- Ammonia (NH3 as N), FIL, COL -
Lab: NWQL, PCode: 00608, MCode: CL037
Analysis Dates: 10/10/01 through 06/13/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 111% pctrecov = 111% Water Year = 2006 plotvalue = 89% pctrecov = 89% Water Year = 2006 plotvalue = 77% pctrecov = 77% Water Year = 2005 plotvalue = 70% pctrecov = 10% Water Year = 2004 plotvalue = 111% pctrecov = 111% Water Year = 2004 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 86% pctrecov = 86% Water Year = 2004 plotvalue = 84% pctrecov = 84% Water Year = 2004 plotvalue = 70% pctrecov = 70% Water Year = 2004 plotvalue = 70% pctrecov = 62% Water Year = 2004 plotvalue = 70% pctrecov = 66% Water Year = 2003 plotvalue = 114% pctrecov = 114% Water Year = 2003 plotvalue = 117% pctrecov = 117% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 119% pctrecov = 119% Water Year = 2003 plotvalue = 122% pctrecov = 122% Water Year = 2003 plotvalue = 127% pctrecov = 127% Water Year = 2003 plotvalue = 82% pctrecov = 82% Water Year = 2003 plotvalue = 81% pctrecov = 81% Water Year = 2003 plotvalue = 79% pctrecov = 79% Water Year = 2003 plotvalue = 79% pctrecov = 79% Water Year = 2003 plotvalue = 79% pctrecov = 79% Water Year = 2003 plotvalue = 77% pctrecov = 77% Water Year = 2003 plotvalue = 70% pctrecov = 10% Water Year = 2003 plotvalue = 70% pctrecov = 60% Water Year = 2003 plotvalue = 70% pctrecov = 5% Water Year = 2003 plotvalue = 70% pctrecov = 35% Water Year = 2002 plotvalue = 113% pctrecov = 113% Water Year = 2002 plotvalue = 113% pctrecov = 113% Water Year = 2002 plotvalue = 113% pctrecov = 113% Water Year = 2002 plotvalue = 114% pctrecov = 114% Water Year = 2002 plotvalue = 121% pctrecov = 121% Water Year = 2002 plotvalue = 125% pctrecov = 125% Water Year = 2002 plotvalue = 82% pctrecov = 82% Water Year = 2002 plotvalue = 79% pctrecov = 79% Water Year = 2002 plotvalue = 79% pctrecov = 79% Water Year = 2002 plotvalue = 78% pctrecov = 78% Water Year = 2002 plotvalue = 78% pctrecov = 78% Water Year = 2002 plotvalue = 78% pctrecov = 78% Water Year = 2002 plotvalue = 75% pctrecov = 75% Water Year = 2002 plotvalue = 73% pctrecov = 73% Water Year = 2002 plotvalue = 72% pctrecov = 72% Water Year = 2002 plotvalue = 70% pctrecov = 43% Water Year = 2002 plotvalue = 70% pctrecov = 62% Water Year = 2002 plotvalue = 70% pctrecov = 68% Water Year = 2002 plotvalue = 70% pctrecov = 70% Water Year = 2002 plotvalue = 70% pctrecov = 46% Water Year = 2002 plotvalue = 70% pctrecov = 66% Water Year = 2002 plotvalue = 70% pctrecov = 63% Water Year = 2002 plotvalue = 70% pctrecov = 56% Water Year = 2002 plotvalue = 70% pctrecov = 65% Water Year = 2002 plotvalue = 70% pctrecov = 67% Water Year = 2002 plotvalue = 70% pctrecov = 44% Water Year = 2002 plotvalue = 70% pctrecov = 68% Water Year = 2002 plotvalue = 70% pctrecov = 57% Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 86 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2005 First Quartile = 94% Median = 99% Third Quartile = 102% Number of Observations = 108 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 137 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 219 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 234 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Ammonia (NH3 as N), FIL, COL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Ammonia (NH3 as N), FIL, COL 00608CL037 2002 234 93.7% 98.3% 101.2%
    2003 219 95.2% 98.7% 102.7%
    2004 137 96.7% 99.9% 102.4%
    2005 108 93.8% 98.8% 102.0%
    2006 86 96.1% 98.5% 100.5%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Ammonia (NH3 as N), FIL, COL, LL -
Lab: NWQL, PCode: 00608, MCode: CL039
Analysis Dates: 10/10/01 through 06/02/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 91% pctrecov = 91% Water Year = 2006 plotvalue = 91% pctrecov = 91% Water Year = 2006 plotvalue = 91% pctrecov = 91% Water Year = 2006 plotvalue = 89% pctrecov = 89% Water Year = 2006 plotvalue = 87% pctrecov = 87% Water Year = 2006 plotvalue = 84% pctrecov = 84% Water Year = 2006 plotvalue = 78% pctrecov = 78% Water Year = 2006 plotvalue = 78% pctrecov = 78% Water Year = 2006 plotvalue = 77% pctrecov = 77% Water Year = 2006 plotvalue = 77% pctrecov = 77% Water Year = 2005 plotvalue = 130% pctrecov = 225% Water Year = 2005 plotvalue = 91% pctrecov = 91% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 78% pctrecov = 78% Water Year = 2005 plotvalue = 70% pctrecov = 70% Water Year = 2004 plotvalue = 114% pctrecov = 114% Water Year = 2004 plotvalue = 130% pctrecov = 355% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 86% pctrecov = 86% Water Year = 2004 plotvalue = 77% pctrecov = 77% Water Year = 2004 plotvalue = 70% pctrecov = 69% Water Year = 2003 plotvalue = 83% pctrecov = 83% Water Year = 2003 plotvalue = 73% pctrecov = 73% Water Year = 2003 plotvalue = 70% pctrecov = 2% Water Year = 2002 plotvalue = 105% pctrecov = 105% Water Year = 2002 plotvalue = 90% pctrecov = 90% Water Year = 2002 plotvalue = 70% pctrecov = 52% Water Year = 2002 plotvalue = 70% pctrecov = 65% Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2006 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 84 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2004 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 138 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 110 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Water Year = 2002 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 90 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Ammonia (NH3 as N), FIL, COL, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Ammonia (NH3 as N), FIL, COL, LL 00608CL039 2002 90 96.1% 96.9% 99.2%
    2003 110 100.0% 102.7% 105.5%
    2004 138 97.0% 100.0% 102.2%
    2005 108 97.5% 99.3% 101.3%
    2006 84 98.3% 100.8% 102.3%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Ammonia (NH3 as N), FIL, DA -
Lab: NWQL, PCode: 00608, MCode: SHC02
Analysis Dates: 06/13/06 through 09/27/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 92% pctrecov = 92% Water Year = 2016 plotvalue = 91% pctrecov = 91% Water Year = 2016 plotvalue = 70% pctrecov = 13% Water Year = 2016 plotvalue = 70% pctrecov = 44% Water Year = 2015 plotvalue = 90% pctrecov = 90% Water Year = 2015 plotvalue = 70% pctrecov = 0% Water Year = 2014 plotvalue = 87% pctrecov = 87% Water Year = 2014 plotvalue = 82% pctrecov = 82% Water Year = 2014 plotvalue = 70% pctrecov = 2% Water Year = 2013 plotvalue = 108% pctrecov = 108% Water Year = 2013 plotvalue = 88% pctrecov = 88% Water Year = 2013 plotvalue = 70% pctrecov = 17% Water Year = 2012 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 113% pctrecov = 113% Water Year = 2010 plotvalue = 70% pctrecov = 46% Water Year = 2010 plotvalue = 70% pctrecov = 28% Water Year = 2010 plotvalue = 70% pctrecov = 10% Water Year = 2009 plotvalue = 111% pctrecov = 111% Water Year = 2009 plotvalue = 113% pctrecov = 113% Water Year = 2009 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 70% pctrecov = 68% Water Year = 2008 plotvalue = 70% pctrecov = 66% Water Year = 2007 plotvalue = 108% pctrecov = 108% Water Year = 2007 plotvalue = 109% pctrecov = 109% Water Year = 2007 plotvalue = 112% pctrecov = 112% Water Year = 2007 plotvalue = 90% pctrecov = 90% Water Year = 2007 plotvalue = 90% pctrecov = 90% Water Year = 2007 plotvalue = 90% pctrecov = 90% Water Year = 2007 plotvalue = 89% pctrecov = 89% Water Year = 2007 plotvalue = 70% pctrecov = 2% Water Year = 2007 plotvalue = 70% pctrecov = 2% Water Year = 2006 plotvalue = 109% pctrecov = 109% Water Year = 2006 plotvalue = 109% pctrecov = 109% Water Year = 2006 plotvalue = 89% pctrecov = 89% Water Year = 2006 plotvalue = 87% pctrecov = 87% Water Year = 2006 plotvalue = 86% pctrecov = 86% Water Year = 2006 plotvalue = 85% pctrecov = 85% Water Year = 2006 plotvalue = 85% pctrecov = 85% Water Year = 2006 plotvalue = 84% pctrecov = 84% Water Year = 2006 plotvalue = 83% pctrecov = 83% Water Year = 2006 plotvalue = 82% pctrecov = 82% Water Year = 2006 plotvalue = 80% pctrecov = 80% Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 94 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 78 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 140 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 138 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 108 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2007 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 106 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 97 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Ammonia (NH3 as N), FIL, DA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Ammonia (NH3 as N), FIL, DA 00608SHC02 2006 97 96.1% 98.0% 100.3%
    2007 106 96.5% 98.7% 100.6%
    2008 108 95.7% 97.9% 101.5%
    2009 125 96.8% 99.6% 101.3%
    2010 144 97.6% 99.7% 101.8%
    2011 138 97.1% 99.7% 103.6%
    2012 140 96.3% 98.2% 100.6%
    2013 108 96.6% 99.0% 101.3%
    2014 78 96.0% 98.1% 101.4%
    2015 96 96.5% 98.8% 100.9%
    2016 94 97.7% 99.5% 101.4%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Ammonia (NH3 as N), FIL, EPA -
Lab: NWQL, PCode: 00608, MCode: CL036
Analysis Dates: 10/26/01 through 10/02/02
Open Data Set
Boxplot Description

Water Year = 2002 plotvalue = 70% pctrecov = 63% Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 105% Number of Observations = 12 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Ammonia (NH3 as N), FIL, EPA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Ammonia (NH3 as N), FIL, EPA 00608CL036 2002 12 98.1% 100.0% 104.9%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Ammonia (NH3 as N), UNF, CFA, Acidified -
Lab: NWQL, PCode: 00610, MCode: CL017
Analysis Dates: 10/08/04 through 09/02/16
Open Data Set
Boxplot Description

