctrecov = 67% Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2005 First Quartile = 71% Median = 79% Third Quartile = 93% Number of Observations = 32 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2004 First Quartile = 80% Median = 93% Third Quartile = 107% Number of Observations = 34 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2003 First Quartile = 84% Median = 101% Third Quartile = 110% Number of Observations = 54 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2002 First Quartile = 95% Median = 103% Third Quartile = 113% Number of Observations = 59 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2001 First Quartile = 94% Median = 100% Third Quartile = 106% Number of Observations = 129 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 2000 First Quartile = 94% Median = 105% Third Quartile = 115% Number of Observations = 132 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Water Year = 1999 First Quartile = 93% Median = 100% Third Quartile = 107% Number of Observations = 140 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, FIL, GFAA 01145GF091 1999 140 93.3% 100.2% 107.1%
    2000 132 94.4% 105.0% 114.5%
    2001 129 94.2% 99.8% 106.1%
    2002 59 95.0% 102.7% 112.8%
    2003 54 84.1% 101.0% 109.9%
    2004 34 80.2% 92.9% 107.2%
    2005 32 70.6% 78.5% 93.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, FIL, Hydride, AA -
Lab: NWQL, PCode: 01145, MCode: HY011
Dates: 10/04/96 through 09/30/98
Open Data Set
Boxplot Description

Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1998 First Quartile = 70% Median = 90% Third Quartile = 102% Number of Observations = 108 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Water Year = 1997 First Quartile = 83% Median = 93% Third Quartile = 104% Number of Observations = 163 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, FIL, Hydride, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, FIL, Hydride, AA 01145HY011 1997 163 82.9% 93.1% 103.6%
    1998 108 68.7% 90.1% 102.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, FIL, ICP-MS -
Lab: NWQL, PCode: 01145, MCode: PLM40
Dates: 10/10/01 through 10/06/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 120% pctrecov = 120% Water Year = 2005 plotvalue = 121% pctrecov = 121% Water Year = 2005 plotvalue = 121% pctrecov = 121% Water Year = 2005 plotvalue = 130% pctrecov = 138% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 119% pctrecov = 119% Water Year = 2004 plotvalue = 79% pctrecov = 79% Water Year = 2004 plotvalue = 79% pctrecov = 79% Water Year = 2004 plotvalue = 78% pctrecov = 78% Water Year = 2004 plotvalue = 78% pctrecov = 78% Water Year = 2004 plotvalue = 75% pctrecov = 75% Water Year = 2004 plotvalue = 70% pctrecov = 70% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 119% pctrecov = 119% Water Year = 2003 plotvalue = 120% pctrecov = 120% Water Year = 2003 plotvalue = 123% pctrecov = 123% Water Year = 2003 plotvalue = 128% pctrecov = 128% Water Year = 2003 plotvalue = 129% pctrecov = 129% Water Year = 2002 plotvalue = 116% pctrecov = 116% Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 99% Number of Observations = 125 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 144 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 72 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, FIL, ICP-MS 01145PLM40 2002 72 94.7% 99.2% 102.9%
    2003 72 94.8% 98.8% 103.5%
    2004 144 91.4% 95.4% 99.2%
    2005 125 86.8% 92.8% 99.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, FIL, cICP-MS -
Lab: NWQL, PCode: 01145, MCode: PLM10
Dates: 09/09/05 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 129% pctrecov = 129% Water Year = 2010 plotvalue = 70% pctrecov = 3% Water Year = 2009 plotvalue = 70% pctrecov = 13% Water Year = 2009 plotvalue = 70% pctrecov = 14% Water Year = 2008 plotvalue = 120% pctrecov = 120% Water Year = 2008 plotvalue = 121% pctrecov = 121% Water Year = 2008 plotvalue = 123% pctrecov = 123% Water Year = 2008 plotvalue = 130% pctrecov = 137% Water Year = 2008 plotvalue = 70% pctrecov = 43% Water Year = 2008 plotvalue = 70% pctrecov = 7% Water Year = 2008 plotvalue = 70% pctrecov = 4% Water Year = 2008 plotvalue = 70% pctrecov = 15% Water Year = 2008 plotvalue = 70% pctrecov = 8% Water Year = 2007 plotvalue = 130% pctrecov = 140% Water Year = 2006 plotvalue = 130% pctrecov = 513% Water Year = 2005 plotvalue = 130% pctrecov = 285% Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2011 First Quartile = 82% Median = 95% Third Quartile = 100% Number of Observations = 128 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 104% Third Quartile = 108% Number of Observations = 132 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2009 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 105 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2008 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 128 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 86% Median = 94% Third Quartile = 103% Number of Observations = 122 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2006 First Quartile = 79% Median = 82% Third Quartile = 90% Number of Observations = 123 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Water Year = 2005 First Quartile = 83% Median = 86% Third Quartile = 91% Number of Observations = 13 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, FIL, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, FIL, cICP-MS 01145PLM10 2005 13 83.4% 85.7% 90.7%
    2006 123 78.6% 82.1% 89.6%
    2007 122 86.2% 93.8% 102.7%
    2008 128 90.9% 97.3% 102.4%
    2009 105 95.0% 99.1% 105.7%
    2010 132 95.7% 103.6% 108.5%
    2011 128 82.5% 95.1% 99.8%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, UNF, EPA -
Lab: NWQL, PCode: 01147, MCode: GF031
Dates: 10/30/97 through 09/18/00
Open Data Set
Boxplot Description

Water Year = 1998 plotvalue = 125% pctrecov = 125% Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 2000 First Quartile = 92% Median = 96% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1999 First Quartile = 103% Median = 107% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Water Year = 1998 First Quartile = 108% Median = 110% Third Quartile = 113% Number of Observations = 8 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, UNF, EPA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, UNF, EPA 01147GF031 1998 8 107.7% 110.4% 112.8%
    1999 8 103.2% 107.5% 113.2%
    2000 12 91.8% 96.0% 107.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, UNF, GFAA -
Lab: NWQL, PCode: 01147, MCode: GF102
Dates: 10/09/98 through 08/17/05
Open Data Set
Boxplot Description

Water Year = 2003 plotvalue = 130% pctrecov = 132% Water Year = 2003 plotvalue = 130% pctrecov = 197% Water Year = 1999 plotvalue = 130% pctrecov = 415% Water Year = 1999 plotvalue = 88% pctrecov = 88% Water Year = 1999 plotvalue = 70% pctrecov = 20% Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2005 First Quartile = 79% Median = 86% Third Quartile = 112% Number of Observations = 30 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2004 First Quartile = 83% Median = 94% Third Quartile = 118% Number of Observations = 36 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2003 First Quartile = 88% Median = 94% Third Quartile = 104% Number of Observations = 21 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2002 First Quartile = 99% Median = 107% Third Quartile = 112% Number of Observations = 36 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2001 First Quartile = 93% Median = 97% Third Quartile = 107% Number of Observations = 34 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 2000 First Quartile = 95% Median = 107% Third Quartile = 119% Number of Observations = 35 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Water Year = 1999 First Quartile = 103% Median = 106% Third Quartile = 112% Number of Observations = 33 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, UNF, GFAA 01147GF102 1999 33 103.0% 106.2% 112.3%
    2000 35 95.4% 107.0% 119.1%
    2001 34 92.6% 97.3% 107.2%
    2002 36 98.6% 106.6% 112.0%
    2003 21 88.4% 93.5% 103.7%
    2004 36 83.1% 93.7% 118.1%
    2005 30 78.9% 85.7% 112.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, UNF, GFAA-EPA -
Lab: NWQL, PCode: 01147, MCode: GF073
Dates: 10/04/96 through 09/19/97
Open Data Set
Boxplot Description

Water Year = 1997 plotvalue = 120% pctrecov = 120% Water Year = 1997 plotvalue = 120% pctrecov = 120% Water Year = 1997 plotvalue = 87% pctrecov = 87% Water Year = 1997 plotvalue = 83% pctrecov = 83% Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Water Year = 1997 First Quartile = 99% Median = 102% Third Quartile = 107% Number of Observations = 22 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, UNF, GFAA-EPA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, UNF, GFAA-EPA 01147GF073 1997 22 99.4% 102.0% 106.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, UNF, Hydride, AA -
Lab: NWQL, PCode: 01147, MCode: HY012
Dates: 10/11/96 through 09/24/98
Open Data Set
Boxplot Description

Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1998 First Quartile = 79% Median = 97% Third Quartile = 103% Number of Observations = 40 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Water Year = 1997 First Quartile = 80% Median = 89% Third Quartile = 100% Number of Observations = 45 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, UNF, Hydride, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, UNF, Hydride, AA 01147HY012 1997 45 80.0% 89.2% 100.0%
    1998 40 78.9% 97.0% 102.8%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, UNF, ICP-MS -
Lab: NWQL, PCode: 01147, MCode: PL120
Dates: 11/08/02 through 10/06/05
Open Data Set
Boxplot Description

Water Year = 2004 plotvalue = 127% pctrecov = 127% Water Year = 2004 plotvalue = 71% pctrecov = 71% Water Year = 2004 plotvalue = 70% pctrecov = 68% Water Year = 2003 plotvalue = 112% pctrecov = 112% Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2005 First Quartile = 94% Median = 107% Third Quartile = 117% Number of Observations = 92 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 91% Median = 97% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Water Year = 2003 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, UNF, ICP-MS 01147PL120 2003 24 93.4% 97.2% 100.5%
    2004 24 91.1% 96.9% 102.9%
    2005 92 93.9% 106.5% 117.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Selenium, UNF, cICP-MS -
Lab: NWQL, PCode: 01147, MCode: PLM11
Dates: 09/20/05 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 121% pctrecov = 121% Water Year = 2009 plotvalue = 82% pctrecov = 82% Water Year = 2008 plotvalue = 123% pctrecov = 123% Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2011 First Quartile = 77% Median = 87% Third Quartile = 90% Number of Observations = 116 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2010 First Quartile = 86% Median = 89% Third Quartile = 92% Number of Observations = 84 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 65 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2008 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 85 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2007 First Quartile = 82% Median = 87% Third Quartile = 95% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2006 First Quartile = 76% Median = 83% Third Quartile = 89% Number of Observations = 91 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Water Year = 2005 First Quartile = 88% Median = 95% Third Quartile = 99% Number of Observations = 11 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Selenium, UNF, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Selenium, UNF, cICP-MS 01147PLM11 2005 11 87.6% 95.2% 99.0%
    2006 91 76.4% 82.5% 88.6%
    2007 93 82.1% 87.4% 95.1%
    2008 85 91.7% 97.3% 100.3%
    2009 65 90.6% 93.4% 95.8%
    2010 84 86.3% 88.6% 92.1%
    2011 116 76.8% 87.0% 90.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Silver, FIL, GFAA -
Lab: NWQL, PCode: 01075, MCode: GF092
Dates: 10/04/96 through 10/19/04
Open Data Set
Boxplot Description

Water Year = 2001 plotvalue = 70% pctrecov = 69% Water Year = 2000 plotvalue = 130% pctrecov = 165% Water Year = 2000 plotvalue = 80% pctrecov = 80% Water Year = 1999 plotvalue = 107% pctrecov = 107% Water Year = 1999 plotvalue = 108% pctrecov = 108% Water Year = 1999 plotvalue = 86% pctrecov = 86% Water Year = 1999 plotvalue = 70% pctrecov = 43% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 122% pctrecov = 122% Water Year = 1997 plotvalue = 82% pctrecov = 82% Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2004 First Quartile = 83% Median = 92% Third Quartile = 100% Number of Observations = 48 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2003 First Quartile = 73% Median = 81% Third Quartile = 90% Number of Observations = 23 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2002 First Quartile = 89% Median = 96% Third Quartile = 98% Number of Observations = 13 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 95% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 2000 First Quartile = 87% Median = 88% Third Quartile = 89% Number of Observations = 12 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1999 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1998 First Quartile = 89% Median = 95% Third Quartile = 99% Number of Observations = 16 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Water Year = 1997 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 69 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Silver, FIL, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Silver, FIL, GFAA 01075GF092 1997 69 97.9% 102.3% 107.6%
    1998 16 88.9% 94.8% 99.3%
    1999 24 93.6% 96.0% 98.0%
    2000 12 87.2% 88.5% 89.4%
    2001 12 94.7% 97.4% 103.9%
    2002 13 88.6% 95.7% 98.3%
    2003 23 72.8% 81.4% 90.0%
    2004 48 82.6% 91.6% 99.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Silver, FIL, GFAA, LL -
Lab: NWQL, PCode: 01075, MCode: GF093
Dates: 10/07/98 through 08/09/00
Open Data Set
Boxplot Description

Water Year = 1999 plotvalue = 103% pctrecov = 103% Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 2000 First Quartile = 80% Median = 82% Third Quartile = 83% Number of Observations = 11 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Water Year = 1999 First Quartile = 89% Median = 90% Third Quartile = 92% Number of Observations = 12 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Silver, FIL, GFAA, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Silver, FIL, GFAA, LL 01075GF093 1999 12 88.7% 89.7% 91.8%
    2000 11 79.6% 82.2% 83.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Silver, FIL, ICP-MS -
Lab: NWQL, PCode: 01075, MCode: PLM43
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 106% pctrecov = 106% Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2011 plotvalue = 108% pctrecov = 108% Water Year = 2011 plotvalue = 70% pctrecov = 0% Water Year = 2011 plotvalue = 70% pctrecov = 0% Water Year = 2010 plotvalue = 130% pctrecov = 168% Water Year = 2009 plotvalue = 97% pctrecov = 97% Water Year = 2009 plotvalue = 130% pctrecov = 146% Water Year = 2008 plotvalue = 91% pctrecov = 91% Water Year = 2008 plotvalue = 91% pctrecov = 91% Water Year = 2008 plotvalue = 95% pctrecov = 95% Water Year = 2008 plotvalue = 98% pctrecov = 98% Water Year = 2008 plotvalue = 101% pctrecov = 101% Water Year = 2007 plotvalue = 124% pctrecov = 124% Water Year = 2006 plotvalue = 72% pctrecov = 72% Water Year = 2006 plotvalue = 73% pctrecov = 73% Water Year = 2006 plotvalue = 73% pctrecov = 73% Water Year = 2006 plotvalue = 73% pctrecov = 73% Water Year = 2006 plotvalue = 76% pctrecov = 76% Water Year = 2006 plotvalue = 80% pctrecov = 80% Water Year = 2006 plotvalue = 93% pctrecov = 93% Water Year = 2005 plotvalue = 116% pctrecov = 116% Water Year = 2005 plotvalue = 116% pctrecov = 116% Water Year = 2005 plotvalue = 119% pctrecov = 119% Water Year = 2003 plotvalue = 74% pctrecov = 74% Water Year = 2003 plotvalue = 74% pctrecov = 74% Water Year = 2003 plotvalue = 75% pctrecov = 75% Water Year = 2003 plotvalue = 76% pctrecov = 76% Water Year = 2003 plotvalue = 77% pctrecov = 77% Water Year = 2003 plotvalue = 77% pctrecov = 77% Water Year = 2003 plotvalue = 79% pctrecov = 79% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 83% pctrecov = 83% Water Year = 2003 plotvalue = 85% pctrecov = 85% Water Year = 2003 plotvalue = 87% pctrecov = 87% Water Year = 2003 plotvalue = 93% pctrecov = 93% Water Year = 2003 plotvalue = 130% pctrecov = 474% Water Year = 2001 plotvalue = 111% pctrecov = 111% Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 129 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2010 First Quartile = 86% Median = 93% Third Quartile = 100% Number of Observations = 132 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2009 First Quartile = 70% Median = 70% Third Quartile = 80% Number of Observations = 105 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2008 First Quartile = 70% Median = 70% Third Quartile = 78% Number of Observations = 128 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2007 First Quartile = 77% Median = 85% Third Quartile = 92% Number of Observations = 122 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2006 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 169 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2005 First Quartile = 72% Median = 79% Third Quartile = 89% Number of Observations = 131 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2004 First Quartile = 83% Median = 96% Third Quartile = 99% Number of Observations = 144 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2003 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2002 First Quartile = 88% Median = 94% Third Quartile = 100% Number of Observations = 72 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 47 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 2000 First Quartile = 84% Median = 87% Third Quartile = 94% Number of Observations = 36 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1999 First Quartile = 86% Median = 91% Third Quartile = 94% Number of Observations = 82 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1998 First Quartile = 82% Median = 85% Third Quartile = 87% Number of Observations = 64 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 130% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Silver, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Silver, FIL, ICP-MS 01075PLM43 1997 48 98.7% 101.4% 177.0%
    1998 64 82.2% 84.8% 87.4%
    1999 82 86.5% 90.7% 94.4%
    2000 36 83.8% 87.0% 94.3%
    2001 47 97.0% 99.9% 101.7%
    2002 72 87.9% 94.4% 100.5%
    2003 72 38.1% 46.8% 69.4%
    2004 144 82.5% 95.7% 99.5%
    2005 131 72.2% 79.5% 88.7%
    2006 169 32.9% 46.8% 58.5%
    2007 122 76.7% 85.4% 92.1%
    2008 128 39.2% 62.6% 78.1%
    2009 105 50.7% 69.0% 80.4%
    2010 132 86.1% 93.4% 99.9%
    2011 129 94.3% 96.5% 98.8%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Silver, FIL, ICP-OES -
Lab: NWQL, PCode: 01075, MCode: PLA11
Dates: 10/04/96 through 10/01/02
Open Data Set
Boxplot Description

