- Acid Neutralizing Capacity (ANC; as CaCO3), UNF, TITR -
Lab: NWQL, PCode: 90410, MCode: TT040
Dates: 10/04/96 through 09/29/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 110% pctrecov = 110% Water Year = 2011 plotvalue = 110% pctrecov = 110% Water Year = 2011 plotvalue = 111% pctrecov = 111% Water Year = 2011 plotvalue = 112% pctrecov = 112% Water Year = 2011 plotvalue = 113% pctrecov = 113% Water Year = 2011 plotvalue = 100% pctrecov = 100% Water Year = 2011 plotvalue = 99% pctrecov = 99% Water Year = 2011 plotvalue = 98% pctrecov = 98% Water Year = 2011 plotvalue = 97% pctrecov = 97% Water Year = 2011 plotvalue = 96% pctrecov = 96% Water Year = 2011 plotvalue = 96% pctrecov = 96% Water Year = 2011 plotvalue = 95% pctrecov = 95% Water Year = 2010 plotvalue = 106% pctrecov = 106% Water Year = 2010 plotvalue = 107% pctrecov = 107% Water Year = 2010 plotvalue = 107% pctrecov = 107% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 130% pctrecov = 261% Water Year = 2010 plotvalue = 70% pctrecov = 63% Water Year = 2010 plotvalue = 70% pctrecov = 64% Water Year = 2010 plotvalue = 70% pctrecov = 65% Water Year = 2010 plotvalue = 70% pctrecov = 64% Water Year = 2009 plotvalue = 109% pctrecov = 109% Water Year = 2009 plotvalue = 130% pctrecov = 141% Water Year = 2009 plotvalue = 95% pctrecov = 95% Water Year = 2009 plotvalue = 95% pctrecov = 95% Water Year = 2009 plotvalue = 95% pctrecov = 95% Water Year = 2009 plotvalue = 95% pctrecov = 95% Water Year = 2009 plotvalue = 94% pctrecov = 94% Water Year = 2009 plotvalue = 94% pctrecov = 94% Water Year = 2007 plotvalue = 70% pctrecov = 68% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 128% pctrecov = 128% Water Year = 2006 plotvalue = 99% pctrecov = 99% Water Year = 2006 plotvalue = 98% pctrecov = 98% Water Year = 2006 plotvalue = 98% pctrecov = 98% Water Year = 2006 plotvalue = 98% pctrecov = 98% Water Year = 2006 plotvalue = 98% pctrecov = 98% Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2005 plotvalue = 125% pctrecov = 125% Water Year = 2004 plotvalue = 118% pctrecov = 118% Water Year = 2004 plotvalue = 118% pctrecov = 118% Water Year = 2004 plotvalue = 118% pctrecov = 118% Water Year = 2004 plotvalue = 118% pctrecov = 118% Water Year = 2004 plotvalue = 119% pctrecov = 119% Water Year = 2004 plotvalue = 119% pctrecov = 119% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 121% pctrecov = 121% Water Year = 2004 plotvalue = 122% pctrecov = 122% Water Year = 2004 plotvalue = 122% pctrecov = 122% Water Year = 2004 plotvalue = 122% pctrecov = 122% Water Year = 2004 plotvalue = 122% pctrecov = 122% Water Year = 2004 plotvalue = 122% pctrecov = 122% Water Year = 2004 plotvalue = 123% pctrecov = 123% Water Year = 2004 plotvalue = 123% pctrecov = 123% Water Year = 2004 plotvalue = 123% pctrecov = 123% Water Year = 2004 plotvalue = 123% pctrecov = 123% Water Year = 2004 plotvalue = 123% pctrecov = 123% Water Year = 2004 plotvalue = 123% pctrecov = 123% Water Year = 2004 plotvalue = 124% pctrecov = 124% Water Year = 2004 plotvalue = 125% pctrecov = 125% Water Year = 2004 plotvalue = 130% pctrecov = 268% Water Year = 2003 plotvalue = 121% pctrecov = 121% Water Year = 2003 plotvalue = 122% pctrecov = 122% Water Year = 2003 plotvalue = 124% pctrecov = 124% Water Year = 2003 plotvalue = 124% pctrecov = 124% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 126% pctrecov = 126% Water Year = 2003 plotvalue = 130% pctrecov = 131% Water Year = 2003 plotvalue = 130% pctrecov = 216% Water Year = 2001 plotvalue = 121% pctrecov = 121% Water Year = 2001 plotvalue = 122% pctrecov = 122% Water Year = 2001 plotvalue = 123% pctrecov = 123% Water Year = 2001 plotvalue = 123% pctrecov = 123% Water Year = 2001 plotvalue = 125% pctrecov = 125% Water Year = 2001 plotvalue = 126% pctrecov = 126% Water Year = 2001 plotvalue = 126% pctrecov = 126% Water Year = 2001 plotvalue = 127% pctrecov = 127% Water Year = 2001 plotvalue = 127% pctrecov = 127% Water Year = 2001 plotvalue = 127% pctrecov = 127% Water Year = 2001 plotvalue = 127% pctrecov = 127% Water Year = 2001 plotvalue = 129% pctrecov = 129% Water Year = 2001 plotvalue = 130% pctrecov = 130% Water Year = 2001 plotvalue = 130% pctrecov = 131% Water Year = 2001 plotvalue = 130% pctrecov = 140% Water Year = 2001 plotvalue = 130% pctrecov = 132% Water Year = 2001 plotvalue = 130% pctrecov = 135% Water Year = 2001 plotvalue = 130% pctrecov = 135% Water Year = 2001 plotvalue = 130% pctrecov = 133% Water Year = 2001 plotvalue = 130% pctrecov = 138% Water Year = 2001 plotvalue = 130% pctrecov = 134% Water Year = 2001 plotvalue = 130% pctrecov = 132% Water Year = 2001 plotvalue = 130% pctrecov = 134% Water Year = 2000 plotvalue = 105% pctrecov = 105% Water Year = 1999 plotvalue = 107% pctrecov = 107% Water Year = 1999 plotvalue = 123% pctrecov = 123% Water Year = 1999 plotvalue = 130% pctrecov = 203% Water Year = 1999 plotvalue = 87% pctrecov = 87% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 110% pctrecov = 110% Water Year = 1998 plotvalue = 110% pctrecov = 110% Water Year = 1998 plotvalue = 111% pctrecov = 111% Water Year = 1998 plotvalue = 111% pctrecov = 111% Water Year = 1998 plotvalue = 111% pctrecov = 111% Water Year = 1998 plotvalue = 112% pctrecov = 112% Water Year = 1998 plotvalue = 112% pctrecov = 112% Water Year = 1998 plotvalue = 112% pctrecov = 112% Water Year = 1998 plotvalue = 113% pctrecov = 113% Water Year = 1998 plotvalue = 113% pctrecov = 113% Water Year = 1998 plotvalue = 114% pctrecov = 114% Water Year = 1998 plotvalue = 114% pctrecov = 114% Water Year = 1998 plotvalue = 114% pctrecov = 114% Water Year = 1998 plotvalue = 114% pctrecov = 114% Water Year = 1998 plotvalue = 114% pctrecov = 114% Water Year = 1998 plotvalue = 115% pctrecov = 115% Water Year = 1998 plotvalue = 115% pctrecov = 115% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 117% pctrecov = 117% Water Year = 1998 plotvalue = 118% pctrecov = 118% Water Year = 1998 plotvalue = 119% pctrecov = 119% Water Year = 1998 plotvalue = 120% pctrecov = 120% Water Year = 1998 plotvalue = 121% pctrecov = 121% Water Year = 1998 plotvalue = 93% pctrecov = 93% Water Year = 1997 plotvalue = 108% pctrecov = 108% Water Year = 1997 plotvalue = 110% pctrecov = 110% Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 131 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 144 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 101% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 107% Number of Observations = 143 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 143 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 179 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 180 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2001 First Quartile = 90% Median = 99% Third Quartile = 100% Number of Observations = 129 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 2000 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 60 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1999 First Quartile = 98% Median = 99% Third Quartile = 102% Number of Observations = 239 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Acid Neutralizing Capacity (ANC; as CaCO3), UNF, TITR