Water Year = 2015 plotvalue = 118% pctrecov = 118% Water Year = 2015 plotvalue = 87% pctrecov = 87% Water Year = 2014 plotvalue = 92% pctrecov = 92% Water Year = 2013 plotvalue = 96% pctrecov = 96% Water Year = 2012 plotvalue = 70% pctrecov = 2% Water Year = 2012 plotvalue = 70% pctrecov = 10% Water Year = 2011 plotvalue = 70% pctrecov = 6% Water Year = 2010 plotvalue = 94% pctrecov = 94% Water Year = 2010 plotvalue = 88% pctrecov = 88% Water Year = 2008 plotvalue = 92% pctrecov = 92% Water Year = 2008 plotvalue = 79% pctrecov = 79% Water Year = 2007 plotvalue = 111% pctrecov = 111% Water Year = 2007 plotvalue = 112% pctrecov = 112% Water Year = 2007 plotvalue = 118% pctrecov = 118% Water Year = 2007 plotvalue = 100% pctrecov = 100% Water Year = 2007 plotvalue = 99% pctrecov = 99% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 92% pctrecov = 92% Water Year = 2006 plotvalue = 77% pctrecov = 77% Water Year = 2005 plotvalue = 125% pctrecov = 125% Water Year = 2005 plotvalue = 92% pctrecov = 92% Water Year = 2005 plotvalue = 70% pctrecov = 5% Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2016 First Quartile = 99% Median = 104% Third Quartile = 107% Number of Observations = 22 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2015 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 24 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 107% Number of Observations = 17 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2013 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 36 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2012 First Quartile = 101% Median = 106% Third Quartile = 108% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2011 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 48 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 40 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2008 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 44 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2007 First Quartile = 104% Median = 105% Third Quartile = 106% Number of Observations = 30 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2006 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 44 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Water Year = 2005 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 26 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Ammonia (NH3 as N), UNF, CFA, Acidified

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Ammonia (NH3 as N), UNF, CFA, Acidified 00610CL017 2005 26 101.4% 103.3% 105.0%
    2006 44 99.8% 101.4% 104.3%
    2007 30 104.5% 105.2% 106.0%
    2008 44 99.8% 102.0% 103.7%
    2009 40 100.0% 102.6% 105.0%
    2010 48 99.8% 101.5% 103.3%
    2011 48 100.5% 104.0% 106.0%
    2012 48 101.3% 105.6% 107.7%
    2013 36 101.9% 103.0% 104.4%
    2014 17 101.2% 103.1% 106.5%
    2015 24 101.5% 106.2% 107.7%
    2016 22 99.1% 103.6% 106.9%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Kjeldahl Nitrogen (NH3+org N as N), FIL, CFA -
Lab: NWQL, PCode: 00623, MCode: KJ002
Analysis Dates: 10/10/01 through 09/30/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 115% pctrecov = 115% Water Year = 2016 plotvalue = 129% pctrecov = 129% Water Year = 2016 plotvalue = 83% pctrecov = 83% Water Year = 2016 plotvalue = 81% pctrecov = 81% Water Year = 2016 plotvalue = 79% pctrecov = 79% Water Year = 2016 plotvalue = 79% pctrecov = 79% Water Year = 2016 plotvalue = 78% pctrecov = 78% Water Year = 2016 plotvalue = 76% pctrecov = 76% Water Year = 2016 plotvalue = 71% pctrecov = 71% Water Year = 2016 plotvalue = 70% pctrecov = 70% Water Year = 2016 plotvalue = 70% pctrecov = 50% Water Year = 2016 plotvalue = 70% pctrecov = 58% Water Year = 2016 plotvalue = 70% pctrecov = 68% Water Year = 2015 plotvalue = 130% pctrecov = 141% Water Year = 2015 plotvalue = 70% pctrecov = 70% Water Year = 2014 plotvalue = 117% pctrecov = 117% Water Year = 2014 plotvalue = 118% pctrecov = 118% Water Year = 2014 plotvalue = 119% pctrecov = 119% Water Year = 2014 plotvalue = 121% pctrecov = 121% Water Year = 2014 plotvalue = 123% pctrecov = 123% Water Year = 2014 plotvalue = 130% pctrecov = 187% Water Year = 2014 plotvalue = 130% pctrecov = 149% Water Year = 2014 plotvalue = 130% pctrecov = 133% Water Year = 2014 plotvalue = 130% pctrecov = 135% Water Year = 2014 plotvalue = 130% pctrecov = 139% Water Year = 2014 plotvalue = 130% pctrecov = 132% Water Year = 2014 plotvalue = 130% pctrecov = 180% Water Year = 2014 plotvalue = 87% pctrecov = 87% Water Year = 2014 plotvalue = 86% pctrecov = 86% Water Year = 2014 plotvalue = 76% pctrecov = 76% Water Year = 2014 plotvalue = 70% pctrecov = 60% Water Year = 2014 plotvalue = 70% pctrecov = 58% Water Year = 2013 plotvalue = 120% pctrecov = 120% Water Year = 2013 plotvalue = 77% pctrecov = 77% Water Year = 2013 plotvalue = 77% pctrecov = 77% Water Year = 2013 plotvalue = 70% pctrecov = 69% Water Year = 2013 plotvalue = 70% pctrecov = 69% Water Year = 2012 plotvalue = 115% pctrecov = 115% Water Year = 2012 plotvalue = 116% pctrecov = 116% Water Year = 2012 plotvalue = 117% pctrecov = 117% Water Year = 2012 plotvalue = 120% pctrecov = 120% Water Year = 2012 plotvalue = 84% pctrecov = 84% Water Year = 2012 plotvalue = 84% pctrecov = 84% Water Year = 2012 plotvalue = 83% pctrecov = 83% Water Year = 2012 plotvalue = 81% pctrecov = 81% Water Year = 2012 plotvalue = 79% pctrecov = 79% Water Year = 2012 plotvalue = 76% pctrecov = 76% Water Year = 2012 plotvalue = 70% pctrecov = 57% Water Year = 2011 plotvalue = 118% pctrecov = 118% Water Year = 2011 plotvalue = 119% pctrecov = 119% Water Year = 2011 plotvalue = 119% pctrecov = 119% Water Year = 2011 plotvalue = 119% pctrecov = 119% Water Year = 2011 plotvalue = 124% pctrecov = 124% Water Year = 2011 plotvalue = 130% pctrecov = 174% Water Year = 2011 plotvalue = 82% pctrecov = 82% Water Year = 2011 plotvalue = 79% pctrecov = 79% Water Year = 2011 plotvalue = 79% pctrecov = 79% Water Year = 2010 plotvalue = 127% pctrecov = 127% Water Year = 2010 plotvalue = 84% pctrecov = 84% Water Year = 2010 plotvalue = 83% pctrecov = 83% Water Year = 2009 plotvalue = 113% pctrecov = 113% Water Year = 2009 plotvalue = 114% pctrecov = 114% Water Year = 2009 plotvalue = 114% pctrecov = 114% Water Year = 2009 plotvalue = 130% pctrecov = 166% Water Year = 2009 plotvalue = 87% pctrecov = 87% Water Year = 2009 plotvalue = 86% pctrecov = 86% Water Year = 2009 plotvalue = 85% pctrecov = 85% Water Year = 2009 plotvalue = 85% pctrecov = 85% Water Year = 2009 plotvalue = 84% pctrecov = 84% Water Year = 2009 plotvalue = 81% pctrecov = 81% Water Year = 2008 plotvalue = 78% pctrecov = 78% Water Year = 2008 plotvalue = 76% pctrecov = 76% Water Year = 2007 plotvalue = 130% pctrecov = 154% Water Year = 2007 plotvalue = 130% pctrecov = 185% Water Year = 2007 plotvalue = 70% pctrecov = 50% Water Year = 2007 plotvalue = 70% pctrecov = 68% Water Year = 2007 plotvalue = 70% pctrecov = 61% Water Year = 2007 plotvalue = 70% pctrecov = 60% Water Year = 2007 plotvalue = 70% pctrecov = 3% Water Year = 2007 plotvalue = 70% pctrecov = 63% Water Year = 2007 plotvalue = 70% pctrecov = 60% Water Year = 2007 plotvalue = 70% pctrecov = 14% Water Year = 2007 plotvalue = 70% pctrecov = 53% Water Year = 2007 plotvalue = 70% pctrecov = 63% Water Year = 2007 plotvalue = 70% pctrecov = 59% Water Year = 2007 plotvalue = 70% pctrecov = 67% Water Year = 2007 plotvalue = 70% pctrecov = 54% Water Year = 2006 plotvalue = 130% pctrecov = 138% Water Year = 2006 plotvalue = 130% pctrecov = 224% Water Year = 2005 plotvalue = 120% pctrecov = 120% Water Year = 2005 plotvalue = 130% pctrecov = 134% Water Year = 2005 plotvalue = 83% pctrecov = 83% Water Year = 2005 plotvalue = 83% pctrecov = 83% Water Year = 2005 plotvalue = 82% pctrecov = 82% Water Year = 2005 plotvalue = 81% pctrecov = 81% Water Year = 2005 plotvalue = 81% pctrecov = 81% Water Year = 2005 plotvalue = 79% pctrecov = 79% Water Year = 2005 plotvalue = 70% pctrecov = 69% Water Year = 2004 plotvalue = 126% pctrecov = 126% Water Year = 2004 plotvalue = 128% pctrecov = 128% Water Year = 2004 plotvalue = 130% pctrecov = 199% Water Year = 2004 plotvalue = 130% pctrecov = 258% Water Year = 2004 plotvalue = 83% pctrecov = 83% Water Year = 2004 plotvalue = 83% pctrecov = 83% Water Year = 2004 plotvalue = 83% pctrecov = 83% Water Year = 2004 plotvalue = 77% pctrecov = 77% Water Year = 2004 plotvalue = 70% pctrecov = 64% Water Year = 2004 plotvalue = 70% pctrecov = 7% Water Year = 2004 plotvalue = 70% pctrecov = 50% Water Year = 2004 plotvalue = 70% pctrecov = 70% Water Year = 2003 plotvalue = 116% pctrecov = 116% Water Year = 2003 plotvalue = 116% pctrecov = 116% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 130% pctrecov = 174% Water Year = 2003 plotvalue = 130% pctrecov = 212% Water Year = 2003 plotvalue = 130% pctrecov = 140% Water Year = 2003 plotvalue = 73% pctrecov = 73% Water Year = 2003 plotvalue = 73% pctrecov = 73% Water Year = 2003 plotvalue = 72% pctrecov = 72% Water Year = 2003 plotvalue = 72% pctrecov = 72% Water Year = 2003 plotvalue = 72% pctrecov = 72% Water Year = 2003 plotvalue = 71% pctrecov = 71% Water Year = 2003 plotvalue = 70% pctrecov = 70% Water Year = 2003 plotvalue = 70% pctrecov = 57% Water Year = 2003 plotvalue = 70% pctrecov = 18% Water Year = 2003 plotvalue = 70% pctrecov = 6% Water Year = 2003 plotvalue = 70% pctrecov = 50% Water Year = 2003 plotvalue = 70% pctrecov = 67% Water Year = 2003 plotvalue = 70% pctrecov = 65% Water Year = 2003 plotvalue = 70% pctrecov = 64% Water Year = 2003 plotvalue = 70% pctrecov = 59% Water Year = 2003 plotvalue = 70% pctrecov = 65% Water Year = 2003 plotvalue = 70% pctrecov = 67% Water Year = 2003 plotvalue = 70% pctrecov = 55% Water Year = 2003 plotvalue = 70% pctrecov = 59% Water Year = 2003 plotvalue = 70% pctrecov = 68% Water Year = 2003 plotvalue = 70% pctrecov = 69% Water Year = 2003 plotvalue = 70% pctrecov = 56% Water Year = 2003 plotvalue = 70% pctrecov = 58% Water Year = 2003 plotvalue = 70% pctrecov = 59% Water Year = 2003 plotvalue = 70% pctrecov = 54% Water Year = 2003 plotvalue = 70% pctrecov = 31% Water Year = 2003 plotvalue = 70% pctrecov = 70% Water Year = 2002 plotvalue = 130% pctrecov = 261% Water Year = 2002 plotvalue = 130% pctrecov = 133% Water Year = 2002 plotvalue = 130% pctrecov = 179% Water Year = 2002 plotvalue = 71% pctrecov = 71% Water Year = 2002 plotvalue = 70% pctrecov = 70% Water Year = 2002 plotvalue = 70% pctrecov = 58% Water Year = 2002 plotvalue = 70% pctrecov = 69% Water Year = 2002 plotvalue = 70% pctrecov = 60% Water Year = 2002 plotvalue = 70% pctrecov = 55% Water Year = 2002 plotvalue = 70% pctrecov = 59% Water Year = 2002 plotvalue = 70% pctrecov = 66% Water Year = 2002 plotvalue = 70% pctrecov = 63% Water Year = 2002 plotvalue = 70% pctrecov = 67% Water Year = 2002 plotvalue = 70% pctrecov = 59% Water Year = 2002 plotvalue = 70% pctrecov = 58% Water Year = 2002 plotvalue = 70% pctrecov = 69% Water Year = 2002 plotvalue = 70% pctrecov = 69% Water Year = 2002 plotvalue = 70% pctrecov = 69% Water Year = 2002 plotvalue = 70% pctrecov = 57% Water Year = 2002 plotvalue = 70% pctrecov = 62% Water Year = 2002 plotvalue = 70% pctrecov = 53% Water Year = 2002 plotvalue = 70% pctrecov = 58% Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2016 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 87 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2015 First Quartile = 92% Median = 101% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2014 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 82 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 99% Third Quartile = 104% Number of Observations = 103 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 103% Number of Observations = 134 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2011 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 144 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2009 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 124 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 125 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2007 First Quartile = 90% Median = 97% Third Quartile = 102% Number of Observations = 123 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2006 First Quartile = 92% Median = 97% Third Quartile = 103% Number of Observations = 132 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 106% Number of Observations = 136 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2003 First Quartile = 90% Median = 96% Third Quartile = 100% Number of Observations = 220 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Water Year = 2002 First Quartile = 91% Median = 100% Third Quartile = 104% Number of Observations = 221 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Kjeldahl Nitrogen (NH3+org N as N), FIL, CFA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Kjeldahl Nitrogen (NH3+org N as N), FIL, CFA 00623KJ002 2002 221 91.0% 99.5% 103.6%
    2003 220 89.5% 95.7% 99.9%
    2004 136 97.4% 102.3% 106.4%
    2005 136 96.5% 101.6% 105.2%
    2006 132 91.9% 97.1% 102.6%
    2007 123 90.0% 97.0% 101.6%
    2008 125 93.0% 96.7% 101.3%
    2009 124 95.2% 98.1% 100.6%
    2010 144 96.2% 100.8% 104.3%
    2011 132 95.5% 99.7% 104.1%
    2012 134 95.5% 99.5% 103.1%
    2013 103 93.5% 98.6% 103.7%
    2014 82 98.3% 101.3% 105.6%
    2015 90 91.6% 101.1% 104.9%
    2016 87 95.0% 98.8% 102.4%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Kjeldahl Nitrogen (NH3+org N as N), FIL, CFA, ACD -
Lab: NWQL, PCode: 00623, MCode: KJ003
Analysis Dates: 10/11/01 through 10/17/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2005 plotvalue = 128% pctrecov = 128% Water Year = 2005 plotvalue = 130% pctrecov = 377% Water Year = 2005 plotvalue = 75% pctrecov = 75% Water Year = 2003 plotvalue = 130% pctrecov = 152% Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 101% Number of Observations = 32 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2005 First Quartile = 95% Median = 99% Third Quartile = 104% Number of Observations = 41 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2004 First Quartile = 97% Median = 102% Third Quartile = 110% Number of Observations = 23 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Water Year = 2002 First Quartile = 87% Median = 99% Third Quartile = 103% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Kjeldahl Nitrogen (NH3+org N as N), FIL, CFA, ACD