Water Year = 2001 plotvalue = 73% pctrecov = 73% Water Year = 2001 plotvalue = 70% pctrecov = 42% Water Year = 2001 plotvalue = 70% pctrecov = 56% Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2002 First Quartile = 85% Median = 100% Third Quartile = 108% Number of Observations = 12 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2001 First Quartile = 101% Median = 106% Third Quartile = 112% Number of Observations = 24 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 2000 First Quartile = 79% Median = 94% Third Quartile = 109% Number of Observations = 26 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1999 First Quartile = 82% Median = 90% Third Quartile = 94% Number of Observations = 35 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1998 First Quartile = 78% Median = 89% Third Quartile = 100% Number of Observations = 27 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Water Year = 1997 First Quartile = 70% Median = 94% Third Quartile = 99% Number of Observations = 96 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Silver, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Silver, FIL, ICP-OES 01075PLA11 1997 96 68.4% 93.7% 99.2%
    1998 27 78.3% 88.8% 99.7%
    1999 35 82.1% 90.2% 94.0%
    2000 26 79.0% 94.2% 108.7%
    2001 24 100.8% 105.7% 112.4%
    2002 12 85.0% 99.7% 108.3%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Silver, UNF, GFAA -
Lab: NWQL, PCode: 01077, MCode: GF103
Dates: 10/11/96 through 10/14/04
Open Data Set
Boxplot Description

Water Year = 2003 plotvalue = 130% pctrecov = 134% Water Year = 2002 plotvalue = 130% pctrecov = 190% Water Year = 2002 plotvalue = 75% pctrecov = 75% Water Year = 2002 plotvalue = 70% pctrecov = 3% Water Year = 1999 plotvalue = 105% pctrecov = 105% Water Year = 1999 plotvalue = 78% pctrecov = 78% Water Year = 1998 plotvalue = 130% pctrecov = 162% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 109% pctrecov = 109% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2004 First Quartile = 85% Median = 92% Third Quartile = 95% Number of Observations = 48 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2003 First Quartile = 72% Median = 77% Third Quartile = 80% Number of Observations = 23 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 91% Median = 97% Third Quartile = 102% Number of Observations = 36 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 109% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 2000 First Quartile = 83% Median = 87% Third Quartile = 94% Number of Observations = 31 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1999 First Quartile = 88% Median = 91% Third Quartile = 94% Number of Observations = 48 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1998 First Quartile = 87% Median = 96% Third Quartile = 100% Number of Observations = 32 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Water Year = 1997 First Quartile = 95% Median = 97% Third Quartile = 99% Number of Observations = 45 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Silver, UNF, GFAA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Silver, UNF, GFAA 01077GF103 1997 45 94.5% 96.6% 98.9%
    1998 32 86.6% 96.4% 99.8%
    1999 48 88.5% 91.3% 94.3%
    2000 31 82.9% 86.6% 94.3%
    2001 31 98.1% 103.2% 109.5%
    2002 36 91.5% 97.4% 101.9%
    2003 23 71.5% 76.7% 79.8%
    2004 48 84.6% 92.4% 95.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Silver, UNF, ICP-MS -
Lab: NWQL, PCode: 01077, MCode: PLM48
Dates: 11/08/02 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 75% pctrecov = 75% Water Year = 2010 plotvalue = 75% pctrecov = 75% Water Year = 2010 plotvalue = 75% pctrecov = 75% Water Year = 2010 plotvalue = 75% pctrecov = 75% Water Year = 2010 plotvalue = 72% pctrecov = 72% Water Year = 2009 plotvalue = 70% pctrecov = 69% Water Year = 2007 plotvalue = 124% pctrecov = 124% Water Year = 2007 plotvalue = 126% pctrecov = 126% Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 44 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2010 First Quartile = 88% Median = 91% Third Quartile = 96% Number of Observations = 48 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2009 First Quartile = 89% Median = 95% Third Quartile = 98% Number of Observations = 65 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2008 First Quartile = 83% Median = 98% Third Quartile = 102% Number of Observations = 47 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 44 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2006 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 93 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2005 First Quartile = 87% Median = 93% Third Quartile = 95% Number of Observations = 60 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2004 First Quartile = 90% Median = 91% Third Quartile = 96% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Water Year = 2003 First Quartile = 70% Median = 80% Third Quartile = 90% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Silver, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Silver, UNF, ICP-MS 01077PLM48 2003 24 39.5% 79.9% 89.9%
    2004 24 89.6% 91.0% 96.5%
    2005 60 86.6% 92.9% 94.5%
    2006 93 75.9% 86.2% 89.6%
    2007 44 101.5% 104.5% 107.7%
    2008 47 83.3% 97.6% 101.5%
    2009 65 89.2% 95.0% 98.5%
    2010 48 88.2% 91.0% 95.9%
    2011 44 96.1% 97.7% 101.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Strontium, FIL, ICP-MS -
Lab: NWQL, PCode: 01080, MCode: PLM40
Dates: 10/23/01 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 654% Water Year = 2011 plotvalue = 130% pctrecov = 167% Water Year = 2010 plotvalue = 107% pctrecov = 107% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 112% pctrecov = 112% Water Year = 2010 plotvalue = 90% pctrecov = 90% Water Year = 2010 plotvalue = 90% pctrecov = 90% Water Year = 2009 plotvalue = 130% pctrecov = 1153% Water Year = 2009 plotvalue = 130% pctrecov = 156% Water Year = 2009 plotvalue = 130% pctrecov = 260% Water Year = 2009 plotvalue = 88% pctrecov = 88% Water Year = 2009 plotvalue = 87% pctrecov = 87% Water Year = 2009 plotvalue = 87% pctrecov = 87% Water Year = 2008 plotvalue = 110% pctrecov = 110% Water Year = 2008 plotvalue = 110% pctrecov = 110% Water Year = 2008 plotvalue = 111% pctrecov = 111% Water Year = 2008 plotvalue = 112% pctrecov = 112% Water Year = 2008 plotvalue = 130% pctrecov = 807% Water Year = 2008 plotvalue = 130% pctrecov = 157% Water Year = 2008 plotvalue = 70% pctrecov = 53% Water Year = 2008 plotvalue = 70% pctrecov = 5% Water Year = 2007 plotvalue = 111% pctrecov = 111% Water Year = 2007 plotvalue = 111% pctrecov = 111% Water Year = 2007 plotvalue = 112% pctrecov = 112% Water Year = 2007 plotvalue = 112% pctrecov = 112% Water Year = 2007 plotvalue = 116% pctrecov = 116% Water Year = 2007 plotvalue = 117% pctrecov = 117% Water Year = 2007 plotvalue = 70% pctrecov = 68% Water Year = 2007 plotvalue = 70% pctrecov = 40% Water Year = 2006 plotvalue = 112% pctrecov = 112% Water Year = 2006 plotvalue = 112% pctrecov = 112% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 87% pctrecov = 87% Water Year = 2006 plotvalue = 87% pctrecov = 87% Water Year = 2006 plotvalue = 86% pctrecov = 86% Water Year = 2006 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 114% pctrecov = 114% Water Year = 2005 plotvalue = 117% pctrecov = 117% Water Year = 2005 plotvalue = 130% pctrecov = 177% Water Year = 2005 plotvalue = 130% pctrecov = 176% Water Year = 2005 plotvalue = 88% pctrecov = 88% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 75% pctrecov = 75% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 118% pctrecov = 118% Water Year = 2004 plotvalue = 89% pctrecov = 89% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 80% pctrecov = 80% Water Year = 2004 plotvalue = 79% pctrecov = 79% Water Year = 2004 plotvalue = 70% pctrecov = 60% Water Year = 2004 plotvalue = 70% pctrecov = 61% Water Year = 2004 plotvalue = 70% pctrecov = 63% Water Year = 2003 plotvalue = 113% pctrecov = 113% Water Year = 2003 plotvalue = 113% pctrecov = 113% Water Year = 2002 plotvalue = 85% pctrecov = 85% Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 129 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 132 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 105 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 128 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 122 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2006 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 169 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 131 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2003 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 72 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 39 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Strontium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Strontium, FIL, ICP-MS 01080PLM40 2002 39 95.9% 98.3% 100.6%
    2003 72 94.2% 97.5% 100.6%
    2004 144 96.1% 98.9% 101.0%
    2005 131 97.6% 101.2% 103.9%
    2006 169 96.9% 99.5% 102.9%
    2007 122 99.0% 100.8% 103.4%
    2008 128 95.2% 98.3% 100.2%
    2009 105 95.6% 98.0% 100.5%
    2010 132 96.8% 98.6% 100.8%
    2011 129 97.6% 99.2% 101.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Strontium, FIL, ICP-OES -
Lab: NWQL, PCode: 01080, MCode: PLA11
Dates: 10/04/96 through 09/29/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2011 plotvalue = 108% pctrecov = 108% Water Year = 2011 plotvalue = 96% pctrecov = 96% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2010 plotvalue = 91% pctrecov = 91% Water Year = 2008 plotvalue = 114% pctrecov = 114% Water Year = 2008 plotvalue = 130% pctrecov = 993% Water Year = 2006 plotvalue = 111% pctrecov = 111% Water Year = 2005 plotvalue = 75% pctrecov = 75% Water Year = 2004 plotvalue = 130% pctrecov = 730% Water Year = 2004 plotvalue = 93% pctrecov = 93% Water Year = 2004 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 114% pctrecov = 114% Water Year = 2003 plotvalue = 115% pctrecov = 115% Water Year = 2003 plotvalue = 91% pctrecov = 91% Water Year = 2002 plotvalue = 70% pctrecov = 2% Water Year = 2001 plotvalue = 114% pctrecov = 114% Water Year = 2001 plotvalue = 118% pctrecov = 118% Water Year = 2000 plotvalue = 107% pctrecov = 107% Water Year = 1999 plotvalue = 106% pctrecov = 106% Water Year = 1999 plotvalue = 84% pctrecov = 84% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1997 plotvalue = 92% pctrecov = 92% Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 91 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 42 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2008 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 40 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 47 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 35 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 36 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 60 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 93 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 96 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Water Year = 1997 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 117 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Strontium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Strontium, FIL, ICP-OES 01080PLA11 1997 117 101.1% 102.8% 104.7%
    1998 96 99.0% 100.9% 102.5%
    1999 93 97.3% 98.8% 100.2%
    2000 60 97.0% 99.2% 100.9%
    2001 60 97.5% 101.3% 103.5%
    2002 36 97.6% 99.8% 101.6%
    2003 35 100.0% 102.4% 105.0%
    2004 48 100.5% 102.2% 104.4%
    2005 47 97.5% 100.0% 103.0%
    2006 48 99.3% 101.6% 103.6%
    2007 46 98.6% 100.7% 103.4%
    2008 40 101.2% 104.4% 106.0%
    2010 42 98.1% 100.5% 102.3%
    2011 91 100.7% 101.9% 103.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Strontium, UNF, AA -
Lab: NWQL, PCode: 01082, MCode: AA070
Dates: 10/13/98 through 03/15/99
Open Data Set
Boxplot Description

Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Water Year = 1999 First Quartile = 87% Median = 94% Third Quartile = 101% Number of Observations = 6 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Strontium, UNF, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Strontium, UNF, AA 01082AA070 1999 6 86.8% 94.2% 100.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Strontium, UNF, ICP-OES -
Lab: NWQL, PCode: 01082, MCode: PLA15
Dates: 05/17/99 through 09/14/01
Open Data Set
Boxplot Description

Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Water Year = 1999 First Quartile = 95% Median = 96% Third Quartile = 97% Number of Observations = 5 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Strontium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Strontium, UNF, ICP-OES 01082PLA15 1999 5 95.2% 95.7% 97.5%
    2000 11 95.4% 99.1% 100.0%
    2001 12 92.5% 94.5% 96.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Thallium, FIL, GFAA, LL -
Lab: NWQL, PCode: 01057, MCode: GF083
Dates: 10/07/98 through 09/08/99
Open Data Set
Boxplot Description

Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 107% Number of Observations = 12 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Thallium, FIL, GFAA, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Thallium, FIL, GFAA, LL 01057GF083 1999 12 101.1% 102.3% 107.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Thallium, FIL, ICP-MS -
Lab: NWQL, PCode: 01057, MCode: PLM40
Dates: 10/23/01 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 82% pctrecov = 82% Water Year = 2011 plotvalue = 70% pctrecov = 1% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 87% pctrecov = 87% Water Year = 2010 plotvalue = 86% pctrecov = 86% Water Year = 2010 plotvalue = 86% pctrecov = 86% Water Year = 2010 plotvalue = 78% pctrecov = 78% Water Year = 2009 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 87% pctrecov = 87% Water Year = 2009 plotvalue = 70% pctrecov = 1% Water Year = 2009 plotvalue = 70% pctrecov = 2% Water Year = 2009 plotvalue = 70% pctrecov = 1% Water Year = 2008 plotvalue = 116% pctrecov = 116% Water Year = 2008 plotvalue = 71% pctrecov = 71% Water Year = 2008 plotvalue = 71% pctrecov = 71% Water Year = 2008 plotvalue = 70% pctrecov = 2% Water Year = 2008 plotvalue = 70% pctrecov = 1% Water Year = 2008 plotvalue = 70% pctrecov = 1% Water Year = 2008 plotvalue = 70% pctrecov = 1% Water Year = 2008 plotvalue = 70% pctrecov = 2% Water Year = 2007 plotvalue = 130% pctrecov = 139% Water Year = 2007 plotvalue = 130% pctrecov = 132% Water Year = 2007 plotvalue = 130% pctrecov = 150% Water Year = 2007 plotvalue = 130% pctrecov = 134% Water Year = 2007 plotvalue = 130% pctrecov = 141% Water Year = 2007 plotvalue = 130% pctrecov = 132% Water Year = 2007 plotvalue = 130% pctrecov = 142% Water Year = 2007 plotvalue = 130% pctrecov = 140% Water Year = 2007 plotvalue = 130% pctrecov = 147% Water Year = 2007 plotvalue = 130% pctrecov = 132% Water Year = 2007 plotvalue = 130% pctrecov = 139% Water Year = 2007 plotvalue = 130% pctrecov = 140% Water Year = 2006 plotvalue = 130% pctrecov = 155% Water Year = 2006 plotvalue = 130% pctrecov = 139% Water Year = 2006 plotvalue = 70% pctrecov = 3% Water Year = 2005 plotvalue = 113% pctrecov = 113% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 91% pctrecov = 91% Water Year = 2002 plotvalue = 108% pctrecov = 108% Water Year = 2002 plotvalue = 87% pctrecov = 87% Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2011 First Quartile = 91% Median = 94% Third Quartile = 97% Number of Observations = 127 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 132 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 105 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2007 First Quartile = 96% Median = 100% Third Quartile = 109% Number of Observations = 120 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2006 First Quartile = 94% Median = 101% Third Quartile = 107% Number of Observations = 135 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 102% Number of Observations = 95 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 72 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 40 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Thallium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Thallium, FIL, ICP-MS 01057PLM40 2002 40 96.8% 99.3% 101.0%
    2003 72 98.5% 100.5% 103.2%
    2004 144 97.3% 99.6% 101.2%
    2005 95 95.4% 99.6% 102.2%
    2006 135 94.3% 100.7% 106.6%
    2007 120 96.1% 99.9% 109.4%
    2008 128 92.5% 97.2% 101.3%
    2009 105 98.3% 101.3% 103.9%
    2010 132 95.2% 97.5% 100.5%
    2011 127 91.4% 94.4% 96.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Thallium, UNF, ICP-MS -
Lab: NWQL, PCode: 01059, MCode: PLM48
Dates: 11/15/07 through 08/30/11
Open Data Set
Boxplot Description