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Acid Neutralizing Capacity (ANC; as CaCO3), UNF, TITR 90410TT040 1997 240 98.8% 101.4% 102.2%
    1998 240 100.3% 102.0% 103.7%
    1999 239 98.4% 99.5% 101.6%
    2000 60 98.5% 99.6% 100.9%
    2001 129 90.4% 98.7% 100.3%
    2002 180 97.9% 100.5% 104.1%
    2003 179 100.4% 102.4% 107.0%
    2004 143 100.3% 100.7% 103.7%
    2005 144 101.8% 103.4% 110.6%
    2006 138 104.2% 105.9% 107.8%
    2007 134 103.1% 104.1% 106.9%
    2008 143 103.5% 104.5% 107.1%
    2009 141 100.7% 102.7% 103.8%
    2010 144 102.1% 102.8% 103.8%
    2011 131 103.0% 103.6% 105.1%

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


- Alkalinity (as CaCO3), FIL, TITR -
Lab: NWQL, PCode: 29801, MCode: TT040
Dates: 10/05/99 through 09/28/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 110% pctrecov = 110% Water Year = 2011 plotvalue = 111% pctrecov = 111% Water Year = 2011 plotvalue = 112% pctrecov = 112% Water Year = 2011 plotvalue = 99% pctrecov = 99% Water Year = 2011 plotvalue = 96% pctrecov = 96% Water Year = 2011 plotvalue = 96% pctrecov = 96% Water Year = 2011 plotvalue = 95% pctrecov = 95% Water Year = 2011 plotvalue = 95% pctrecov = 95% Water Year = 2011 plotvalue = 95% pctrecov = 95% Water Year = 2011 plotvalue = 94% pctrecov = 94% Water Year = 2011 plotvalue = 93% pctrecov = 93% Water Year = 2010 plotvalue = 108% pctrecov = 108% Water Year = 2010 plotvalue = 108% pctrecov = 108% Water Year = 2010 plotvalue = 130% pctrecov = 221% Water Year = 2010 plotvalue = 70% pctrecov = 68% Water Year = 2010 plotvalue = 70% pctrecov = 62% Water Year = 2010 plotvalue = 70% pctrecov = 64% Water Year = 2010 plotvalue = 70% pctrecov = 65% Water Year = 2010 plotvalue = 70% pctrecov = 64% Water Year = 2010 plotvalue = 70% pctrecov = 63% Water Year = 2009 plotvalue = 112% pctrecov = 112% Water Year = 2009 plotvalue = 130% pctrecov = 137% Water Year = 2009 plotvalue = 95% pctrecov = 95% Water Year = 2009 plotvalue = 95% pctrecov = 95% Water Year = 2009 plotvalue = 95% pctrecov = 95% Water Year = 2007 plotvalue = 130% pctrecov = 1092% Water Year = 2007 plotvalue = 130% pctrecov = 419% Water Year = 2007 plotvalue = 70% pctrecov = 9% Water Year = 2007 plotvalue = 70% pctrecov = 14% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 114% pctrecov = 114% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 116% pctrecov = 116% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 117% pctrecov = 117% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 99% pctrecov = 99% Water Year = 2006 plotvalue = 98% pctrecov = 98% Water Year = 2006 plotvalue = 98% pctrecov = 98% Water Year = 2006 plotvalue = 97% pctrecov = 97% Water Year = 2005 plotvalue = 125% pctrecov = 125% Water Year = 2005 plotvalue = 125% pctrecov = 125% Water Year = 2005 plotvalue = 127% pctrecov = 127% Water Year = 2005 plotvalue = 129% pctrecov = 129% Water Year = 2005 plotvalue = 130% pctrecov = 2721% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 130% pctrecov = 520% Water Year = 2004 plotvalue = 99% pctrecov = 99% Water Year = 2004 plotvalue = 99% pctrecov = 99% Water Year = 2004 plotvalue = 99% pctrecov = 99% Water Year = 2004 plotvalue = 98% pctrecov = 98% Water Year = 2003 plotvalue = 119% pctrecov = 119% Water Year = 2003 plotvalue = 119% pctrecov = 119% Water Year = 2003 plotvalue = 122% pctrecov = 122% Water Year = 2003 plotvalue = 122% pctrecov = 122% Water Year = 2003 plotvalue = 123% pctrecov = 123% Water Year = 2003 plotvalue = 124% pctrecov = 124% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 126% pctrecov = 126% Water Year = 2003 plotvalue = 126% pctrecov = 126% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2011 First Quartile = 103% Median = 104% Third Quartile = 105% Number of Observations = 128 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2010 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 141 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2009 First Quartile = 100% Median = 103% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2008 First Quartile = 104% Median = 104% Third Quartile = 107% Number of Observations = 143 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2007 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 134 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2006 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 138 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 111% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 101% Number of Observations = 71 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2003 First Quartile = 100% Median = 102% Third Quartile = 107% Number of Observations = 163 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2002 First Quartile = 98% Median = 104% Third Quartile = 105% Number of Observations = 58 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2001 First Quartile = 99% Median = 120% Third Quartile = 130% Number of Observations = 32 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Water Year = 2000 First Quartile = 100% Median = 100% Third Quartile = 101% Number of Observations = 14 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Alkalinity (as CaCO3), FIL, TITR