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Kjeldahl Nitrogen (NH3+org N as N), FIL, CFA, ACD 00623KJ003 2002 24 86.8% 98.7% 103.0%
    2003 24 87.5% 96.5% 103.3%
    2004 23 97.1% 101.5% 109.5%
    2005 41 94.9% 98.6% 103.6%
    2006 32 93.3% 96.7% 101.0%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Kjeldahl Nitrogen (NH3+org N as N), UNF, CFA, ACD -
Lab: NWQL, PCode: 00625, MCode: KJ008
Analysis Dates: 10/10/01 through 09/30/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 118% pctrecov = 118% Water Year = 2016 plotvalue = 125% pctrecov = 125% Water Year = 2016 plotvalue = 125% pctrecov = 125% Water Year = 2016 plotvalue = 130% pctrecov = 132% Water Year = 2016 plotvalue = 130% pctrecov = 140% Water Year = 2016 plotvalue = 78% pctrecov = 78% Water Year = 2016 plotvalue = 78% pctrecov = 78% Water Year = 2016 plotvalue = 78% pctrecov = 78% Water Year = 2016 plotvalue = 71% pctrecov = 71% Water Year = 2016 plotvalue = 70% pctrecov = 70% Water Year = 2016 plotvalue = 70% pctrecov = 70% Water Year = 2015 plotvalue = 123% pctrecov = 123% Water Year = 2015 plotvalue = 125% pctrecov = 125% Water Year = 2015 plotvalue = 130% pctrecov = 144% Water Year = 2015 plotvalue = 78% pctrecov = 78% Water Year = 2015 plotvalue = 75% pctrecov = 75% Water Year = 2015 plotvalue = 75% pctrecov = 75% Water Year = 2014 plotvalue = 114% pctrecov = 114% Water Year = 2014 plotvalue = 117% pctrecov = 117% Water Year = 2014 plotvalue = 120% pctrecov = 120% Water Year = 2014 plotvalue = 121% pctrecov = 121% Water Year = 2014 plotvalue = 124% pctrecov = 124% Water Year = 2014 plotvalue = 129% pctrecov = 129% Water Year = 2014 plotvalue = 130% pctrecov = 154% Water Year = 2014 plotvalue = 130% pctrecov = 142% Water Year = 2014 plotvalue = 130% pctrecov = 147% Water Year = 2014 plotvalue = 85% pctrecov = 85% Water Year = 2014 plotvalue = 80% pctrecov = 80% Water Year = 2013 plotvalue = 73% pctrecov = 73% Water Year = 2013 plotvalue = 73% pctrecov = 73% Water Year = 2012 plotvalue = 121% pctrecov = 121% Water Year = 2012 plotvalue = 125% pctrecov = 125% Water Year = 2012 plotvalue = 130% pctrecov = 131% Water Year = 2012 plotvalue = 78% pctrecov = 78% Water Year = 2012 plotvalue = 72% pctrecov = 72% Water Year = 2011 plotvalue = 112% pctrecov = 112% Water Year = 2011 plotvalue = 113% pctrecov = 113% Water Year = 2011 plotvalue = 115% pctrecov = 115% Water Year = 2011 plotvalue = 117% pctrecov = 117% Water Year = 2011 plotvalue = 118% pctrecov = 118% Water Year = 2011 plotvalue = 119% pctrecov = 119% Water Year = 2011 plotvalue = 119% pctrecov = 119% Water Year = 2011 plotvalue = 126% pctrecov = 126% Water Year = 2011 plotvalue = 72% pctrecov = 72% Water Year = 2010 plotvalue = 120% pctrecov = 120% Water Year = 2010 plotvalue = 84% pctrecov = 84% Water Year = 2010 plotvalue = 84% pctrecov = 84% Water Year = 2010 plotvalue = 83% pctrecov = 83% Water Year = 2010 plotvalue = 81% pctrecov = 81% Water Year = 2009 plotvalue = 109% pctrecov = 109% Water Year = 2009 plotvalue = 125% pctrecov = 125% Water Year = 2009 plotvalue = 130% pctrecov = 130% Water Year = 2009 plotvalue = 84% pctrecov = 84% Water Year = 2009 plotvalue = 84% pctrecov = 84% Water Year = 2009 plotvalue = 82% pctrecov = 82% Water Year = 2009 plotvalue = 76% pctrecov = 76% Water Year = 2008 plotvalue = 124% pctrecov = 124% Water Year = 2008 plotvalue = 130% pctrecov = 196% Water Year = 2008 plotvalue = 83% pctrecov = 83% Water Year = 2008 plotvalue = 82% pctrecov = 82% Water Year = 2008 plotvalue = 81% pctrecov = 81% Water Year = 2008 plotvalue = 80% pctrecov = 80% Water Year = 2008 plotvalue = 75% pctrecov = 75% Water Year = 2008 plotvalue = 74% pctrecov = 74% Water Year = 2007 plotvalue = 125% pctrecov = 125% Water Year = 2007 plotvalue = 130% pctrecov = 145% Water Year = 2007 plotvalue = 130% pctrecov = 140% Water Year = 2006 plotvalue = 129% pctrecov = 129% Water Year = 2006 plotvalue = 130% pctrecov = 162% Water Year = 2006 plotvalue = 130% pctrecov = 189% Water Year = 2005 plotvalue = 84% pctrecov = 84% Water Year = 2005 plotvalue = 81% pctrecov = 81% Water Year = 2004 plotvalue = 119% pctrecov = 119% Water Year = 2004 plotvalue = 124% pctrecov = 124% Water Year = 2004 plotvalue = 130% pctrecov = 197% Water Year = 2004 plotvalue = 130% pctrecov = 253% Water Year = 2004 plotvalue = 130% pctrecov = 132% Water Year = 2004 plotvalue = 83% pctrecov = 83% Water Year = 2004 plotvalue = 82% pctrecov = 82% Water Year = 2004 plotvalue = 79% pctrecov = 79% Water Year = 2004 plotvalue = 77% pctrecov = 77% Water Year = 2004 plotvalue = 77% pctrecov = 77% Water Year = 2004 plotvalue = 72% pctrecov = 72% Water Year = 2004 plotvalue = 70% pctrecov = 7% Water Year = 2003 plotvalue = 120% pctrecov = 120% Water Year = 2003 plotvalue = 126% pctrecov = 126% Water Year = 2003 plotvalue = 126% pctrecov = 126% Water Year = 2003 plotvalue = 127% pctrecov = 127% Water Year = 2003 plotvalue = 130% pctrecov = 132% Water Year = 2003 plotvalue = 130% pctrecov = 133% Water Year = 2003 plotvalue = 130% pctrecov = 152% Water Year = 2003 plotvalue = 130% pctrecov = 130% Water Year = 2003 plotvalue = 130% pctrecov = 246% Water Year = 2003 plotvalue = 130% pctrecov = 144% Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 87 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 94% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 84 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2013 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 103 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 134 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2011 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 101% Third Quartile = 105% Number of Observations = 144 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2009 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 124 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2008 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 125 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2007 First Quartile = 90% Median = 99% Third Quartile = 103% Number of Observations = 126 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2006 First Quartile = 93% Median = 100% Third Quartile = 104% Number of Observations = 132 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2005 First Quartile = 97% Median = 102% Third Quartile = 105% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2004 First Quartile = 97% Median = 103% Third Quartile = 106% Number of Observations = 136 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 101% Number of Observations = 264 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Water Year = 2002 First Quartile = 90% Median = 99% Third Quartile = 106% Number of Observations = 226 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Kjeldahl Nitrogen (NH3+org N as N), UNF, CFA, ACD