Water Year = 2009 plotvalue = 78% pctrecov = 78% Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2011 First Quartile = 81% Median = 85% Third Quartile = 90% Number of Observations = 43 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2010 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 48 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2009 First Quartile = 89% Median = 92% Third Quartile = 95% Number of Observations = 39 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Water Year = 2008 First Quartile = 76% Median = 86% Third Quartile = 90% Number of Observations = 47 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Thallium, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Thallium, UNF, ICP-MS 01059PLM48 2008 47 76.2% 85.7% 89.6%
    2009 39 88.9% 91.9% 95.5%
    2010 48 93.4% 96.4% 98.8%
    2011 43 80.8% 84.6% 90.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Uranium, FIL, ICP-MS -
Lab: NWQL, PCode: 22703, MCode: PLM43
Dates: 10/08/03 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 4480% Water Year = 2011 plotvalue = 70% pctrecov = 13% Water Year = 2010 plotvalue = 120% pctrecov = 120% Water Year = 2010 plotvalue = 87% pctrecov = 87% Water Year = 2009 plotvalue = 90% pctrecov = 90% Water Year = 2009 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 80% pctrecov = 80% Water Year = 2009 plotvalue = 70% pctrecov = 35% Water Year = 2008 plotvalue = 130% pctrecov = 140% Water Year = 2008 plotvalue = 70% pctrecov = 45% Water Year = 2008 plotvalue = 70% pctrecov = 3% Water Year = 2008 plotvalue = 70% pctrecov = 2% Water Year = 2007 plotvalue = 114% pctrecov = 114% Water Year = 2007 plotvalue = 81% pctrecov = 81% Water Year = 2007 plotvalue = 77% pctrecov = 77% Water Year = 2007 plotvalue = 73% pctrecov = 73% Water Year = 2007 plotvalue = 70% pctrecov = 11% Water Year = 2007 plotvalue = 70% pctrecov = 5% Water Year = 2006 plotvalue = 77% pctrecov = 77% Water Year = 2006 plotvalue = 76% pctrecov = 76% Water Year = 2006 plotvalue = 74% pctrecov = 74% Water Year = 2006 plotvalue = 74% pctrecov = 74% Water Year = 2006 plotvalue = 72% pctrecov = 72% Water Year = 2006 plotvalue = 70% pctrecov = 45% Water Year = 2006 plotvalue = 70% pctrecov = 66% Water Year = 2006 plotvalue = 70% pctrecov = 65% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 81% pctrecov = 81% Water Year = 2004 plotvalue = 80% pctrecov = 80% Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 105 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2008 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 128 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 122 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2006 First Quartile = 92% Median = 98% Third Quartile = 102% Number of Observations = 169 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 92% Median = 99% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 93% Median = 96% Third Quartile = 101% Number of Observations = 144 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Uranium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Uranium, FIL, ICP-MS 22703PLM43 2004 144 93.2% 96.3% 100.6%
    2005 131 91.6% 98.5% 102.5%
    2006 169 92.3% 97.7% 101.8%
    2007 122 94.5% 99.1% 101.5%
    2008 128 95.6% 99.0% 103.0%
    2009 105 99.2% 102.1% 103.6%
    2010 132 97.7% 100.4% 104.1%
    2011 129 91.6% 94.6% 98.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Uranium, UNF, ICP-MS -
Lab: NWQL, PCode: 28011, MCode: PLM48
Dates: 11/15/07 through 08/31/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 110% pctrecov = 110% Water Year = 2011 plotvalue = 113% pctrecov = 113% Water Year = 2011 plotvalue = 115% pctrecov = 115% Water Year = 2011 plotvalue = 87% pctrecov = 87% Water Year = 2011 plotvalue = 86% pctrecov = 86% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 112% pctrecov = 112% Water Year = 2010 plotvalue = 115% pctrecov = 115% Water Year = 2010 plotvalue = 95% pctrecov = 95% Water Year = 2010 plotvalue = 93% pctrecov = 93% Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 44 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2010 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 48 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2009 First Quartile = 108% Median = 110% Third Quartile = 114% Number of Observations = 39 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Water Year = 2008 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 47 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Uranium, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Uranium, UNF, ICP-MS 28011PLM48 2008 47 96.8% 101.3% 105.2%
    2009 39 107.5% 110.4% 114.3%
    2010 48 100.6% 102.3% 104.1%
    2011 44 99.3% 101.7% 103.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Vanadium, FIL, COL -
Lab: NWQL, PCode: 01085, MCode: CL067
Dates: 10/23/96 through 12/28/99
Open Data Set
Boxplot Description