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Alkalinity (as CaCO3), FIL, TITR 29801TT040 2000 14 100.0% 100.4% 100.8%
    2001 32 98.7% 120.2% 131.0%
    2002 58 98.2% 103.7% 105.0%
    2003 163 100.3% 102.2% 106.9%
    2004 71 100.2% 100.6% 100.8%
    2005 144 101.7% 103.3% 110.7%
    2006 138 104.2% 105.8% 107.7%
    2007 134 103.1% 104.1% 107.5%
    2008 143 103.6% 104.4% 107.0%
    2009 137 100.4% 102.6% 103.8%
    2010 141 101.8% 102.7% 103.7%
    2011 128 103.0% 103.8% 105.4%

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


- Bromide, FIL, IC -
Lab: NWQL, PCode: 71870, MCode: IC027
Dates: 10/21/10 through 09/28/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 121% pctrecov = 121% Water Year = 2011 plotvalue = 76% pctrecov = 76% Water Year = 2011 plotvalue = 74% pctrecov = 74% Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Water Year = 2011 First Quartile = 92% Median = 97% Third Quartile = 102% Number of Observations = 122 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Bromide, FIL, IC

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Bromide, FIL, IC 71870IC027 2011 122 92.4% 97.1% 102.3%

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


- Calcium, FIL, ICP-OES -
Lab: NWQL, PCode: 00915, MCode: PLA11
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 87% pctrecov = 87% Water Year = 2008 plotvalue = 116% pctrecov = 116% Water Year = 2008 plotvalue = 120% pctrecov = 120% Water Year = 2008 plotvalue = 124% pctrecov = 124% Water Year = 2008 plotvalue = 124% pctrecov = 124% Water Year = 2007 plotvalue = 111% pctrecov = 111% Water Year = 2007 plotvalue = 92% pctrecov = 92% Water Year = 2007 plotvalue = 90% pctrecov = 90% Water Year = 2007 plotvalue = 90% pctrecov = 90% Water Year = 2006 plotvalue = 110% pctrecov = 110% Water Year = 2006 plotvalue = 110% pctrecov = 110% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 113% pctrecov = 113% Water Year = 2006 plotvalue = 92% pctrecov = 92% Water Year = 2006 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 130% pctrecov = 136% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 115% pctrecov = 115% Water Year = 2004 plotvalue = 130% pctrecov = 213% Water Year = 2004 plotvalue = 89% pctrecov = 89% Water Year = 2004 plotvalue = 70% pctrecov = 21% Water Year = 2003 plotvalue = 111% pctrecov = 111% Water Year = 2003 plotvalue = 122% pctrecov = 122% Water Year = 2003 plotvalue = 130% pctrecov = 145% Water Year = 2003 plotvalue = 85% pctrecov = 85% Water Year = 2002 plotvalue = 120% pctrecov = 120% Water Year = 2002 plotvalue = 90% pctrecov = 90% Water Year = 2002 plotvalue = 70% pctrecov = 0% Water Year = 2001 plotvalue = 106% pctrecov = 106% Water Year = 2001 plotvalue = 107% pctrecov = 107% Water Year = 2001 plotvalue = 114% pctrecov = 114% Water Year = 2001 plotvalue = 93% pctrecov = 93% Water Year = 2001 plotvalue = 93% pctrecov = 93% Water Year = 2001 plotvalue = 93% pctrecov = 93% Water Year = 2000 plotvalue = 106% pctrecov = 106% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 110% pctrecov = 110% Water Year = 2000 plotvalue = 112% pctrecov = 112% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 124% pctrecov = 124% Water Year = 2000 plotvalue = 130% pctrecov = 176% Water Year = 2000 plotvalue = 130% pctrecov = 242% Water Year = 2000 plotvalue = 130% pctrecov = 175% Water Year = 2000 plotvalue = 130% pctrecov = 572% Water Year = 2000 plotvalue = 130% pctrecov = 156% Water Year = 2000 plotvalue = 130% pctrecov = 137% Water Year = 2000 plotvalue = 89% pctrecov = 89% Water Year = 1999 plotvalue = 90% pctrecov = 90% Water Year = 1998 plotvalue = 107% pctrecov = 107% Water Year = 1998 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 109% pctrecov = 109% Water Year = 1997 plotvalue = 110% pctrecov = 110% Water Year = 1997 plotvalue = 89% pctrecov = 89% Water Year = 1997 plotvalue = 84% pctrecov = 84% Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 97% Median = 100% Third Quartile = 104% Number of Observations = 137 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 99% Median = 102% Third Quartile = 104% Number of Observations = 118 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 137 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 134 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 142 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2004 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 192 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 199 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 238 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 100% Number of Observations = 237 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Calcium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Calcium, FIL, ICP-OES 00915PLA11 1997 240 97.7% 99.7% 102.0%
    1998 240 97.7% 99.4% 101.3%
    1999 237 96.8% 98.3% 100.1%
    2000 238 96.2% 97.9% 99.8%
    2001 199 98.1% 99.7% 101.0%
    2002 240 97.0% 99.0% 100.8%
    2003 190 96.8% 99.9% 102.4%
    2004 192 98.5% 100.9% 104.1%
    2005 142 98.0% 99.9% 103.2%
    2006 142 98.9% 100.7% 103.1%
    2007 134 99.1% 101.3% 103.6%
    2008 137 97.8% 100.1% 102.5%
    2009 118 99.1% 101.7% 104.4%
    2010 144 95.8% 99.1% 101.9%
    2011 137 97.0% 100.5% 103.5%

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


- Calcium, UNF, ICP-OES -
Lab: NWQL, PCode: 00916, MCode: PLA15
Dates: 10/14/99 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 397% Water Year = 2009 plotvalue = 107% pctrecov = 107% Water Year = 2008 plotvalue = 105% pctrecov = 105% Water Year = 2008 plotvalue = 110% pctrecov = 110% Water Year = 2000 plotvalue = 103% pctrecov = 103% Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2011 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 37 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 42 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 96% Third Quartile = 98% Number of Observations = 34 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2008 First Quartile = 95% Median = 96% Third Quartile = 99% Number of Observations = 40 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2007 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 42 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2001 First Quartile = 92% Median = 96% Third Quartile = 96% Number of Observations = 12 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Water Year = 2000 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 11 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Calcium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Calcium, UNF, ICP-OES 00916PLA15 2000 11 97.0% 97.5% 98.7%
    2001 12 92.2% 95.6% 96.4%
    2007 42 96.7% 98.4% 100.9%
    2008 40 94.6% 96.4% 98.6%
    2009 34 94.6% 96.3% 98.3%
    2010 42 94.1% 97.0% 99.2%
    2011 37 96.6% 97.6% 98.9%