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Kjeldahl Nitrogen (NH3+org N as N), UNF, CFA, ACD 00625KJ008 2002 226 89.6% 99.3% 106.0%
    2003 264 88.3% 96.5% 101.1%
    2004 136 97.2% 102.8% 105.8%
    2005 136 97.4% 101.5% 105.2%
    2006 132 93.0% 100.1% 104.0%
    2007 126 90.0% 99.4% 103.3%
    2008 125 94.1% 98.4% 101.0%
    2009 124 94.4% 97.8% 100.0%
    2010 144 97.2% 101.4% 104.7%
    2011 137 95.4% 99.1% 102.1%
    2012 134 96.5% 100.5% 103.7%
    2013 103 93.0% 98.4% 102.3%
    2014 84 96.4% 100.6% 103.1%
    2015 90 93.8% 100.0% 103.2%
    2016 87 94.1% 99.4% 103.1%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Nitrate plus Nitrite (NO3+NO2 as N), FIL, DA -
Lab: NWQL, PCode: 00631, MCode: RED01
Analysis Dates: 10/20/11 through 09/26/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 112% pctrecov = 112% Water Year = 2016 plotvalue = 86% pctrecov = 86% Water Year = 2015 plotvalue = 104% pctrecov = 104% Water Year = 2015 plotvalue = 105% pctrecov = 105% Water Year = 2015 plotvalue = 105% pctrecov = 105% Water Year = 2015 plotvalue = 120% pctrecov = 120% Water Year = 2015 plotvalue = 122% pctrecov = 122% Water Year = 2015 plotvalue = 86% pctrecov = 86% Water Year = 2015 plotvalue = 86% pctrecov = 86% Water Year = 2013 plotvalue = 108% pctrecov = 108% Water Year = 2013 plotvalue = 114% pctrecov = 114% Water Year = 2013 plotvalue = 125% pctrecov = 125% Water Year = 2013 plotvalue = 130% pctrecov = 191% Water Year = 2013 plotvalue = 88% pctrecov = 88% Water Year = 2012 plotvalue = 112% pctrecov = 112% Water Year = 2012 plotvalue = 112% pctrecov = 112% Water Year = 2012 plotvalue = 115% pctrecov = 115% Water Year = 2012 plotvalue = 116% pctrecov = 116% Water Year = 2012 plotvalue = 117% pctrecov = 117% Water Year = 2012 plotvalue = 119% pctrecov = 119% Water Year = 2012 plotvalue = 124% pctrecov = 124% Water Year = 2012 plotvalue = 124% pctrecov = 124% Water Year = 2012 plotvalue = 130% pctrecov = 131% Water Year = 2012 plotvalue = 83% pctrecov = 83% Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2016 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 90 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2015 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 96 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2014 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 88 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2013 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 108 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 140 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nitrate plus Nitrite (NO3+NO2 as N), FIL, DA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nitrate plus Nitrite (NO3+NO2 as N), FIL, DA 00631RED01 2012 140 96.4% 99.2% 102.3%
    2013 108 95.4% 97.6% 99.9%
    2014 88 93.8% 97.2% 99.8%
    2015 96 92.5% 94.6% 96.9%
    2016 90 95.6% 98.9% 100.4%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Nitrate plus Nitrite (NO3+NO2 as N), FIL, DA, LL -
Lab: NWQL, PCode: 00631, MCode: RED02
Analysis Dates: 10/20/11 through 09/27/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 111% pctrecov = 111% Water Year = 2016 plotvalue = 70% pctrecov = 6% Water Year = 2015 plotvalue = 106% pctrecov = 106% Water Year = 2015 plotvalue = 106% pctrecov = 106% Water Year = 2015 plotvalue = 109% pctrecov = 109% Water Year = 2015 plotvalue = 111% pctrecov = 111% Water Year = 2015 plotvalue = 119% pctrecov = 119% Water Year = 2015 plotvalue = 122% pctrecov = 122% Water Year = 2015 plotvalue = 130% pctrecov = 224% Water Year = 2015 plotvalue = 89% pctrecov = 89% Water Year = 2015 plotvalue = 88% pctrecov = 88% Water Year = 2015 plotvalue = 88% pctrecov = 88% Water Year = 2015 plotvalue = 88% pctrecov = 88% Water Year = 2014 plotvalue = 108% pctrecov = 108% Water Year = 2014 plotvalue = 111% pctrecov = 111% Water Year = 2014 plotvalue = 112% pctrecov = 112% Water Year = 2014 plotvalue = 91% pctrecov = 91% Water Year = 2014 plotvalue = 90% pctrecov = 90% Water Year = 2014 plotvalue = 88% pctrecov = 88% Water Year = 2014 plotvalue = 84% pctrecov = 84% Water Year = 2013 plotvalue = 108% pctrecov = 108% Water Year = 2013 plotvalue = 111% pctrecov = 111% Water Year = 2013 plotvalue = 114% pctrecov = 114% Water Year = 2013 plotvalue = 119% pctrecov = 119% Water Year = 2013 plotvalue = 126% pctrecov = 126% Water Year = 2013 plotvalue = 130% pctrecov = 353% Water Year = 2013 plotvalue = 130% pctrecov = 142% Water Year = 2013 plotvalue = 88% pctrecov = 88% Water Year = 2013 plotvalue = 87% pctrecov = 87% Water Year = 2013 plotvalue = 83% pctrecov = 83% Water Year = 2013 plotvalue = 76% pctrecov = 76% Water Year = 2012 plotvalue = 111% pctrecov = 111% Water Year = 2012 plotvalue = 115% pctrecov = 115% Water Year = 2012 plotvalue = 130% pctrecov = 224% Water Year = 2012 plotvalue = 130% pctrecov = 310% Water Year = 2012 plotvalue = 87% pctrecov = 87% Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2016 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 92 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2015 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 90 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2013 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 140 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nitrate plus Nitrite (NO3+NO2 as N), FIL, DA, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nitrate plus Nitrite (NO3+NO2 as N), FIL, DA, LL 00631RED02 2012 140 97.4% 99.8% 102.4%
    2013 108 96.1% 98.6% 101.0%
    2014 90 97.5% 99.6% 101.3%
    2015 96 96.0% 98.0% 100.0%
    2016 92 98.2% 99.5% 102.1%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Nitrate plus Nitrite (NO3+NO2 as N), FIL, EPA -
Lab: NWQL, PCode: 00631, MCode: CL047
Analysis Dates: 10/11/01 through 10/12/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 70% pctrecov = 10% Water Year = 2005 plotvalue = 115% pctrecov = 115% Water Year = 2005 plotvalue = 91% pctrecov = 91% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 86% pctrecov = 86% Water Year = 2003 plotvalue = 70% pctrecov = 68% Water Year = 2002 plotvalue = 113% pctrecov = 113% Water Year = 2002 plotvalue = 75% pctrecov = 75% Water Year = 2002 plotvalue = 70% pctrecov = 58% Water Year = 2002 plotvalue = 70% pctrecov = 67% Water Year = 2002 plotvalue = 70% pctrecov = 67% Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 100% Number of Observations = 32 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 41 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 23 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2003 First Quartile = 88% Median = 96% Third Quartile = 98% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Water Year = 2002 First Quartile = 90% Median = 94% Third Quartile = 96% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Nitrate plus Nitrite (NO3+NO2 as N), FIL, EPA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Nitrate plus Nitrite (NO3+NO2 as N), FIL, EPA 00631CL047 2002 24 89.6% 93.9% 96.3%
    2003 24 88.3% 95.6% 97.8%
    2004 23 96.2% 98.5% 100.4%
    2005 41 97.2% 98.3% 101.4%
    2006 32 95.6% 97.4% 99.8%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Orthophosphate (PO4 as P), FIL, COL -
Lab: NWQL, PCode: 00671, MCode: CL053
Analysis Dates: 10/10/01 through 06/13/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 96% pctrecov = 96% Water Year = 2006 plotvalue = 95% pctrecov = 95% Water Year = 2006 plotvalue = 95% pctrecov = 95% Water Year = 2006 plotvalue = 95% pctrecov = 95% Water Year = 2006 plotvalue = 94% pctrecov = 94% Water Year = 2005 plotvalue = 87% pctrecov = 87% Water Year = 2005 plotvalue = 86% pctrecov = 86% Water Year = 2005 plotvalue = 86% pctrecov = 86% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 83% pctrecov = 83% Water Year = 2005 plotvalue = 70% pctrecov = 10% Water Year = 2004 plotvalue = 82% pctrecov = 82% Water Year = 2003 plotvalue = 130% pctrecov = 130% Water Year = 2003 plotvalue = 130% pctrecov = 161% Water Year = 2003 plotvalue = 81% pctrecov = 81% Water Year = 2003 plotvalue = 70% pctrecov = 3% Water Year = 2003 plotvalue = 70% pctrecov = 6% Water Year = 2002 plotvalue = 114% pctrecov = 114% Water Year = 2002 plotvalue = 88% pctrecov = 88% Water Year = 2002 plotvalue = 87% pctrecov = 87% Water Year = 2002 plotvalue = 87% pctrecov = 87% Water Year = 2002 plotvalue = 86% pctrecov = 86% Water Year = 2002 plotvalue = 84% pctrecov = 84% Water Year = 2002 plotvalue = 84% pctrecov = 84% Water Year = 2002 plotvalue = 84% pctrecov = 84% Water Year = 2002 plotvalue = 83% pctrecov = 83% Water Year = 2002 plotvalue = 81% pctrecov = 81% Water Year = 2002 plotvalue = 81% pctrecov = 81% Water Year = 2002 plotvalue = 80% pctrecov = 80% Water Year = 2002 plotvalue = 75% pctrecov = 75% Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 94 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 116 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2003 First Quartile = 96% Median = 100% Third Quartile = 104% Number of Observations = 220 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 104% Number of Observations = 234 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Orthophosphate (PO4 as P), FIL, COL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Orthophosphate (PO4 as P), FIL, COL 00671CL053 2002 234 97.7% 101.6% 103.9%
    2003 220 95.6% 100.0% 103.8%
    2004 116 95.9% 100.0% 102.9%
    2005 108 96.0% 99.4% 101.3%
    2006 94 100.0% 101.7% 102.9%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Orthophosphate (PO4 as P), FIL, COL, LL -
Lab: NWQL, PCode: 00671, MCode: CL057
Analysis Dates: 10/10/01 through 06/02/06
Open Data Set
Boxplot Description