Water Year = 1999 plotvalue = 130% pctrecov = 729% Water Year = 1997 plotvalue = 104% pctrecov = 104% Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 2000 First Quartile = 70% Median = 73% Third Quartile = 77% Number of Observations = 3 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1999 First Quartile = 70% Median = 70% Third Quartile = 70% Number of Observations = 12 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Water Year = 1997 First Quartile = 70% Median = 70% Third Quartile = 81% Number of Observations = 21 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Vanadium, FIL, COL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Vanadium, FIL, COL 01085CL067 1997 21 61.1% 64.9% 80.8%
    1999 12 35.6% 35.6% 35.6%
    2000 3 69.7% 73.0% 76.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Vanadium, FIL, ICP-MS -
Lab: NWQL, PCode: 01085, MCode: PLM40
Dates: 01/11/00 through 10/06/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 77% pctrecov = 77% Water Year = 2004 plotvalue = 114% pctrecov = 114% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 79% pctrecov = 79% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 87% pctrecov = 87% Water Year = 2003 plotvalue = 86% pctrecov = 86% Water Year = 2002 plotvalue = 84% pctrecov = 84% Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 125 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2002 First Quartile = 94% Median = 95% Third Quartile = 99% Number of Observations = 39 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2001 First Quartile = 70% Median = 97% Third Quartile = 103% Number of Observations = 48 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Water Year = 2000 First Quartile = 92% Median = 95% Third Quartile = 105% Number of Observations = 11 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Vanadium, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Vanadium, FIL, ICP-MS 01085PLM40 2000 11 91.7% 95.3% 105.0%
    2001 48 42.9% 96.7% 102.7%
    2002 39 93.6% 95.4% 98.8%
    2003 72 97.1% 99.5% 102.4%
    2004 144 97.8% 100.3% 102.4%
    2005 125 95.5% 99.9% 103.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Vanadium, FIL, ICP-OES -
Lab: NWQL, PCode: 01085, MCode: PLA11
Dates: 10/04/96 through 09/29/06
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 130% pctrecov = 130% Water Year = 2005 plotvalue = 130% pctrecov = 130% Water Year = 2005 plotvalue = 130% pctrecov = 153% Water Year = 2005 plotvalue = 88% pctrecov = 88% Water Year = 2005 plotvalue = 86% pctrecov = 86% Water Year = 2005 plotvalue = 86% pctrecov = 86% Water Year = 2005 plotvalue = 79% pctrecov = 79% Water Year = 2005 plotvalue = 70% pctrecov = 68% Water Year = 2004 plotvalue = 130% pctrecov = 130% Water Year = 2001 plotvalue = 130% pctrecov = 134% Water Year = 2001 plotvalue = 130% pctrecov = 142% Water Year = 2001 plotvalue = 70% pctrecov = 62% Water Year = 2000 plotvalue = 130% pctrecov = 166% Water Year = 2000 plotvalue = 70% pctrecov = 67% Water Year = 1999 plotvalue = 122% pctrecov = 122% Water Year = 1999 plotvalue = 130% pctrecov = 133% Water Year = 1999 plotvalue = 74% pctrecov = 74% Water Year = 1999 plotvalue = 70% pctrecov = 54% Water Year = 1999 plotvalue = 70% pctrecov = 70% Water Year = 1998 plotvalue = 126% pctrecov = 126% Water Year = 1998 plotvalue = 128% pctrecov = 128% Water Year = 1998 plotvalue = 130% pctrecov = 131% Water Year = 1998 plotvalue = 78% pctrecov = 78% Water Year = 1998 plotvalue = 73% pctrecov = 73% Water Year = 1998 plotvalue = 70% pctrecov = 51% Water Year = 1998 plotvalue = 70% pctrecov = 51% Water Year = 1997 plotvalue = 115% pctrecov = 115% Water Year = 1997 plotvalue = 116% pctrecov = 116% Water Year = 1997 plotvalue = 119% pctrecov = 119% Water Year = 1997 plotvalue = 120% pctrecov = 120% Water Year = 1997 plotvalue = 130% pctrecov = 138% Water Year = 1997 plotvalue = 130% pctrecov = 131% Water Year = 1997 plotvalue = 130% pctrecov = 131% Water Year = 1997 plotvalue = 130% pctrecov = 131% Water Year = 1997 plotvalue = 87% pctrecov = 87% Water Year = 1997 plotvalue = 85% pctrecov = 85% Water Year = 1997 plotvalue = 77% pctrecov = 77% Water Year = 1997 plotvalue = 70% pctrecov = 51% Water Year = 1997 plotvalue = 70% pctrecov = 66% Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2006 First Quartile = 100% Median = 105% Third Quartile = 114% Number of Observations = 19 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2005 First Quartile = 101% Median = 106% Third Quartile = 109% Number of Observations = 46 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 17 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2003 First Quartile = 87% Median = 99% Third Quartile = 106% Number of Observations = 23 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 87% Median = 97% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2001 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 37 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 2000 First Quartile = 90% Median = 97% Third Quartile = 101% Number of Observations = 36 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1999 First Quartile = 93% Median = 99% Third Quartile = 103% Number of Observations = 69 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1998 First Quartile = 96% Median = 101% Third Quartile = 107% Number of Observations = 51 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 105% Number of Observations = 96 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Vanadium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Vanadium, FIL, ICP-OES 01085PLA11 1997 96 98.2% 98.8% 104.8%
    1998 51 95.9% 101.2% 107.3%
    1999 69 93.4% 99.1% 102.7%
    2000 36 89.7% 96.6% 101.0%
    2001 37 92.6% 98.7% 104.2%
    2002 12 86.6% 97.1% 104.0%
    2003 23 86.6% 99.4% 106.1%
    2004 17 99.6% 102.6% 103.6%
    2005 46 100.9% 106.2% 109.0%
    2006 19 99.6% 105.3% 114.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Vanadium, FIL, cICP-MS -
Lab: NWQL, PCode: 01085, MCode: PLM10
Dates: 11/15/05 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 130% pctrecov = 1564% Water Year = 2010 plotvalue = 84% pctrecov = 84% Water Year = 2009 plotvalue = 128% pctrecov = 128% Water Year = 2009 plotvalue = 130% pctrecov = 140% Water Year = 2009 plotvalue = 70% pctrecov = 14% Water Year = 2008 plotvalue = 130% pctrecov = 231% Water Year = 2008 plotvalue = 75% pctrecov = 75% Water Year = 2008 plotvalue = 70% pctrecov = 3% Water Year = 2008 plotvalue = 70% pctrecov = 20% Water Year = 2008 plotvalue = 70% pctrecov = 5% Water Year = 2007 plotvalue = 78% pctrecov = 78% Water Year = 2006 plotvalue = 107% pctrecov = 107% Water Year = 2006 plotvalue = 107% pctrecov = 107% Water Year = 2006 plotvalue = 130% pctrecov = 216% Water Year = 2006 plotvalue = 86% pctrecov = 86% Water Year = 2006 plotvalue = 82% pctrecov = 82% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2011 First Quartile = 92% Median = 95% Third Quartile = 98% Number of Observations = 129 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2010 First Quartile = 104% Median = 109% Third Quartile = 117% Number of Observations = 132 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 102% Median = 107% Third Quartile = 112% Number of Observations = 105 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2008 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 128 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2007 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 122 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 123 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 6 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Vanadium, FIL, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Vanadium, FIL, cICP-MS 01085PLM10 2005 6 97.9% 99.1% 100.7%
    2006 123 94.0% 95.9% 98.9%
    2007 122 93.9% 97.3% 100.3%
    2008 128 94.3% 97.2% 100.5%
    2009 105 102.1% 107.0% 111.7%
    2010 132 104.0% 108.6% 117.2%
    2011 129 91.6% 95.0% 97.7%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Vanadium, UNF, ICP-OES -
Lab: NWQL, PCode: 01087, MCode: PLA15
Dates: 11/21/08 through 11/12/09
Open Data Set
Boxplot Description

Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Water Year = 2009 First Quartile = 102% Median = 116% Third Quartile = 130% Number of Observations = 32 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Vanadium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Vanadium, UNF, ICP-OES 01087PLA15 2009 32 102.0% 116.2% 143.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Zinc, FIL, ICP-MS -
Lab: NWQL, PCode: 01090, MCode: PLM43
Dates: 10/04/96 through 07/19/06
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 123% pctrecov = 123% Water Year = 2005 plotvalue = 126% pctrecov = 126% Water Year = 2005 plotvalue = 126% pctrecov = 126% Water Year = 2005 plotvalue = 128% pctrecov = 128% Water Year = 2005 plotvalue = 128% pctrecov = 128% Water Year = 2005 plotvalue = 129% pctrecov = 129% Water Year = 2005 plotvalue = 129% pctrecov = 129% Water Year = 2005 plotvalue = 129% pctrecov = 129% Water Year = 2005 plotvalue = 129% pctrecov = 129% Water Year = 2005 plotvalue = 130% pctrecov = 143% Water Year = 2005 plotvalue = 130% pctrecov = 134% Water Year = 2005 plotvalue = 130% pctrecov = 132% Water Year = 2005 plotvalue = 130% pctrecov = 138% Water Year = 2005 plotvalue = 130% pctrecov = 134% Water Year = 2005 plotvalue = 130% pctrecov = 134% Water Year = 2005 plotvalue = 130% pctrecov = 135% Water Year = 2005 plotvalue = 130% pctrecov = 142% Water Year = 2005 plotvalue = 130% pctrecov = 135% Water Year = 2005 plotvalue = 130% pctrecov = 131% Water Year = 2005 plotvalue = 130% pctrecov = 135% Water Year = 2005 plotvalue = 130% pctrecov = 132% Water Year = 2004 plotvalue = 129% pctrecov = 129% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 89% pctrecov = 89% Water Year = 2004 plotvalue = 81% pctrecov = 81% Water Year = 2004 plotvalue = 74% pctrecov = 74% Water Year = 2003 plotvalue = 121% pctrecov = 121% Water Year = 2003 plotvalue = 121% pctrecov = 121% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 117% pctrecov = 117% Water Year = 2003 plotvalue = 116% pctrecov = 116% Water Year = 2003 plotvalue = 116% pctrecov = 116% Water Year = 2003 plotvalue = 116% pctrecov = 116% Water Year = 2003 plotvalue = 115% pctrecov = 115% Water Year = 2003 plotvalue = 114% pctrecov = 114% Water Year = 2003 plotvalue = 113% pctrecov = 113% Water Year = 2003 plotvalue = 113% pctrecov = 113% Water Year = 2003 plotvalue = 113% pctrecov = 113% Water Year = 2003 plotvalue = 113% pctrecov = 113% Water Year = 2003 plotvalue = 113% pctrecov = 113% Water Year = 2003 plotvalue = 112% pctrecov = 112% Water Year = 2003 plotvalue = 111% pctrecov = 111% Water Year = 2003 plotvalue = 109% pctrecov = 109% Water Year = 2003 plotvalue = 104% pctrecov = 104% Water Year = 2003 plotvalue = 103% pctrecov = 103% Water Year = 2003 plotvalue = 102% pctrecov = 102% Water Year = 2003 plotvalue = 100% pctrecov = 100% Water Year = 2000 plotvalue = 126% pctrecov = 126% Water Year = 2000 plotvalue = 128% pctrecov = 128% Water Year = 2000 plotvalue = 130% pctrecov = 142% Water Year = 2000 plotvalue = 130% pctrecov = 135% Water Year = 2000 plotvalue = 130% pctrecov = 134% Water Year = 2000 plotvalue = 130% pctrecov = 138% Water Year = 2000 plotvalue = 130% pctrecov = 132% Water Year = 2000 plotvalue = 130% pctrecov = 133% Water Year = 2000 plotvalue = 130% pctrecov = 140% Water Year = 2000 plotvalue = 130% pctrecov = 132% Water Year = 2000 plotvalue = 130% pctrecov = 132% Water Year = 2000 plotvalue = 130% pctrecov = 131% Water Year = 2000 plotvalue = 130% pctrecov = 144% Water Year = 2000 plotvalue = 130% pctrecov = 135% Water Year = 2000 plotvalue = 130% pctrecov = 132% Water Year = 2000 plotvalue = 130% pctrecov = 139% Water Year = 1999 plotvalue = 127% pctrecov = 127% Water Year = 1999 plotvalue = 130% pctrecov = 131% Water Year = 1999 plotvalue = 99% pctrecov = 99% Water Year = 1999 plotvalue = 98% pctrecov = 98% Water Year = 1999 plotvalue = 98% pctrecov = 98% Water Year = 1999 plotvalue = 96% pctrecov = 96% Water Year = 1999 plotvalue = 96% pctrecov = 96% Water Year = 1999 plotvalue = 96% pctrecov = 96% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 94% pctrecov = 94% Water Year = 1999 plotvalue = 94% pctrecov = 94% Water Year = 1999 plotvalue = 94% pctrecov = 94% Water Year = 1999 plotvalue = 94% pctrecov = 94% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1998 plotvalue = 129% pctrecov = 129% Water Year = 1998 plotvalue = 130% pctrecov = 146% Water Year = 1998 plotvalue = 130% pctrecov = 130% Water Year = 1998 plotvalue = 100% pctrecov = 100% Water Year = 1998 plotvalue = 100% pctrecov = 100% Water Year = 1998 plotvalue = 94% pctrecov = 94% Water Year = 1997 plotvalue = 110% pctrecov = 110% Water Year = 1997 plotvalue = 110% pctrecov = 110% Water Year = 1997 plotvalue = 110% pctrecov = 110% Water Year = 1997 plotvalue = 123% pctrecov = 123% Water Year = 1997 plotvalue = 130% pctrecov = 139% Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2006 First Quartile = 96% Median = 101% Third Quartile = 105% Number of Observations = 75 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2005 First Quartile = 94% Median = 101% Third Quartile = 105% Number of Observations = 126 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2004 First Quartile = 104% Median = 108% Third Quartile = 114% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2003 First Quartile = 126% Median = 130% Third Quartile = 130% Number of Observations = 144 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2002 First Quartile = 104% Median = 114% Third Quartile = 121% Number of Observations = 72 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2001 First Quartile = 104% Median = 111% Third Quartile = 126% Number of Observations = 71 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 2000 First Quartile = 96% Median = 99% Third Quartile = 108% Number of Observations = 72 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1999 First Quartile = 109% Median = 112% Third Quartile = 115% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1998 First Quartile = 111% Median = 115% Third Quartile = 119% Number of Observations = 96 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Zinc, FIL, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Zinc, FIL, ICP-MS 01090PLM43 1997 48 96.2% 98.7% 100.8%
    1998 96 111.3% 115.2% 118.5%
    1999 96 109.0% 111.8% 115.2%
    2000 72 96.3% 99.5% 107.7%
    2001 71 103.9% 111.2% 126.1%
    2002 72 103.7% 114.1% 120.6%
    2003 144 126.5% 134.5% 149.4%
    2004 144 104.5% 108.2% 113.8%
    2005 126 94.0% 101.1% 105.5%
    2006 75 96.3% 101.1% 105.5%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Zinc, FIL, ICP-OES -
Lab: NWQL, PCode: 01090, MCode: PLA11
Dates: 10/04/96 through 09/29/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 129% pctrecov = 129% Water Year = 2005 plotvalue = 130% pctrecov = 164% Water Year = 2005 plotvalue = 130% pctrecov = 179% Water Year = 2005 plotvalue = 130% pctrecov = 1247% Water Year = 2005 plotvalue = 130% pctrecov = 141% Water Year = 2005 plotvalue = 130% pctrecov = 157% Water Year = 2005 plotvalue = 130% pctrecov = 151% Water Year = 2005 plotvalue = 130% pctrecov = 163% Water Year = 2004 plotvalue = 101% pctrecov = 101% Water Year = 2004 plotvalue = 94% pctrecov = 94% Water Year = 2004 plotvalue = 81% pctrecov = 81% Water Year = 2004 plotvalue = 70% pctrecov = 39% Water Year = 2004 plotvalue = 70% pctrecov = 59% Water Year = 2004 plotvalue = 70% pctrecov = 64% Water Year = 2000 plotvalue = 71% pctrecov = 71% Water Year = 1999 plotvalue = 70% pctrecov = 70% Water Year = 1999 plotvalue = 70% pctrecov = 66% Water Year = 1999 plotvalue = 70% pctrecov = 66% Water Year = 1999 plotvalue = 70% pctrecov = 67% Water Year = 1997 plotvalue = 70% pctrecov = 43% Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2005 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 47 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 123% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2003 First Quartile = 112% Median = 126% Third Quartile = 130% Number of Observations = 22 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2002 First Quartile = 112% Median = 122% Third Quartile = 130% Number of Observations = 35 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2001 First Quartile = 108% Median = 118% Third Quartile = 130% Number of Observations = 59 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 2000 First Quartile = 101% Median = 108% Third Quartile = 115% Number of Observations = 49 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1999 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 63 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1998 First Quartile = 98% Median = 111% Third Quartile = 130% Number of Observations = 52 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Water Year = 1997 First Quartile = 97% Median = 105% Third Quartile = 111% Number of Observations = 117 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Zinc, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Zinc, FIL, ICP-OES 01090PLA11 1997 117 97.2% 104.6% 110.5%
    1998 52 97.8% 111.0% 131.3%
    1999 63 107.8% 138.5% 166.0%
    2000 49 100.7% 107.8% 115.2%
    2001 59 108.2% 118.1% 131.8%
    2002 35 111.6% 121.9% 148.0%
    2003 22 112.1% 127.0% 139.7%
    2004 48 123.3% 143.6% 151.3%
    2005 47 104.8% 108.5% 113.0%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Zinc, FIL, cICP-MS -
Lab: NWQL, PCode: 01090, MCode: PLM10
Dates: 11/15/05 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 121% pctrecov = 121% Water Year = 2011 plotvalue = 86% pctrecov = 86% Water Year = 2011 plotvalue = 70% pctrecov = 4% Water Year = 2011 plotvalue = 70% pctrecov = 7% Water Year = 2010 plotvalue = 124% pctrecov = 124% Water Year = 2010 plotvalue = 130% pctrecov = 131% Water Year = 2010 plotvalue = 70% pctrecov = 39% Water Year = 2009 plotvalue = 125% pctrecov = 125% Water Year = 2009 plotvalue = 125% pctrecov = 125% Water Year = 2009 plotvalue = 130% pctrecov = 147% Water Year = 2009 plotvalue = 70% pctrecov = 52% Water Year = 2009 plotvalue = 70% pctrecov = 34% Water Year = 2009 plotvalue = 70% pctrecov = 20% Water Year = 2008 plotvalue = 70% pctrecov = 20% Water Year = 2008 plotvalue = 70% pctrecov = 40% Water Year = 2008 plotvalue = 70% pctrecov = 20% Water Year = 2008 plotvalue = 70% pctrecov = 4% Water Year = 2008 plotvalue = 70% pctrecov = 23% Water Year = 2007 plotvalue = 70% pctrecov = 7% Water Year = 2007 plotvalue = 70% pctrecov = 3% Water Year = 2006 plotvalue = 120% pctrecov = 120% Water Year = 2005 plotvalue = 115% pctrecov = 115% Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 108% Number of Observations = 125 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2010 First Quartile = 97% Median = 103% Third Quartile = 107% Number of Observations = 132 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2009 First Quartile = 104% Median = 109% Third Quartile = 112% Number of Observations = 105 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2008 First Quartile = 105% Median = 110% Third Quartile = 119% Number of Observations = 128 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2007 First Quartile = 107% Median = 112% Third Quartile = 118% Number of Observations = 122 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Water Year = 2005 First Quartile = 91% Median = 92% Third Quartile = 96% Number of Observations = 5 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Zinc, FIL, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Zinc, FIL, cICP-MS 01090PLM10 2005 5 90.7% 92.1% 96.1%
    2006 48 95.2% 98.4% 101.0%
    2007 122 106.6% 111.6% 118.3%
    2008 128 105.3% 109.6% 118.8%
    2009 105 103.9% 108.5% 111.6%
    2010 132 96.8% 103.1% 106.8%
    2011 125 101.0% 104.5% 107.6%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Zinc, UNF, AA -
Lab: NWQL, PCode: 01092, MCode: AA071
Dates: 10/04/96 through 03/12/99
Open Data Set
Boxplot Description