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


- Chloride, FIL, IC -
Lab: NWQL, PCode: 00940, MCode: IC022
Dates: 10/04/96 through 09/21/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 107% pctrecov = 107% Water Year = 2011 plotvalue = 107% pctrecov = 107% 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 = 109% pctrecov = 109% Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 106% pctrecov = 106% Water Year = 2010 plotvalue = 107% pctrecov = 107% Water Year = 2010 plotvalue = 108% pctrecov = 108% 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 = 104% pctrecov = 104% Water Year = 2008 plotvalue = 104% pctrecov = 104% Water Year = 2007 plotvalue = 90% pctrecov = 90% Water Year = 2006 plotvalue = 104% pctrecov = 104% Water Year = 2006 plotvalue = 104% pctrecov = 104% Water Year = 2006 plotvalue = 104% pctrecov = 104% Water Year = 2006 plotvalue = 104% pctrecov = 104% Water Year = 2006 plotvalue = 104% pctrecov = 104% Water Year = 2006 plotvalue = 104% pctrecov = 104% Water Year = 2006 plotvalue = 105% pctrecov = 105% Water Year = 2006 plotvalue = 88% pctrecov = 88% Water Year = 2005 plotvalue = 106% pctrecov = 106% Water Year = 2005 plotvalue = 107% pctrecov = 107% Water Year = 2005 plotvalue = 112% pctrecov = 112% Water Year = 2005 plotvalue = 125% pctrecov = 125% Water Year = 2005 plotvalue = 91% pctrecov = 91% Water Year = 2004 plotvalue = 106% pctrecov = 106% Water Year = 2004 plotvalue = 106% pctrecov = 106% Water Year = 2004 plotvalue = 106% pctrecov = 106% 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 = 107% pctrecov = 107% Water Year = 2004 plotvalue = 107% pctrecov = 107% Water Year = 2004 plotvalue = 108% pctrecov = 108% Water Year = 2004 plotvalue = 109% pctrecov = 109% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 111% pctrecov = 111% Water Year = 2004 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 96% pctrecov = 96% Water Year = 2004 plotvalue = 96% pctrecov = 96% Water Year = 2004 plotvalue = 96% pctrecov = 96% Water Year = 2004 plotvalue = 95% pctrecov = 95% Water Year = 2004 plotvalue = 93% pctrecov = 93% Water Year = 2004 plotvalue = 72% pctrecov = 72% Water Year = 2003 plotvalue = 106% pctrecov = 106% Water Year = 2003 plotvalue = 106% pctrecov = 106% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 91% pctrecov = 91% Water Year = 2003 plotvalue = 91% pctrecov = 91% Water Year = 2003 plotvalue = 90% pctrecov = 90% Water Year = 2003 plotvalue = 89% pctrecov = 89% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 70% pctrecov = 1% Water Year = 2002 plotvalue = 109% pctrecov = 109% Water Year = 2002 plotvalue = 130% pctrecov = 521% Water Year = 2001 plotvalue = 70% pctrecov = 1% Water Year = 2000 plotvalue = 113% pctrecov = 113% Water Year = 2000 plotvalue = 122% pctrecov = 122% Water Year = 2000 plotvalue = 130% pctrecov = 134% Water Year = 2000 plotvalue = 130% pctrecov = 86900% Water Year = 2000 plotvalue = 92% pctrecov = 92% Water Year = 2000 plotvalue = 91% pctrecov = 91% Water Year = 2000 plotvalue = 87% pctrecov = 87% Water Year = 2000 plotvalue = 87% pctrecov = 87% Water Year = 2000 plotvalue = 87% pctrecov = 87% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 78% pctrecov = 78% Water Year = 2000 plotvalue = 70% pctrecov = 17% Water Year = 1999 plotvalue = 108% pctrecov = 108% Water Year = 1999 plotvalue = 112% pctrecov = 112% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 92% pctrecov = 92% Water Year = 1999 plotvalue = 70% pctrecov = 24% Water Year = 1999 plotvalue = 70% pctrecov = 33% Water Year = 1998 plotvalue = 111% pctrecov = 111% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1998 plotvalue = 87% pctrecov = 87% Water Year = 1997 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 110% pctrecov = 110% Water Year = 1997 plotvalue = 110% pctrecov = 110% Water Year = 1997 plotvalue = 111% pctrecov = 111% Water Year = 1997 plotvalue = 112% pctrecov = 112% Water Year = 1997 plotvalue = 130% pctrecov = 138% Water Year = 1997 plotvalue = 95% pctrecov = 95% Water Year = 1997 plotvalue = 95% pctrecov = 95% Water Year = 1997 plotvalue = 93% pctrecov = 93% Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2011 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 124 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2010 First Quartile = 97% Median = 98% Third Quartile = 101% Number of Observations = 136 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2009 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2008 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 143 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2007 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 134 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 96% Third Quartile = 98% Number of Observations = 138 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 144 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2004 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2003 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 239 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 204 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2001 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 177 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 2000 First Quartile = 100% Median = 103% Third Quartile = 105% Number of Observations = 239 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1999 First Quartile = 100% Median = 101% Third Quartile = 103% Number of Observations = 237 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1998 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 240 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Water Year = 1997 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 241 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Chloride, FIL, IC

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Chloride, FIL, IC 00940IC022 1997 241 100.5% 101.9% 103.1%
    1998 240 99.8% 101.6% 103.6%
    1999 237 99.6% 101.1% 102.9%
    2000 239 100.1% 102.6% 104.8%
    2001 177 97.6% 101.0% 104.5%
    2002 204 100.4% 101.6% 103.4%
    2003 239 97.0% 99.0% 100.4%
    2004 190 99.8% 100.7% 102.1%
    2005 144 98.8% 100.4% 101.6%
    2006 138 94.3% 95.8% 97.8%
    2007 134 95.8% 97.9% 99.5%
    2008 143 95.6% 96.7% 98.5%
    2009 140 95.6% 97.3% 98.8%
    2010 136 97.1% 98.5% 100.8%
    2011 124 97.7% 99.2% 101.5%