Water Year = 2006 plotvalue = 90% pctrecov = 90% Water Year = 2006 plotvalue = 90% pctrecov = 90% Water Year = 2006 plotvalue = 89% pctrecov = 89% Water Year = 2006 plotvalue = 89% pctrecov = 89% Water Year = 2006 plotvalue = 88% pctrecov = 88% Water Year = 2006 plotvalue = 88% pctrecov = 88% Water Year = 2006 plotvalue = 86% pctrecov = 86% Water Year = 2006 plotvalue = 81% pctrecov = 81% Water Year = 2006 plotvalue = 75% pctrecov = 75% Water Year = 2005 plotvalue = 130% pctrecov = 233% Water Year = 2004 plotvalue = 111% pctrecov = 111% Water Year = 2004 plotvalue = 84% pctrecov = 84% Water Year = 2004 plotvalue = 78% pctrecov = 78% Water Year = 2004 plotvalue = 70% pctrecov = 8% Water Year = 2004 plotvalue = 70% pctrecov = 49% Water Year = 2003 plotvalue = 90% pctrecov = 90% Water Year = 2003 plotvalue = 85% pctrecov = 85% Water Year = 2003 plotvalue = 83% pctrecov = 83% Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 96 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 108 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 116 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 218 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 91 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Orthophosphate (PO4 as P), FIL, COL, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Orthophosphate (PO4 as P), FIL, COL, LL 00671CL057 2002 91 96.9% 99.2% 100.8%
    2003 218 98.3% 100.0% 102.7%
    2004 116 96.1% 98.6% 101.0%
    2005 108 97.7% 100.6% 103.9%
    2006 96 96.5% 98.3% 100.0%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Orthophosphate (PO4 as P), FIL, DA -
Lab: NWQL, PCode: 00671, MCode: PHM01
Analysis Dates: 06/02/06 through 09/30/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 110% pctrecov = 110% Water Year = 2016 plotvalue = 93% pctrecov = 93% Water Year = 2016 plotvalue = 70% pctrecov = 44% Water Year = 2016 plotvalue = 70% pctrecov = 39% Water Year = 2015 plotvalue = 111% pctrecov = 111% Water Year = 2015 plotvalue = 112% pctrecov = 112% Water Year = 2015 plotvalue = 93% pctrecov = 93% Water Year = 2015 plotvalue = 70% pctrecov = 3% Water Year = 2014 plotvalue = 113% pctrecov = 113% Water Year = 2014 plotvalue = 91% pctrecov = 91% Water Year = 2014 plotvalue = 70% pctrecov = 3% Water Year = 2013 plotvalue = 110% pctrecov = 110% Water Year = 2013 plotvalue = 110% pctrecov = 110% Water Year = 2013 plotvalue = 110% pctrecov = 110% Water Year = 2013 plotvalue = 117% pctrecov = 117% Water Year = 2013 plotvalue = 70% pctrecov = 7% Water Year = 2011 plotvalue = 93% pctrecov = 93% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2010 plotvalue = 115% pctrecov = 115% Water Year = 2010 plotvalue = 122% pctrecov = 122% Water Year = 2010 plotvalue = 92% pctrecov = 92% Water Year = 2010 plotvalue = 70% pctrecov = 43% Water Year = 2010 plotvalue = 70% pctrecov = 42% Water Year = 2009 plotvalue = 117% pctrecov = 117% Water Year = 2009 plotvalue = 130% pctrecov = 237% Water Year = 2008 plotvalue = 89% pctrecov = 89% Water Year = 2007 plotvalue = 108% pctrecov = 108% Water Year = 2007 plotvalue = 91% pctrecov = 91% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 92% pctrecov = 92% Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 67 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 108 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2012 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 116 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2011 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 120 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2010 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 144 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 99% Median = 103% Third Quartile = 106% Number of Observations = 137 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 108 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 117 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Water Year = 2006 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 97 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Orthophosphate (PO4 as P), FIL, DA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Orthophosphate (PO4 as P), FIL, DA 00671PHM01 2006 97 98.4% 100.2% 101.5%
    2007 117 98.5% 100.5% 102.2%
    2008 108 96.7% 99.4% 101.5%
    2009 137 99.5% 103.4% 106.2%
    2010 144 100.0% 102.9% 105.2%
    2011 120 100.0% 101.8% 104.4%
    2012 116 99.3% 100.9% 102.7%
    2013 108 99.5% 101.3% 103.3%
    2014 67 98.0% 100.3% 102.3%
    2015 96 99.6% 101.5% 103.9%
    2016 95 100.4% 102.0% 104.3%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Phosphorus (as P), FIL, CFA, ACD-P, LL -
Lab: NWQL, PCode: 00666, MCode: CL020
Analysis Dates: 10/10/01 through 09/27/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 112% pctrecov = 112% Water Year = 2016 plotvalue = 130% pctrecov = 353% Water Year = 2016 plotvalue = 96% pctrecov = 96% Water Year = 2016 plotvalue = 95% pctrecov = 95% Water Year = 2015 plotvalue = 115% pctrecov = 115% Water Year = 2015 plotvalue = 121% pctrecov = 121% Water Year = 2014 plotvalue = 111% pctrecov = 111% Water Year = 2014 plotvalue = 112% pctrecov = 112% Water Year = 2013 plotvalue = 110% pctrecov = 110% Water Year = 2013 plotvalue = 111% pctrecov = 111% Water Year = 2013 plotvalue = 111% pctrecov = 111% Water Year = 2013 plotvalue = 116% pctrecov = 116% Water Year = 2013 plotvalue = 95% pctrecov = 95% Water Year = 2013 plotvalue = 95% pctrecov = 95% Water Year = 2013 plotvalue = 91% pctrecov = 91% Water Year = 2013 plotvalue = 70% pctrecov = 23% Water Year = 2012 plotvalue = 113% pctrecov = 113% Water Year = 2012 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 110% pctrecov = 110% 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 = 130% pctrecov = 134% Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2011 plotvalue = 90% pctrecov = 90% Water Year = 2009 plotvalue = 96% pctrecov = 96% Water Year = 2009 plotvalue = 95% pctrecov = 95% Water Year = 2009 plotvalue = 94% pctrecov = 94% Water Year = 2009 plotvalue = 93% pctrecov = 93% Water Year = 2008 plotvalue = 92% pctrecov = 92% Water Year = 2007 plotvalue = 119% pctrecov = 119% Water Year = 2007 plotvalue = 95% pctrecov = 95% Water Year = 2006 plotvalue = 70% pctrecov = 4% Water Year = 2006 plotvalue = 70% pctrecov = 67% Water Year = 2006 plotvalue = 70% pctrecov = 65% Water Year = 2006 plotvalue = 70% pctrecov = 22% Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 130% pctrecov = 233% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2005 plotvalue = 70% pctrecov = 10% Water Year = 2005 plotvalue = 70% pctrecov = 28% Water Year = 2005 plotvalue = 70% pctrecov = 6% Water Year = 2004 plotvalue = 109% pctrecov = 109% Water Year = 2003 plotvalue = 108% pctrecov = 108% Water Year = 2003 plotvalue = 108% pctrecov = 108% Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 105% Number of Observations = 91 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 96 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 90 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2013 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 108 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2012 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2009 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 127 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 104 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2006 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 95 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2005 First Quartile = 99% Median = 102% Third Quartile = 103% Number of Observations = 128 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 132 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 200 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 105% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Phosphorus (as P), FIL, CFA, ACD-P, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Phosphorus (as P), FIL, CFA, ACD-P, LL 00666CL020 2002 240 100.1% 102.3% 105.2%
    2003 200 98.9% 100.5% 102.2%
    2004 132 100.1% 101.5% 103.0%
    2005 128 99.4% 101.5% 103.5%
    2006 95 100.4% 103.2% 106.4%
    2007 138 100.3% 102.0% 103.7%
    2008 104 99.2% 101.2% 102.9%
    2009 127 100.2% 101.6% 103.0%
    2010 143 99.5% 101.0% 102.5%
    2011 144 97.6% 99.6% 101.3%
    2012 144 99.2% 101.9% 104.0%
    2013 108 101.0% 102.5% 104.6%
    2014 90 101.2% 103.1% 104.9%
    2015 96 99.9% 102.7% 104.9%
    2016 91 101.8% 104.0% 105.2%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Phosphorus (as P), FIL, CFA, ALK-P -
Lab: NWQL, PCode: 00666, MCode: CL063
Analysis Dates: 10/23/03 through 09/19/16
Open Data Set
Boxplot Description

Water Year = 2015 plotvalue = 110% pctrecov = 110% Water Year = 2014 plotvalue = 90% pctrecov = 90% Water Year = 2013 plotvalue = 85% pctrecov = 85% Water Year = 2013 plotvalue = 84% pctrecov = 84% Water Year = 2013 plotvalue = 70% pctrecov = 62% Water Year = 2013 plotvalue = 70% pctrecov = 63% Water Year = 2013 plotvalue = 70% pctrecov = 54% Water Year = 2012 plotvalue = 106% pctrecov = 106% Water Year = 2012 plotvalue = 70% pctrecov = 66% Water Year = 2011 plotvalue = 70% pctrecov = 10% Water Year = 2010 plotvalue = 107% pctrecov = 107% Water Year = 2010 plotvalue = 92% pctrecov = 92% Water Year = 2008 plotvalue = 107% pctrecov = 107% Water Year = 2007 plotvalue = 113% pctrecov = 113% Water Year = 2007 plotvalue = 130% pctrecov = 1231% Water Year = 2007 plotvalue = 85% pctrecov = 85% Water Year = 2007 plotvalue = 85% pctrecov = 85% Water Year = 2007 plotvalue = 78% pctrecov = 78% Water Year = 2006 plotvalue = 70% pctrecov = 7% Water Year = 2006 plotvalue = 70% pctrecov = 7% Water Year = 2005 plotvalue = 111% pctrecov = 111% Water Year = 2005 plotvalue = 121% pctrecov = 121% Water Year = 2005 plotvalue = 130% pctrecov = 193% Water Year = 2005 plotvalue = 92% pctrecov = 92% Water Year = 2005 plotvalue = 92% pctrecov = 92% Water Year = 2005 plotvalue = 70% pctrecov = 11% Water Year = 2004 plotvalue = 85% pctrecov = 85% Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 23 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2015 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 24 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 36 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2012 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2011 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 49 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 52 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 81 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2007 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2006 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 97 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 133 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 92 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Phosphorus (as P), FIL, CFA, ALK-P