Water Year = 1997 plotvalue = 115% pctrecov = 115% Water Year = 1997 plotvalue = 115% pctrecov = 115% Water Year = 1997 plotvalue = 115% pctrecov = 115% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 1997 plotvalue = 118% pctrecov = 118% Water Year = 1997 plotvalue = 130% pctrecov = 130% Water Year = 1997 plotvalue = 86% pctrecov = 86% Water Year = 1997 plotvalue = 82% pctrecov = 82% Water Year = 1997 plotvalue = 82% pctrecov = 82% Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1999 First Quartile = 108% Median = 109% Third Quartile = 123% Number of Observations = 15 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1998 First Quartile = 101% Median = 113% Third Quartile = 123% Number of Observations = 72 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Water Year = 1997 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 93 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Zinc, UNF, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Zinc, UNF, AA 01092AA071 1997 93 96.7% 101.4% 103.2%
    1998 72 101.0% 113.1% 122.5%
    1999 15 107.7% 109.1% 123.1%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Zinc, UNF, ICP-MS -
Lab: NWQL, PCode: 01092, MCode: PLM48
Dates: 10/15/01 through 04/23/07
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 111% pctrecov = 111% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 70% pctrecov = 1% Water Year = 2005 plotvalue = 113% pctrecov = 113% Water Year = 2005 plotvalue = 115% pctrecov = 115% Water Year = 2005 plotvalue = 116% pctrecov = 116% Water Year = 2005 plotvalue = 120% pctrecov = 120% Water Year = 2005 plotvalue = 123% pctrecov = 123% Water Year = 2005 plotvalue = 126% pctrecov = 126% Water Year = 2005 plotvalue = 128% pctrecov = 128% Water Year = 2005 plotvalue = 130% pctrecov = 130% Water Year = 2005 plotvalue = 130% pctrecov = 141% Water Year = 2005 plotvalue = 130% pctrecov = 136% Water Year = 2005 plotvalue = 130% pctrecov = 141% Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2007 First Quartile = 98% Median = 107% Third Quartile = 111% Number of Observations = 20 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2006 First Quartile = 90% Median = 94% Third Quartile = 98% Number of Observations = 123 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2005 First Quartile = 90% Median = 93% Third Quartile = 99% Number of Observations = 95 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2004 First Quartile = 97% Median = 111% Third Quartile = 122% Number of Observations = 24 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Water Year = 2002 First Quartile = 112% Median = 123% Third Quartile = 130% Number of Observations = 23 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Zinc, UNF, ICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Zinc, UNF, ICP-MS 01092PLM48 2002 23 111.5% 123.0% 142.6%
    2003 48 108.1% 147.0% 151.5%
    2004 24 97.2% 110.8% 121.9%
    2005 95 90.4% 93.4% 98.8%
    2006 123 90.1% 93.9% 98.3%
    2007 20 98.4% 106.6% 110.9%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Zinc, UNF, ICP-OES -
Lab: NWQL, PCode: 01092, MCode: PLA15
Dates: 04/05/99 through 10/23/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2005 plotvalue = 130% pctrecov = 246% Water Year = 2005 plotvalue = 130% pctrecov = 168% Water Year = 2005 plotvalue = 130% pctrecov = 150% Water Year = 2005 plotvalue = 130% pctrecov = 180% Water Year = 2005 plotvalue = 130% pctrecov = 197% Water Year = 2005 plotvalue = 130% pctrecov = 165% Water Year = 2005 plotvalue = 130% pctrecov = 199% Water Year = 2005 plotvalue = 130% pctrecov = 176% Water Year = 2005 plotvalue = 70% pctrecov = 30% Water Year = 2005 plotvalue = 70% pctrecov = 17% Water Year = 2004 plotvalue = 116% pctrecov = 116% Water Year = 2004 plotvalue = 115% pctrecov = 115% Water Year = 2004 plotvalue = 114% pctrecov = 114% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 111% pctrecov = 111% Water Year = 2004 plotvalue = 102% pctrecov = 102% Water Year = 2002 plotvalue = 105% pctrecov = 105% Water Year = 2002 plotvalue = 103% pctrecov = 103% Water Year = 2002 plotvalue = 102% pctrecov = 102% Water Year = 2002 plotvalue = 93% pctrecov = 93% Water Year = 2002 plotvalue = 93% pctrecov = 93% Water Year = 2002 plotvalue = 93% pctrecov = 93% Water Year = 2002 plotvalue = 88% pctrecov = 88% Water Year = 2002 plotvalue = 77% pctrecov = 77% Water Year = 2002 plotvalue = 71% pctrecov = 71% Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2006 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 20 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2005 First Quartile = 98% Median = 103% Third Quartile = 107% Number of Observations = 35 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2004 First Quartile = 124% Median = 130% Third Quartile = 130% Number of Observations = 48 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2003 First Quartile = 108% Median = 127% Third Quartile = 130% Number of Observations = 18 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2002 First Quartile = 122% Median = 130% Third Quartile = 130% Number of Observations = 52 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2001 First Quartile = 99% Median = 112% Third Quartile = 130% Number of Observations = 49 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 2000 First Quartile = 100% Median = 124% Third Quartile = 130% Number of Observations = 50 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Water Year = 1999 First Quartile = 130% Median = 130% Third Quartile = 130% Number of Observations = 5 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Zinc, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Zinc, UNF, ICP-OES 01092PLA15 1999 5 141.6% 211.0% 238.8%
    2000 50 99.9% 123.7% 162.0%
    2001 49 98.9% 112.5% 138.8%
    2002 52 121.6% 142.3% 183.0%
    2003 18 108.3% 129.2% 161.8%
    2004 48 124.3% 138.1% 155.2%
    2005 35 98.0% 102.5% 107.3%
    2006 20 98.3% 102.2% 105.4%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018


- Zinc, UNF, cICP-MS -
Lab: NWQL, PCode: 01092, MCode: PLM11
Dates: 01/20/07 through 09/01/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 102% pctrecov = 102% Water Year = 2011 plotvalue = 85% pctrecov = 85% Water Year = 2010 plotvalue = 106% pctrecov = 106% Water Year = 2010 plotvalue = 108% pctrecov = 108% Water Year = 2010 plotvalue = 114% pctrecov = 114% Water Year = 2010 plotvalue = 122% pctrecov = 122% Water Year = 2010 plotvalue = 130% pctrecov = 135% Water Year = 2009 plotvalue = 119% pctrecov = 119% Water Year = 2009 plotvalue = 119% pctrecov = 119% Water Year = 2008 plotvalue = 126% pctrecov = 126% Water Year = 2008 plotvalue = 130% pctrecov = 132% Water Year = 2008 plotvalue = 70% pctrecov = 11% Water Year = 2007 plotvalue = 122% pctrecov = 122% Water Year = 2007 plotvalue = 70% pctrecov = 2% Water Year = 2007 plotvalue = 70% pctrecov = 43% Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2011 First Quartile = 91% Median = 93% Third Quartile = 95% Number of Observations = 115 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 96% Number of Observations = 131 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 103 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2008 First Quartile = 99% Median = 103% Third Quartile = 110% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Water Year = 2007 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 103 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Zinc, UNF, cICP-MS

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Zinc, UNF, cICP-MS 01092PLM11 2007 103 97.6% 100.7% 106.5%
    2008 133 99.3% 102.7% 109.8%
    2009 103 97.3% 100.1% 103.7%
    2010 131 89.8% 92.2% 96.1%
    2011 115 91.4% 93.2% 95.2%

Hover over boxplot or outliers for additional information
Chart generated 03/09/2018