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


- Chloride, FIL, IC, LL -
Lab: NWQL, PCode: 00940, MCode: IC024
Dates: 10/23/96 through 09/22/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2009 plotvalue = 70% pctrecov = 3% Water Year = 2008 plotvalue = 125% pctrecov = 125% Water Year = 2008 plotvalue = 130% pctrecov = 130% Water Year = 2008 plotvalue = 94% pctrecov = 94% Water Year = 2007 plotvalue = 115% pctrecov = 115% Water Year = 2007 plotvalue = 70% pctrecov = 9% Water Year = 2007 plotvalue = 70% pctrecov = 67% Water Year = 2006 plotvalue = 106% pctrecov = 106% Water Year = 2006 plotvalue = 106% pctrecov = 106% Water Year = 2006 plotvalue = 98% pctrecov = 98% Water Year = 2005 plotvalue = 107% pctrecov = 107% Water Year = 2005 plotvalue = 107% pctrecov = 107% Water Year = 2005 plotvalue = 108% pctrecov = 108% Water Year = 2005 plotvalue = 108% pctrecov = 108% Water Year = 2005 plotvalue = 108% pctrecov = 108% Water Year = 2005 plotvalue = 108% pctrecov = 108% Water Year = 2005 plotvalue = 108% pctrecov = 108% Water Year = 2001 plotvalue = 119% pctrecov = 119% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 86% pctrecov = 86% Water Year = 1998 plotvalue = 70% pctrecov = 51% Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 44 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 48 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2008 First Quartile = 104% Median = 106% Third Quartile = 107% Number of Observations = 43 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2007 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2006 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 46 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2005 First Quartile = 102% Median = 103% Third Quartile = 104% Number of Observations = 48 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2004 First Quartile = 100% Median = 105% Third Quartile = 106% Number of Observations = 24 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2003 First Quartile = 102% Median = 106% Third Quartile = 107% Number of Observations = 22 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2002 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 12 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2001 First Quartile = 98% Median = 103% Third Quartile = 104% Number of Observations = 20 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 2000 First Quartile = 83% Median = 95% Third Quartile = 105% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 83% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1998 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 11 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Water Year = 1997 First Quartile = 71% Median = 88% Third Quartile = 100% Number of Observations = 23 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Chloride, FIL, IC, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Chloride, FIL, IC, LL 00940IC024 1997 23 71.0% 88.4% 100.0%
    1998 11 99.1% 100.8% 104.3%
    1999 12 82.5% 103.7% 105.5%
    2000 12 83.0% 94.8% 105.4%
    2001 20 98.2% 103.4% 104.1%
    2002 12 101.5% 102.3% 104.1%
    2003 22 101.6% 106.0% 107.5%
    2004 24 100.0% 104.7% 105.8%
    2005 48 102.3% 103.2% 104.0%
    2006 46 101.0% 101.9% 102.9%
    2007 46 98.9% 101.3% 104.4%
    2008 43 103.6% 105.8% 106.7%
    2009 40 98.7% 100.2% 101.6%
    2010 48 98.2% 99.7% 102.0%
    2011 44 98.3% 100.9% 102.2%

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


- Fluoride, FIL -
Lab: NWQL, PCode: 00950, MCode: ISE04
Dates: 05/01/02 through 05/28/03
Open Data Set
Boxplot Description

Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 130% pctrecov = 135% Water Year = 2003 plotvalue = 130% pctrecov = 133% Water Year = 2003 plotvalue = 87% pctrecov = 87% Water Year = 2003 plotvalue = 77% pctrecov = 77% Water Year = 2002 plotvalue = 119% pctrecov = 119% Water Year = 2002 plotvalue = 120% pctrecov = 120% Water Year = 2002 plotvalue = 73% pctrecov = 73% Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2003 First Quartile = 101% Median = 105% Third Quartile = 110% Number of Observations = 131 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Water Year = 2002 First Quartile = 94% Median = 99% Third Quartile = 104% Number of Observations = 99 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Fluoride, FIL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Fluoride, FIL 00950ISE04 2002 99 94.5% 99.4% 103.7%
    2003 131 101.4% 105.0% 110.3%

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


- Fluoride, FIL, IC, LL -
Lab: NWQL, PCode: 00950, MCode: IC024
Dates: 10/23/96 through 10/23/02
Open Data Set
Boxplot Description

Water Year = 2002 plotvalue = 124% pctrecov = 124% Water Year = 1999 plotvalue = 71% pctrecov = 71% Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2002 First Quartile = 100% Median = 103% Third Quartile = 109% Number of Observations = 12 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 106% Third Quartile = 123% Number of Observations = 20 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 2000 First Quartile = 95% Median = 121% Third Quartile = 125% Number of Observations = 11 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1999 First Quartile = 100% Median = 108% Third Quartile = 113% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1998 First Quartile = 91% Median = 108% Third Quartile = 122% Number of Observations = 12 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Water Year = 1997 First Quartile = 85% Median = 95% Third Quartile = 106% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Fluoride, FIL, IC, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Fluoride, FIL, IC, LL 00950IC024 1997 24 84.7% 94.8% 105.8%
    1998 12 91.0% 107.6% 121.8%
    1999 12 99.6% 107.6% 113.3%
    2000 11 94.7% 120.6% 125.0%
    2001 20 99.3% 105.6% 122.6%
    2002 12 100.3% 103.4% 108.6%