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Phosphorus (as P), FIL, CFA, ALK-P 00666CL063 2004 92 96.3% 99.1% 101.2%
    2005 133 98.5% 101.2% 103.2%
    2006 97 96.8% 98.9% 101.8%
    2007 44 97.5% 99.8% 102.7%
    2008 81 98.1% 99.3% 101.5%
    2009 52 97.5% 99.8% 102.3%
    2010 49 98.1% 100.3% 101.6%
    2011 48 95.6% 98.5% 100.0%
    2012 48 98.3% 99.8% 101.1%
    2013 36 96.8% 99.3% 101.6%
    2014 23 97.3% 99.1% 100.9%
    2015 24 98.6% 100.7% 101.7%
    2016 23 99.8% 101.9% 104.3%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Phosphorus (as P), FIL, CFA, ALK-P, ACD -
Lab: NWQL, PCode: 00666, MCode: CL062
Analysis Dates: 10/16/03 through 05/20/09
Open Data Set
Boxplot Description

Water Year = 2008 plotvalue = 92% pctrecov = 92% Water Year = 2005 plotvalue = 105% pctrecov = 105% Water Year = 2005 plotvalue = 107% pctrecov = 107% Water Year = 2005 plotvalue = 94% pctrecov = 94% Water Year = 2005 plotvalue = 94% pctrecov = 94% Water Year = 2005 plotvalue = 92% pctrecov = 92% Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2009 First Quartile = 99% Median = 99% Third Quartile = 101% Number of Observations = 6 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 11 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 48 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 45 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 94% Median = 99% Third Quartile = 101% Number of Observations = 23 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Phosphorus (as P), FIL, CFA, ALK-P, ACD

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Phosphorus (as P), FIL, CFA, ALK-P, ACD 00666CL062 2004 23 94.4% 99.0% 101.2%
    2005 45 98.6% 100.0% 101.2%
    2006 48 96.2% 98.4% 100.8%
    2008 11 96.6% 98.5% 99.5%
    2009 6 99.0% 99.5% 101.4%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Phosphorus (as P), FIL, CFA, Kjeldahl -
Lab: NWQL, PCode: 00666, MCode: KJ005
Analysis Dates: 10/10/01 through 09/30/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 84% pctrecov = 84% Water Year = 2016 plotvalue = 70% pctrecov = 31% Water Year = 2015 plotvalue = 84% pctrecov = 84% Water Year = 2013 plotvalue = 105% pctrecov = 105% Water Year = 2013 plotvalue = 91% pctrecov = 91% Water Year = 2012 plotvalue = 105% pctrecov = 105% Water Year = 2012 plotvalue = 105% pctrecov = 105% Water Year = 2012 plotvalue = 105% pctrecov = 105% Water Year = 2012 plotvalue = 105% pctrecov = 105% Water Year = 2012 plotvalue = 105% pctrecov = 105% Water Year = 2012 plotvalue = 106% pctrecov = 106% Water Year = 2012 plotvalue = 106% pctrecov = 106% Water Year = 2012 plotvalue = 94% pctrecov = 94% Water Year = 2012 plotvalue = 94% pctrecov = 94% Water Year = 2012 plotvalue = 94% pctrecov = 94% Water Year = 2012 plotvalue = 94% pctrecov = 94% Water Year = 2012 plotvalue = 93% pctrecov = 93% Water Year = 2012 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 106% pctrecov = 106% Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2011 plotvalue = 108% pctrecov = 108% Water Year = 2011 plotvalue = 110% pctrecov = 110% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 93% pctrecov = 93% Water Year = 2010 plotvalue = 92% pctrecov = 92% Water Year = 2010 plotvalue = 92% pctrecov = 92% Water Year = 2010 plotvalue = 92% pctrecov = 92% Water Year = 2010 plotvalue = 92% pctrecov = 92% Water Year = 2009 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 92% pctrecov = 92% Water Year = 2008 plotvalue = 88% pctrecov = 88% Water Year = 2007 plotvalue = 113% pctrecov = 113% Water Year = 2007 plotvalue = 113% pctrecov = 113% Water Year = 2007 plotvalue = 118% pctrecov = 118% Water Year = 2007 plotvalue = 118% pctrecov = 118% Water Year = 2007 plotvalue = 120% pctrecov = 120% Water Year = 2007 plotvalue = 123% pctrecov = 123% Water Year = 2007 plotvalue = 89% pctrecov = 89% Water Year = 2007 plotvalue = 88% pctrecov = 88% Water Year = 2007 plotvalue = 85% pctrecov = 85% Water Year = 2007 plotvalue = 80% pctrecov = 80% Water Year = 2007 plotvalue = 75% pctrecov = 75% Water Year = 2007 plotvalue = 73% pctrecov = 73% Water Year = 2007 plotvalue = 70% pctrecov = 70% Water Year = 2007 plotvalue = 70% pctrecov = 8% Water Year = 2007 plotvalue = 70% pctrecov = 55% Water Year = 2006 plotvalue = 92% pctrecov = 92% Water Year = 2005 plotvalue = 109% pctrecov = 109% Water Year = 2005 plotvalue = 109% pctrecov = 109% 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 = 93% pctrecov = 93% Water Year = 2005 plotvalue = 92% pctrecov = 92% Water Year = 2004 plotvalue = 114% pctrecov = 114% Water Year = 2004 plotvalue = 130% pctrecov = 601% Water Year = 2004 plotvalue = 92% pctrecov = 92% Water Year = 2004 plotvalue = 92% pctrecov = 92% Water Year = 2004 plotvalue = 91% pctrecov = 91% Water Year = 2004 plotvalue = 70% pctrecov = 17% Water Year = 2003 plotvalue = 82% pctrecov = 82% Water Year = 2003 plotvalue = 81% pctrecov = 81% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 78% pctrecov = 78% Water Year = 2003 plotvalue = 74% pctrecov = 74% Water Year = 2002 plotvalue = 121% pctrecov = 121% Water Year = 2002 plotvalue = 130% pctrecov = 189% Water Year = 2002 plotvalue = 84% pctrecov = 84% Water Year = 2002 plotvalue = 82% pctrecov = 82% Water Year = 2002 plotvalue = 82% pctrecov = 82% Water Year = 2002 plotvalue = 81% pctrecov = 81% Water Year = 2002 plotvalue = 81% pctrecov = 81% Water Year = 2002 plotvalue = 79% pctrecov = 79% Water Year = 2002 plotvalue = 78% pctrecov = 78% Water Year = 2002 plotvalue = 75% pctrecov = 75% Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 99% Median = 100% Third Quartile = 103% Number of Observations = 87 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2015 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 90 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2014 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 84 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 103 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2012 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 138 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 144 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 125 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 140 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 95 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2003 First Quartile = 95% Median = 99% Third Quartile = 101% Number of Observations = 154 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Water Year = 2002 First Quartile = 96% Median = 101% Third Quartile = 104% Number of Observations = 232 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Phosphorus (as P), FIL, CFA, Kjeldahl

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Phosphorus (as P), FIL, CFA, Kjeldahl 00666KJ005 2002 232 96.2% 100.8% 103.7%
    2003 154 95.0% 99.0% 101.5%
    2004 95 100.0% 102.1% 104.3%
    2005 136 98.8% 101.0% 102.4%
    2006 140 99.7% 101.6% 103.1%
    2007 137 97.4% 100.5% 102.9%
    2008 125 96.7% 98.5% 100.4%
    2009 136 97.3% 98.8% 100.2%
    2010 144 98.0% 100.0% 101.3%
    2011 138 97.8% 99.3% 100.7%
    2012 134 98.3% 99.4% 100.8%
    2013 103 97.9% 99.2% 100.5%
    2014 84 97.4% 98.9% 102.0%
    2015 90 96.8% 99.8% 103.7%
    2016 87 98.8% 100.5% 102.8%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Phosphorus (as P), FIL, EPA -
Lab: NWQL, PCode: 00666, MCode: KJ004
Analysis Dates: 10/26/01 through 10/17/02
Open Data Set
Boxplot Description

Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 104% Number of Observations = 12 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Phosphorus (as P), FIL, EPA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Phosphorus (as P), FIL, EPA 00666KJ004 2002 12 93.9% 97.7% 103.5%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Phosphorus (as P), UNF, ASF, Kjeldahl -
Lab: NWQL, PCode: 00665, MCode: KJ009
Analysis Dates: 10/10/01 through 09/30/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 112% pctrecov = 112% Water Year = 2016 plotvalue = 91% pctrecov = 91% Water Year = 2016 plotvalue = 89% pctrecov = 89% Water Year = 2016 plotvalue = 70% pctrecov = 32% Water Year = 2015 plotvalue = 88% pctrecov = 88% Water Year = 2015 plotvalue = 88% pctrecov = 88% Water Year = 2013 plotvalue = 92% pctrecov = 92% Water Year = 2013 plotvalue = 89% pctrecov = 89% Water Year = 2012 plotvalue = 104% pctrecov = 104% Water Year = 2012 plotvalue = 104% pctrecov = 104% Water Year = 2012 plotvalue = 105% pctrecov = 105% Water Year = 2012 plotvalue = 93% pctrecov = 93% Water Year = 2012 plotvalue = 91% pctrecov = 91% Water Year = 2011 plotvalue = 105% pctrecov = 105% Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 90% pctrecov = 90% Water Year = 2010 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 105% pctrecov = 105% Water Year = 2008 plotvalue = 103% pctrecov = 103% Water Year = 2008 plotvalue = 93% pctrecov = 93% Water Year = 2008 plotvalue = 93% pctrecov = 93% Water Year = 2008 plotvalue = 91% pctrecov = 91% Water Year = 2007 plotvalue = 113% pctrecov = 113% Water Year = 2007 plotvalue = 130% pctrecov = 155% Water Year = 2007 plotvalue = 130% pctrecov = 150% Water Year = 2007 plotvalue = 130% pctrecov = 147% Water Year = 2007 plotvalue = 88% pctrecov = 88% Water Year = 2007 plotvalue = 88% pctrecov = 88% Water Year = 2007 plotvalue = 87% pctrecov = 87% Water Year = 2007 plotvalue = 85% pctrecov = 85% Water Year = 2007 plotvalue = 83% pctrecov = 83% Water Year = 2007 plotvalue = 78% pctrecov = 78% Water Year = 2007 plotvalue = 73% pctrecov = 73% Water Year = 2007 plotvalue = 70% pctrecov = 8% Water Year = 2007 plotvalue = 70% pctrecov = 67% Water Year = 2007 plotvalue = 70% pctrecov = 60% Water Year = 2007 plotvalue = 70% pctrecov = 50% Water Year = 2007 plotvalue = 70% pctrecov = 65% Water Year = 2006 plotvalue = 108% pctrecov = 108% Water Year = 2006 plotvalue = 90% pctrecov = 90% Water Year = 2006 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 107% pctrecov = 107% Water Year = 2005 plotvalue = 107% pctrecov = 107% Water Year = 2005 plotvalue = 109% pctrecov = 109% Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 112% pctrecov = 112% Water Year = 2005 plotvalue = 94% pctrecov = 94% Water Year = 2005 plotvalue = 94% pctrecov = 94% Water Year = 2005 plotvalue = 94% pctrecov = 94% Water Year = 2005 plotvalue = 94% pctrecov = 94% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2005 plotvalue = 92% pctrecov = 92% Water Year = 2005 plotvalue = 77% pctrecov = 77% Water Year = 2004 plotvalue = 109% pctrecov = 109% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 91% pctrecov = 91% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 70% pctrecov = 16% Water Year = 2003 plotvalue = 115% pctrecov = 115% Water Year = 2003 plotvalue = 117% pctrecov = 117% Water Year = 2003 plotvalue = 122% pctrecov = 122% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 128% pctrecov = 128% Water Year = 2003 plotvalue = 87% pctrecov = 87% Water Year = 2003 plotvalue = 86% pctrecov = 86% Water Year = 2003 plotvalue = 86% pctrecov = 86% Water Year = 2003 plotvalue = 83% pctrecov = 83% Water Year = 2003 plotvalue = 83% pctrecov = 83% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 77% pctrecov = 77% Water Year = 2003 plotvalue = 71% pctrecov = 71% Water Year = 2002 plotvalue = 122% pctrecov = 122% Water Year = 2002 plotvalue = 125% pctrecov = 125% Water Year = 2002 plotvalue = 82% pctrecov = 82% Water Year = 2002 plotvalue = 82% pctrecov = 82% Water Year = 2002 plotvalue = 81% pctrecov = 81% Water Year = 2002 plotvalue = 79% pctrecov = 79% Water Year = 2002 plotvalue = 78% pctrecov = 78% Water Year = 2002 plotvalue = 75% pctrecov = 75% Water Year = 2002 plotvalue = 74% pctrecov = 74% Water Year = 2002 plotvalue = 70% pctrecov = 65% Water Year = 2002 plotvalue = 70% pctrecov = 63% Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2016 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 87 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2015 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2014 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 84 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2013 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 103 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2012 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 138 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2009 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 136 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2008 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 125 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 136 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 140 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 136 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2003 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 141 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Water Year = 2002 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 239 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Phosphorus (as P), UNF, ASF, Kjeldahl