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


- Fluoride, FIL, ISE -
Lab: NWQL, PCode: 00950, MCode: ISE05
Dates: 10/04/96 through 09/22/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 119% pctrecov = 119% Water Year = 2011 plotvalue = 119% pctrecov = 119% Water Year = 2011 plotvalue = 121% pctrecov = 121% Water Year = 2011 plotvalue = 121% pctrecov = 121% Water Year = 2011 plotvalue = 126% pctrecov = 126% Water Year = 2011 plotvalue = 90% pctrecov = 90% Water Year = 2011 plotvalue = 88% pctrecov = 88% Water Year = 2011 plotvalue = 85% pctrecov = 85% Water Year = 2011 plotvalue = 84% pctrecov = 84% Water Year = 2011 plotvalue = 84% pctrecov = 84% Water Year = 2011 plotvalue = 78% pctrecov = 78% Water Year = 2011 plotvalue = 70% pctrecov = 55% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 118% pctrecov = 118% Water Year = 2010 plotvalue = 91% pctrecov = 91% Water Year = 2009 plotvalue = 121% pctrecov = 121% Water Year = 2009 plotvalue = 123% pctrecov = 123% Water Year = 2009 plotvalue = 124% pctrecov = 124% Water Year = 2009 plotvalue = 127% pctrecov = 127% Water Year = 2009 plotvalue = 130% pctrecov = 131% Water Year = 2009 plotvalue = 130% pctrecov = 132% Water Year = 2009 plotvalue = 78% pctrecov = 78% Water Year = 2009 plotvalue = 78% pctrecov = 78% Water Year = 2009 plotvalue = 70% pctrecov = 70% Water Year = 2009 plotvalue = 70% pctrecov = 62% Water Year = 2008 plotvalue = 130% pctrecov = 131% Water Year = 2008 plotvalue = 88% pctrecov = 88% Water Year = 2008 plotvalue = 87% pctrecov = 87% Water Year = 2007 plotvalue = 129% pctrecov = 129% Water Year = 2007 plotvalue = 129% pctrecov = 129% Water Year = 2007 plotvalue = 87% pctrecov = 87% Water Year = 2006 plotvalue = 126% pctrecov = 126% Water Year = 2006 plotvalue = 129% pctrecov = 129% Water Year = 2006 plotvalue = 130% pctrecov = 132% Water Year = 2006 plotvalue = 130% pctrecov = 134% Water Year = 2006 plotvalue = 130% pctrecov = 131% Water Year = 2005 plotvalue = 114% pctrecov = 114% Water Year = 2005 plotvalue = 117% pctrecov = 117% Water Year = 2005 plotvalue = 98% pctrecov = 98% Water Year = 2004 plotvalue = 114% pctrecov = 114% Water Year = 2004 plotvalue = 114% pctrecov = 114% Water Year = 2004 plotvalue = 114% pctrecov = 114% Water Year = 2004 plotvalue = 117% pctrecov = 117% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 119% pctrecov = 119% Water Year = 2003 plotvalue = 121% pctrecov = 121% Water Year = 2003 plotvalue = 121% pctrecov = 121% Water Year = 2003 plotvalue = 125% pctrecov = 125% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2002 plotvalue = 122% pctrecov = 122% Water Year = 2002 plotvalue = 123% pctrecov = 123% Water Year = 2002 plotvalue = 124% pctrecov = 124% Water Year = 2002 plotvalue = 124% pctrecov = 124% Water Year = 2002 plotvalue = 125% pctrecov = 125% Water Year = 2002 plotvalue = 126% pctrecov = 126% Water Year = 2002 plotvalue = 127% pctrecov = 127% Water Year = 2002 plotvalue = 128% pctrecov = 128% Water Year = 2002 plotvalue = 130% pctrecov = 130% Water Year = 2002 plotvalue = 130% pctrecov = 146% Water Year = 2002 plotvalue = 130% pctrecov = 150% Water Year = 2002 plotvalue = 130% pctrecov = 131% Water Year = 2002 plotvalue = 83% pctrecov = 83% Water Year = 2002 plotvalue = 81% pctrecov = 81% Water Year = 2002 plotvalue = 73% pctrecov = 73% Water Year = 2001 plotvalue = 119% pctrecov = 119% Water Year = 2001 plotvalue = 119% pctrecov = 119% Water Year = 2001 plotvalue = 130% pctrecov = 137% Water Year = 2001 plotvalue = 90% pctrecov = 90% Water Year = 2001 plotvalue = 86% pctrecov = 86% Water Year = 2000 plotvalue = 124% pctrecov = 124% Water Year = 2000 plotvalue = 124% pctrecov = 124% Water Year = 2000 plotvalue = 124% pctrecov = 124% Water Year = 2000 plotvalue = 125% pctrecov = 125% Water Year = 2000 plotvalue = 128% pctrecov = 128% Water Year = 2000 plotvalue = 128% pctrecov = 128% Water Year = 2000 plotvalue = 130% pctrecov = 131% Water Year = 2000 plotvalue = 81% pctrecov = 81% Water Year = 2000 plotvalue = 77% pctrecov = 77% Water Year = 2000 plotvalue = 77% pctrecov = 77% Water Year = 2000 plotvalue = 77% pctrecov = 77% Water Year = 2000 plotvalue = 76% pctrecov = 76% Water Year = 2000 plotvalue = 76% pctrecov = 76% Water Year = 2000 plotvalue = 70% pctrecov = 49% Water Year = 2000 plotvalue = 70% pctrecov = 38% Water Year = 2000 plotvalue = 70% pctrecov = 19% Water Year = 1999 plotvalue = 125% pctrecov = 125% Water Year = 1999 plotvalue = 127% pctrecov = 127% Water Year = 1999 plotvalue = 130% pctrecov = 183% Water Year = 1999 plotvalue = 82% pctrecov = 82% Water Year = 1999 plotvalue = 74% pctrecov = 74% Water Year = 1999 plotvalue = 73% pctrecov = 73% Water Year = 1999 plotvalue = 71% pctrecov = 71% Water Year = 1999 plotvalue = 70% pctrecov = 70% Water Year = 1999 plotvalue = 70% pctrecov = 60% Water Year = 1999 plotvalue = 70% pctrecov = 25% Water Year = 1998 plotvalue = 122% pctrecov = 122% Water Year = 1998 plotvalue = 125% pctrecov = 125% Water Year = 1998 plotvalue = 128% pctrecov = 128% Water Year = 1998 plotvalue = 129% pctrecov = 129% Water Year = 1998 plotvalue = 130% pctrecov = 175% Water Year = 1998 plotvalue = 130% pctrecov = 132% Water Year = 1998 plotvalue = 89% pctrecov = 89% Water Year = 1997 plotvalue = 123% pctrecov = 123% Water Year = 1997 plotvalue = 130% pctrecov = 130% Water Year = 1997 plotvalue = 130% pctrecov = 130% Water Year = 1997 plotvalue = 130% pctrecov = 130% Water Year = 1997 plotvalue = 130% pctrecov = 130% Water Year = 1997 plotvalue = 87% pctrecov = 87% Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2011 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 126 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 97% Median = 99% Third Quartile = 102% Number of Observations = 144 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2009 First Quartile = 98% Median = 101% Third Quartile = 107% Number of Observations = 141 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2008 First Quartile = 105% Median = 108% Third Quartile = 115% Number of Observations = 143 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2007 First Quartile = 105% Median = 109% Third Quartile = 114% Number of Observations = 132 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2006 First Quartile = 105% Median = 108% Third Quartile = 113% Number of Observations = 138 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 104% Median = 106% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2004 First Quartile = 103% Median = 104% Third Quartile = 107% Number of Observations = 160 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 107% Number of Observations = 103 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 102% Third Quartile = 108% Number of Observations = 238 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2001 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 2000 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 241 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1999 First Quartile = 97% Median = 101% Third Quartile = 106% Number of Observations = 208 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1998 First Quartile = 102% Median = 106% Third Quartile = 110% Number of Observations = 235 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Water Year = 1997 First Quartile = 101% Median = 105% Third Quartile = 109% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Fluoride, FIL, ISE

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Fluoride, FIL, ISE 00950ISE05 1997 240 100.6% 105.3% 109.3%
    1998 235 101.9% 106.0% 109.7%
    1999 208 97.4% 101.2% 105.9%
    2000 241 96.9% 102.3% 107.3%
    2001 241 99.7% 102.8% 105.9%
    2002 238 97.8% 102.3% 107.5%
    2003 103 101.3% 104.0% 107.5%
    2004 160 102.7% 104.5% 106.9%
    2005 144 104.3% 105.7% 108.0%
    2006 138 105.3% 108.5% 113.3%
    2007 132 105.0% 109.4% 113.9%
    2008 143 104.6% 108.4% 114.6%
    2009 141 97.9% 101.5% 106.9%
    2010 144 97.4% 99.3% 101.9%
    2011 126 99.6% 102.8% 105.9%

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


- Magnesium, FIL, ICP-OES -
Lab: NWQL, PCode: 00925, MCode: PLA11
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 112% pctrecov = 112% Water Year = 2009 plotvalue = 86% pctrecov = 86% Water Year = 2009 plotvalue = 84% pctrecov = 84% Water Year = 2008 plotvalue = 107% pctrecov = 107% Water Year = 2008 plotvalue = 107% pctrecov = 107% Water Year = 2008 plotvalue = 109% pctrecov = 109% Water Year = 2008 plotvalue = 117% pctrecov = 117% Water Year = 2008 plotvalue = 90% pctrecov = 90% Water Year = 2008 plotvalue = 90% pctrecov = 90% Water Year = 2008 plotvalue = 88% pctrecov = 88% Water Year = 2008 plotvalue = 86% pctrecov = 86% Water Year = 2008 plotvalue = 74% pctrecov = 74% Water Year = 2007 plotvalue = 114% pctrecov = 114% Water Year = 2007 plotvalue = 130% pctrecov = 133% Water Year = 2007 plotvalue = 89% pctrecov = 89% Water Year = 2007 plotvalue = 88% pctrecov = 88% Water Year = 2007 plotvalue = 86% pctrecov = 86% Water Year = 2007 plotvalue = 81% pctrecov = 81% Water Year = 2006 plotvalue = 107% pctrecov = 107% Water Year = 2006 plotvalue = 107% pctrecov = 107% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 121% pctrecov = 121% Water Year = 2006 plotvalue = 130% pctrecov = 163% Water Year = 2006 plotvalue = 88% pctrecov = 88% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 87% pctrecov = 87% Water Year = 2005 plotvalue = 78% pctrecov = 78% Water Year = 2004 plotvalue = 115% pctrecov = 115% Water Year = 2004 plotvalue = 123% pctrecov = 123% Water Year = 2004 plotvalue = 130% pctrecov = 2965% Water Year = 2004 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 108% pctrecov = 108% Water Year = 2003 plotvalue = 109% pctrecov = 109% Water Year = 2003 plotvalue = 109% pctrecov = 109% Water Year = 2003 plotvalue = 109% pctrecov = 109% Water Year = 2003 plotvalue = 109% pctrecov = 109% Water Year = 2003 plotvalue = 109% pctrecov = 109% Water Year = 2003 plotvalue = 111% pctrecov = 111% Water Year = 2003 plotvalue = 111% pctrecov = 111% Water Year = 2003 plotvalue = 117% pctrecov = 117% Water Year = 2003 plotvalue = 123% pctrecov = 123% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2002 plotvalue = 106% pctrecov = 106% Water Year = 2002 plotvalue = 93% pctrecov = 93% Water Year = 2002 plotvalue = 70% pctrecov = 1% Water Year = 2001 plotvalue = 109% pctrecov = 109% Water Year = 2001 plotvalue = 113% pctrecov = 113% Water Year = 2001 plotvalue = 78% pctrecov = 78% Water Year = 2000 plotvalue = 107% pctrecov = 107% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 128% pctrecov = 128% Water Year = 2000 plotvalue = 91% pctrecov = 91% Water Year = 2000 plotvalue = 90% pctrecov = 90% Water Year = 2000 plotvalue = 90% pctrecov = 90% Water Year = 2000 plotvalue = 89% pctrecov = 89% Water Year = 2000 plotvalue = 89% pctrecov = 89% Water Year = 2000 plotvalue = 89% pctrecov = 89% Water Year = 2000 plotvalue = 87% pctrecov = 87% Water Year = 2000 plotvalue = 87% pctrecov = 87% Water Year = 2000 plotvalue = 85% pctrecov = 85% Water Year = 2000 plotvalue = 85% pctrecov = 85% Water Year = 2000 plotvalue = 85% pctrecov = 85% Water Year = 2000 plotvalue = 84% pctrecov = 84% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 82% pctrecov = 82% Water Year = 2000 plotvalue = 82% pctrecov = 82% Water Year = 2000 plotvalue = 81% pctrecov = 81% Water Year = 2000 plotvalue = 79% pctrecov = 79% Water Year = 2000 plotvalue = 79% pctrecov = 79% Water Year = 2000 plotvalue = 77% pctrecov = 77% Water Year = 1999 plotvalue = 105% pctrecov = 105% Water Year = 1999 plotvalue = 105% pctrecov = 105% Water Year = 1999 plotvalue = 106% pctrecov = 106% Water Year = 1999 plotvalue = 92% pctrecov = 92% Water Year = 1999 plotvalue = 91% pctrecov = 91% Water Year = 1999 plotvalue = 90% pctrecov = 90% Water Year = 1998 plotvalue = 105% pctrecov = 105% Water Year = 1998 plotvalue = 106% pctrecov = 106% Water Year = 1998 plotvalue = 107% pctrecov = 107% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1998 plotvalue = 91% pctrecov = 91% Water Year = 1998 plotvalue = 91% pctrecov = 91% Water Year = 1997 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 108% pctrecov = 108% Water Year = 1997 plotvalue = 112% pctrecov = 112% Water Year = 1997 plotvalue = 88% pctrecov = 88% Water Year = 1997 plotvalue = 88% pctrecov = 88% Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 97% Number of Observations = 144 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2009 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 118 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2008 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 137 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2006 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2005 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 142 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 103% Number of Observations = 192 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2001 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 199 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 237 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Magnesium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Magnesium, FIL, ICP-OES 00925PLA11 1997 240 96.0% 98.3% 100.1%
    1998 240 97.3% 98.8% 100.2%
    1999 237 97.1% 98.7% 100.2%
    2000 238 96.6% 98.9% 100.4%
    2001 199 96.4% 98.3% 101.0%
    2002 240 97.7% 99.3% 100.9%
    2003 190 98.3% 100.2% 102.3%
    2004 192 95.0% 99.4% 102.7%
    2005 142 96.1% 98.7% 100.4%
    2006 142 95.8% 97.9% 100.0%
    2007 134 96.8% 98.7% 101.4%
    2008 137 96.2% 97.9% 99.5%
    2009 118 95.8% 98.8% 101.1%
    2010 144 92.7% 95.0% 97.3%
    2011 137 98.9% 100.9% 103.9%

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


- Magnesium, FIL, ICP-OES, LL -
Lab: NWQL, PCode: 00925, MCode: PLA09
Dates: 10/23/96 through 01/31/97
Open Data Set
Boxplot Description

Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Water Year = 1997 First Quartile = 91% Median = 95% Third Quartile = 105% Number of Observations = 8 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Magnesium, FIL, ICP-OES, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Magnesium, FIL, ICP-OES, LL 00925PLA09 1997 8 90.9% 94.6% 105.0%