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Phosphorus (as P), UNF, ASF, Kjeldahl 00665KJ009 2002 239 94.1% 98.3% 101.5%
    2003 141 96.1% 99.1% 102.2%
    2004 141 98.2% 100.4% 102.7%
    2005 136 99.0% 100.6% 102.0%
    2006 140 98.6% 100.9% 102.2%
    2007 136 96.7% 99.3% 102.0%
    2008 125 96.7% 98.2% 99.3%
    2009 136 97.0% 98.5% 100.0%
    2010 144 96.3% 98.6% 100.6%
    2011 138 97.0% 98.4% 100.0%
    2012 134 97.2% 98.5% 99.6%
    2013 103 96.7% 97.8% 99.5%
    2014 84 96.4% 98.2% 101.4%
    2015 90 97.5% 100.0% 103.2%
    2016 87 98.1% 100.6% 102.5%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Phosphorus (as P), UNF, CFA, ACD-P, LL -
Lab: NWQL, PCode: 00665, MCode: CL021
Analysis Dates: 10/10/01 through 09/28/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 112% pctrecov = 112% Water Year = 2016 plotvalue = 116% pctrecov = 116% Water Year = 2016 plotvalue = 118% pctrecov = 118% Water Year = 2016 plotvalue = 118% pctrecov = 118% Water Year = 2016 plotvalue = 130% pctrecov = 346% Water Year = 2016 plotvalue = 130% pctrecov = 184% Water Year = 2016 plotvalue = 95% pctrecov = 95% Water Year = 2015 plotvalue = 109% pctrecov = 109% Water Year = 2015 plotvalue = 110% pctrecov = 110% Water Year = 2015 plotvalue = 112% pctrecov = 112% Water Year = 2015 plotvalue = 114% pctrecov = 114% Water Year = 2015 plotvalue = 92% pctrecov = 92% Water Year = 2014 plotvalue = 122% pctrecov = 122% Water Year = 2014 plotvalue = 130% pctrecov = 131% Water Year = 2014 plotvalue = 130% pctrecov = 153% Water Year = 2014 plotvalue = 89% pctrecov = 89% Water Year = 2013 plotvalue = 110% pctrecov = 110% Water Year = 2013 plotvalue = 110% pctrecov = 110% Water Year = 2013 plotvalue = 113% pctrecov = 113% Water Year = 2013 plotvalue = 94% pctrecov = 94% Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2011 plotvalue = 117% pctrecov = 117% Water Year = 2011 plotvalue = 117% pctrecov = 117% Water Year = 2011 plotvalue = 117% pctrecov = 117% Water Year = 2011 plotvalue = 93% pctrecov = 93% Water Year = 2011 plotvalue = 93% pctrecov = 93% Water Year = 2011 plotvalue = 93% pctrecov = 93% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 117% pctrecov = 117% Water Year = 2010 plotvalue = 87% pctrecov = 87% Water Year = 2010 plotvalue = 85% pctrecov = 85% Water Year = 2009 plotvalue = 107% pctrecov = 107% Water Year = 2009 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 110% pctrecov = 110% Water Year = 2009 plotvalue = 130% pctrecov = 155% Water Year = 2009 plotvalue = 96% pctrecov = 96% Water Year = 2008 plotvalue = 114% pctrecov = 114% Water Year = 2008 plotvalue = 93% pctrecov = 93% Water Year = 2007 plotvalue = 112% pctrecov = 112% Water Year = 2007 plotvalue = 94% pctrecov = 94% Water Year = 2006 plotvalue = 112% pctrecov = 112% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 96% pctrecov = 96% Water Year = 2006 plotvalue = 94% pctrecov = 94% Water Year = 2006 plotvalue = 89% pctrecov = 89% Water Year = 2006 plotvalue = 81% pctrecov = 81% Water Year = 2006 plotvalue = 70% pctrecov = 61% Water Year = 2006 plotvalue = 70% pctrecov = 50% Water Year = 2005 plotvalue = 130% pctrecov = 146% Water Year = 2005 plotvalue = 130% pctrecov = 224% Water Year = 2004 plotvalue = 106% pctrecov = 106% Water Year = 2004 plotvalue = 106% pctrecov = 106% Water Year = 2004 plotvalue = 107% pctrecov = 107% Water Year = 2004 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 130% pctrecov = 150% Water Year = 2004 plotvalue = 96% pctrecov = 96% Water Year = 2004 plotvalue = 95% pctrecov = 95% Water Year = 2003 plotvalue = 124% pctrecov = 124% Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2016 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 91 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2015 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 96 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2014 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 90 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2013 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 108 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 98% Median = 102% Third Quartile = 103% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2009 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 135 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2008 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 106 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2007 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 139 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2006 First Quartile = 102% Median = 104% Third Quartile = 106% Number of Observations = 109 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 200 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Phosphorus (as P), UNF, CFA, ACD-P, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Phosphorus (as P), UNF, CFA, ACD-P, LL 00665CL021 2002 240 98.1% 101.1% 106.1%
    2003 200 99.5% 101.1% 103.0%
    2004 131 100.5% 101.4% 102.7%
    2005 131 100.0% 101.7% 104.0%
    2006 109 102.4% 104.2% 106.0%
    2007 139 99.9% 101.9% 103.8%
    2008 106 98.8% 100.4% 102.2%
    2009 135 100.0% 101.2% 102.7%
    2010 144 99.2% 100.5% 101.9%
    2011 144 98.4% 100.1% 101.7%
    2012 144 98.4% 101.6% 103.3%
    2013 108 100.0% 102.0% 103.8%
    2014 90 100.6% 102.4% 104.5%
    2015 96 99.9% 102.0% 103.7%
    2016 91 102.4% 104.0% 105.8%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Phosphorus (as P), UNF, CFA, ALK-P, ACD -
Lab: NWQL, PCode: 00665, MCode: AKP01
Analysis Dates: 10/21/03 through 09/21/16
Open Data Set
Boxplot Description

Water Year = 2014 plotvalue = 116% pctrecov = 116% Water Year = 2013 plotvalue = 93% pctrecov = 93% Water Year = 2013 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 104% pctrecov = 104% Water Year = 2011 plotvalue = 108% pctrecov = 108% Water Year = 2011 plotvalue = 90% pctrecov = 90% Water Year = 2008 plotvalue = 89% pctrecov = 89% Water Year = 2007 plotvalue = 113% pctrecov = 113% Water Year = 2007 plotvalue = 113% pctrecov = 113% Water Year = 2007 plotvalue = 120% pctrecov = 120% Water Year = 2007 plotvalue = 123% pctrecov = 123% Water Year = 2007 plotvalue = 130% pctrecov = 1160% Water Year = 2007 plotvalue = 130% pctrecov = 143% Water Year = 2007 plotvalue = 130% pctrecov = 135% Water Year = 2007 plotvalue = 130% pctrecov = 140% Water Year = 2007 plotvalue = 90% pctrecov = 90% Water Year = 2007 plotvalue = 83% pctrecov = 83% Water Year = 2007 plotvalue = 75% pctrecov = 75% Water Year = 2007 plotvalue = 73% pctrecov = 73% Water Year = 2006 plotvalue = 111% pctrecov = 111% Water Year = 2006 plotvalue = 111% pctrecov = 111% Water Year = 2006 plotvalue = 112% pctrecov = 112% Water Year = 2006 plotvalue = 78% pctrecov = 78% Water Year = 2005 plotvalue = 130% pctrecov = 205% Water Year = 2005 plotvalue = 90% pctrecov = 90% Water Year = 2005 plotvalue = 70% pctrecov = 47% Water Year = 2004 plotvalue = 108% pctrecov = 108% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 89% pctrecov = 89% Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2016 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 23 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2015 First Quartile = 97% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2014 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 23 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2013 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 36 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2012 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 21 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 81 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2010 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 96 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 95 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2008 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 126 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2007 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 90 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2006 First Quartile = 97% Median = 98% Third Quartile = 102% Number of Observations = 130 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Water Year = 2004 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 94 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Phosphorus (as P), UNF, CFA, ALK-P, ACD

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Phosphorus (as P), UNF, CFA, ALK-P, ACD 00665AKP01 2004 94 96.4% 98.5% 100.7%
    2005 131 97.8% 100.6% 102.7%
    2006 130 96.5% 98.3% 101.8%
    2007 90 97.4% 99.5% 102.1%
    2008 126 96.5% 98.7% 100.3%
    2009 95 95.7% 98.6% 100.7%
    2010 96 97.6% 99.4% 101.0%
    2011 81 97.0% 98.3% 99.8%
    2012 21 99.2% 99.6% 101.6%
    2013 36 97.7% 99.1% 100.7%
    2014 23 97.7% 98.9% 101.7%
    2015 24 97.4% 100.9% 103.4%
    2016 23 98.1% 100.5% 103.0%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Total Nitrogen (NH3+NO3+NO2+org N as N), FIL, CFA, ALK-P -
Lab: NWQL, PCode: 62854, MCode: CL063
Analysis Dates: 10/23/03 through 09/29/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 110% pctrecov = 110% Water Year = 2016 plotvalue = 93% pctrecov = 93% Water Year = 2016 plotvalue = 93% pctrecov = 93% Water Year = 2016 plotvalue = 91% pctrecov = 91% Water Year = 2016 plotvalue = 81% pctrecov = 81% Water Year = 2014 plotvalue = 111% pctrecov = 111% Water Year = 2014 plotvalue = 91% pctrecov = 91% Water Year = 2014 plotvalue = 91% pctrecov = 91% Water Year = 2014 plotvalue = 87% pctrecov = 87% Water Year = 2014 plotvalue = 86% pctrecov = 86% Water Year = 2014 plotvalue = 70% pctrecov = 35% Water Year = 2013 plotvalue = 87% pctrecov = 87% Water Year = 2013 plotvalue = 81% pctrecov = 81% Water Year = 2013 plotvalue = 70% pctrecov = 60% Water Year = 2013 plotvalue = 70% pctrecov = 56% Water Year = 2012 plotvalue = 130% pctrecov = 145% Water Year = 2012 plotvalue = 87% pctrecov = 87% Water Year = 2012 plotvalue = 86% pctrecov = 86% Water Year = 2012 plotvalue = 85% pctrecov = 85% Water Year = 2011 plotvalue = 81% pctrecov = 81% Water Year = 2011 plotvalue = 80% pctrecov = 80% Water Year = 2011 plotvalue = 78% pctrecov = 78% Water Year = 2011 plotvalue = 72% pctrecov = 72% Water Year = 2011 plotvalue = 70% pctrecov = 38% Water Year = 2010 plotvalue = 87% pctrecov = 87% Water Year = 2010 plotvalue = 87% pctrecov = 87% Water Year = 2010 plotvalue = 86% pctrecov = 86% Water Year = 2009 plotvalue = 84% pctrecov = 84% Water Year = 2009 plotvalue = 83% pctrecov = 83% Water Year = 2008 plotvalue = 109% pctrecov = 109% Water Year = 2008 plotvalue = 109% pctrecov = 109% Water Year = 2008 plotvalue = 110% pctrecov = 110% Water Year = 2008 plotvalue = 110% pctrecov = 110% Water Year = 2008 plotvalue = 117% pctrecov = 117% Water Year = 2008 plotvalue = 130% pctrecov = 147% Water Year = 2008 plotvalue = 87% pctrecov = 87% Water Year = 2008 plotvalue = 87% pctrecov = 87% 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 = 77% pctrecov = 77% Water Year = 2008 plotvalue = 70% pctrecov = 61% Water Year = 2008 plotvalue = 70% pctrecov = 68% Water Year = 2008 plotvalue = 70% pctrecov = 70% Water Year = 2007 plotvalue = 115% pctrecov = 115% Water Year = 2007 plotvalue = 116% pctrecov = 116% Water Year = 2007 plotvalue = 130% pctrecov = 184% Water Year = 2007 plotvalue = 78% pctrecov = 78% Water Year = 2007 plotvalue = 76% pctrecov = 76% Water Year = 2006 plotvalue = 130% pctrecov = 145% Water Year = 2006 plotvalue = 130% pctrecov = 161% Water Year = 2006 plotvalue = 130% pctrecov = 175% Water Year = 2006 plotvalue = 130% pctrecov = 154% Water Year = 2006 plotvalue = 70% pctrecov = 10% Water Year = 2005 plotvalue = 130% pctrecov = 172% Water Year = 2005 plotvalue = 130% pctrecov = 961% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 130% pctrecov = 149% Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 71 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 72 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2013 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 108 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2012 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2011 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 140 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 144 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2009 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 137 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2008 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2007 First Quartile = 93% Median = 99% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2006 First Quartile = 93% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2005 First Quartile = 95% Median = 100% Third Quartile = 104% Number of Observations = 131 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Water Year = 2004 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 92 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Total Nitrogen (NH3+NO3+NO2+org N as N), FIL, CFA, ALK-P

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Total Nitrogen (NH3+NO3+NO2+org N as N), FIL, CFA, ALK-P 62854CL063 2004 92 93.3% 98.4% 102.0%
    2005 131 94.7% 99.9% 103.6%
    2006 144 93.4% 96.6% 100.4%
    2007 137 93.0% 98.9% 101.6%
    2008 134 95.4% 98.1% 100.4%
    2009 137 95.7% 98.2% 101.0%
    2010 144 95.9% 99.0% 101.4%
    2011 140 93.8% 97.8% 100.1%
    2012 144 96.8% 100.2% 103.2%
    2013 108 97.2% 99.2% 103.0%
    2014 90 98.1% 100.2% 102.8%
    2015 72 97.0% 99.4% 102.3%
    2016 71 100.6% 102.9% 104.4%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Total Nitrogen (NH3+NO3+NO2+org N as N), FIL, CFA, ALK-P, ACD -
Lab: NWQL, PCode: 62854, MCode: CL062
Analysis Dates: 10/16/03 through 10/07/05
Open Data Set
Boxplot Description

Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2004 plotvalue = 70% pctrecov = 44% Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2005 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 41 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Water Year = 2004 First Quartile = 95% Median = 97% Third Quartile = 101% Number of Observations = 23 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Total Nitrogen (NH3+NO3+NO2+org N as N), FIL, CFA, ALK-P, ACD

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Total Nitrogen (NH3+NO3+NO2+org N as N), FIL, CFA, ALK-P, ACD 62854CL062 2004 23 95.1% 97.1% 101.0%
    2005 41 96.8% 98.9% 101.6%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018


- Total Nitrogen (NH3+NO3+NO2+org N as N), UNF, CFA, ALK-P, ACD -
Lab: NWQL, PCode: 62855, MCode: AKP01
Analysis Dates: 10/16/03 through 09/27/16
Open Data Set
Boxplot Description

Water Year = 2016 plotvalue = 84% pctrecov = 84% Water Year = 2016 plotvalue = 84% pctrecov = 84% Water Year = 2015 plotvalue = 86% pctrecov = 86% Water Year = 2015 plotvalue = 84% pctrecov = 84% Water Year = 2014 plotvalue = 110% pctrecov = 110% Water Year = 2014 plotvalue = 114% pctrecov = 114% Water Year = 2014 plotvalue = 114% pctrecov = 114% Water Year = 2014 plotvalue = 115% pctrecov = 115% Water Year = 2014 plotvalue = 90% pctrecov = 90% Water Year = 2014 plotvalue = 89% pctrecov = 89% Water Year = 2013 plotvalue = 110% pctrecov = 110% Water Year = 2013 plotvalue = 130% pctrecov = 216% Water Year = 2013 plotvalue = 130% pctrecov = 487% Water Year = 2013 plotvalue = 80% pctrecov = 80% Water Year = 2012 plotvalue = 130% pctrecov = 139% Water Year = 2012 plotvalue = 83% pctrecov = 83% Water Year = 2012 plotvalue = 78% pctrecov = 78% Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 113% pctrecov = 113% Water Year = 2011 plotvalue = 124% pctrecov = 124% Water Year = 2011 plotvalue = 127% pctrecov = 127% Water Year = 2010 plotvalue = 89% pctrecov = 89% Water Year = 2010 plotvalue = 88% pctrecov = 88% Water Year = 2010 plotvalue = 88% pctrecov = 88% Water Year = 2010 plotvalue = 87% pctrecov = 87% Water Year = 2010 plotvalue = 87% pctrecov = 87% Water Year = 2010 plotvalue = 86% pctrecov = 86% Water Year = 2009 plotvalue = 74% pctrecov = 74% Water Year = 2008 plotvalue = 124% pctrecov = 124% Water Year = 2008 plotvalue = 130% pctrecov = 136% Water Year = 2008 plotvalue = 130% pctrecov = 189% Water Year = 2008 plotvalue = 82% pctrecov = 82% Water Year = 2008 plotvalue = 82% pctrecov = 82% Water Year = 2008 plotvalue = 82% pctrecov = 82% Water Year = 2008 plotvalue = 82% pctrecov = 82% Water Year = 2008 plotvalue = 81% pctrecov = 81% Water Year = 2008 plotvalue = 81% pctrecov = 81% Water Year = 2008 plotvalue = 79% pctrecov = 79% Water Year = 2008 plotvalue = 74% pctrecov = 74% Water Year = 2008 plotvalue = 70% pctrecov = 67% Water Year = 2008 plotvalue = 70% pctrecov = 67% Water Year = 2008 plotvalue = 70% pctrecov = 61% Water Year = 2007 plotvalue = 119% pctrecov = 119% Water Year = 2007 plotvalue = 121% pctrecov = 121% Water Year = 2007 plotvalue = 121% pctrecov = 121% Water Year = 2007 plotvalue = 72% pctrecov = 72% Water Year = 2006 plotvalue = 130% pctrecov = 149% Water Year = 2006 plotvalue = 130% pctrecov = 249% Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2005 plotvalue = 130% pctrecov = 212% Water Year = 2005 plotvalue = 130% pctrecov = 1001% Water Year = 2005 plotvalue = 130% pctrecov = 164% Water Year = 2005 plotvalue = 83% pctrecov = 83% Water Year = 2005 plotvalue = 82% pctrecov = 82% Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2016 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 71 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2015 First Quartile = 97% Median = 99% Third Quartile = 103% Number of Observations = 72 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2014 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 90 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2013 First Quartile = 93% Median = 96% Third Quartile = 99% Number of Observations = 108 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2012 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 144 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2009 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 133 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2008 First Quartile = 93% Median = 97% Third Quartile = 99% Number of Observations = 134 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2007 First Quartile = 92% Median = 99% Third Quartile = 101% Number of Observations = 137 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2006 First Quartile = 93% Median = 96% Third Quartile = 100% Number of Observations = 143 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2005 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 131 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Water Year = 2004 First Quartile = 92% Median = 97% Third Quartile = 100% Number of Observations = 92 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Total Nitrogen (NH3+NO3+NO2+org N as N), UNF, CFA, ALK-P, ACD

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Total Nitrogen (NH3+NO3+NO2+org N as N), UNF, CFA, ALK-P, ACD 62855AKP01 2004 92 91.8% 97.0% 100.4%
    2005 131 96.2% 99.9% 103.4%
    2006 143 93.0% 95.9% 99.6%
    2007 137 92.1% 98.6% 101.1%
    2008 134 92.7% 96.9% 99.2%
    2009 133 94.1% 97.5% 100.1%
    2010 144 95.7% 98.1% 100.3%
    2011 144 94.5% 97.1% 99.7%
    2012 144 93.8% 98.3% 100.6%
    2013 108 92.9% 95.7% 99.4%
    2014 90 97.8% 99.9% 102.6%
    2015 72 97.3% 99.5% 102.8%
    2016 71 99.7% 102.1% 104.2%

Hover over boxplot or outliers for additional information
Chart generated 03/08/2018