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


- Magnesium, UNF, ICP-OES -
Lab: NWQL, PCode: 00927, MCode: PLA15
Dates: 10/14/99 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 290% Water Year = 2010 plotvalue = 100% pctrecov = 100% Water Year = 2010 plotvalue = 107% pctrecov = 107% Water Year = 2009 plotvalue = 107% pctrecov = 107% Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2011 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 37 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2010 First Quartile = 90% Median = 92% Third Quartile = 94% Number of Observations = 42 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2009 First Quartile = 91% Median = 93% Third Quartile = 96% Number of Observations = 34 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2008 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 40 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2007 First Quartile = 93% Median = 95% Third Quartile = 98% Number of Observations = 42 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2001 First Quartile = 94% Median = 97% Third Quartile = 100% Number of Observations = 12 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 11 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Magnesium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Magnesium, UNF, ICP-OES 00927PLA15 2000 11 97.7% 98.6% 101.3%
    2001 12 94.3% 96.7% 100.1%
    2007 42 92.8% 94.5% 97.9%
    2008 40 93.6% 95.1% 96.9%
    2009 34 90.8% 92.6% 95.9%
    2010 42 90.0% 91.7% 93.6%
    2011 37 96.1% 98.7% 100.3%

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


- Potassium, FIL -
Lab: NWQL, PCode: 00935, MCode:
Dates: 05/23/03 through 06/28/03
Open Data Set
Boxplot Description

Water Year = 2003 plotvalue = 115% pctrecov = 115% Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Water Year = 2003 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 38 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Potassium, FIL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Potassium, FIL 00935 2003 38 100.7% 103.9% 106.3%

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


- Potassium, FIL, AA -
Lab: NWQL, PCode: 00935, MCode: AA030
Dates: 10/04/96 through 05/14/03
Open Data Set
Boxplot Description

Water Year = 2003 plotvalue = 122% pctrecov = 122% Water Year = 2003 plotvalue = 81% pctrecov = 81% Water Year = 2003 plotvalue = 80% pctrecov = 80% Water Year = 2003 plotvalue = 76% pctrecov = 76% Water Year = 2003 plotvalue = 70% pctrecov = 18% Water Year = 2003 plotvalue = 70% pctrecov = 68% Water Year = 2002 plotvalue = 107% pctrecov = 107% Water Year = 2002 plotvalue = 109% pctrecov = 109% Water Year = 2002 plotvalue = 110% pctrecov = 110% Water Year = 2002 plotvalue = 111% pctrecov = 111% Water Year = 2002 plotvalue = 111% pctrecov = 111% Water Year = 2002 plotvalue = 111% pctrecov = 111% Water Year = 2002 plotvalue = 112% pctrecov = 112% Water Year = 2002 plotvalue = 121% pctrecov = 121% Water Year = 2002 plotvalue = 86% pctrecov = 86% Water Year = 2002 plotvalue = 85% pctrecov = 85% Water Year = 2002 plotvalue = 85% pctrecov = 85% Water Year = 2001 plotvalue = 117% pctrecov = 117% Water Year = 2001 plotvalue = 128% pctrecov = 128% Water Year = 2001 plotvalue = 128% pctrecov = 128% Water Year = 2001 plotvalue = 80% pctrecov = 80% Water Year = 2001 plotvalue = 80% pctrecov = 80% Water Year = 2001 plotvalue = 78% pctrecov = 78% Water Year = 2001 plotvalue = 77% pctrecov = 77% Water Year = 2001 plotvalue = 72% pctrecov = 72% Water Year = 2001 plotvalue = 70% pctrecov = 20% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 114% pctrecov = 114% Water Year = 2000 plotvalue = 115% pctrecov = 115% Water Year = 2000 plotvalue = 121% pctrecov = 121% Water Year = 2000 plotvalue = 130% pctrecov = 171% Water Year = 2000 plotvalue = 130% pctrecov = 171% Water Year = 2000 plotvalue = 130% pctrecov = 171% Water Year = 2000 plotvalue = 130% pctrecov = 171% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 81% pctrecov = 81% Water Year = 2000 plotvalue = 78% pctrecov = 78% Water Year = 2000 plotvalue = 70% pctrecov = 8% Water Year = 2000 plotvalue = 70% pctrecov = 67% Water Year = 1999 plotvalue = 112% pctrecov = 112% Water Year = 1999 plotvalue = 113% pctrecov = 113% Water Year = 1999 plotvalue = 114% pctrecov = 114% Water Year = 1999 plotvalue = 114% pctrecov = 114% Water Year = 1999 plotvalue = 116% pctrecov = 116% Water Year = 1999 plotvalue = 117% pctrecov = 117% Water Year = 1999 plotvalue = 80% pctrecov = 80% Water Year = 1999 plotvalue = 70% pctrecov = 34% Water Year = 1999 plotvalue = 70% pctrecov = 4% Water Year = 1999 plotvalue = 70% pctrecov = 2% Water Year = 1999 plotvalue = 70% pctrecov = 4% Water Year = 1999 plotvalue = 70% pctrecov = 11% Water Year = 1999 plotvalue = 70% pctrecov = 11% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 110% pctrecov = 110% Water Year = 1998 plotvalue = 110% pctrecov = 110% Water Year = 1998 plotvalue = 111% pctrecov = 111% Water Year = 1998 plotvalue = 113% pctrecov = 113% Water Year = 1998 plotvalue = 115% pctrecov = 115% Water Year = 1998 plotvalue = 116% pctrecov = 116% Water Year = 1998 plotvalue = 117% pctrecov = 117% Water Year = 1998 plotvalue = 120% pctrecov = 120% Water Year = 1998 plotvalue = 88% pctrecov = 88% Water Year = 1998 plotvalue = 88% pctrecov = 88% Water Year = 1998 plotvalue = 86% pctrecov = 86% Water Year = 1998 plotvalue = 70% pctrecov = 35% Water Year = 1998 plotvalue = 70% pctrecov = 51% Water Year = 1998 plotvalue = 70% pctrecov = 21% Water Year = 1997 plotvalue = 109% pctrecov = 109% Water Year = 1997 plotvalue = 111% pctrecov = 111% Water Year = 1997 plotvalue = 112% pctrecov = 112% Water Year = 1997 plotvalue = 112% pctrecov = 112% Water Year = 1997 plotvalue = 112% pctrecov = 112% Water Year = 1997 plotvalue = 113% pctrecov = 113% Water Year = 1997 plotvalue = 114% pctrecov = 114% Water Year = 1997 plotvalue = 123% pctrecov = 123% Water Year = 1997 plotvalue = 130% pctrecov = 133% Water Year = 1997 plotvalue = 130% pctrecov = 147% Water Year = 1997 plotvalue = 86% pctrecov = 86% Water Year = 1997 plotvalue = 83% pctrecov = 83% Water Year = 1997 plotvalue = 70% pctrecov = 37% Water Year = 1997 plotvalue = 70% pctrecov = 7% Water Year = 1997 plotvalue = 70% pctrecov = 3% Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2003 First Quartile = 92% Median = 96% Third Quartile = 99% Number of Observations = 131 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2002 First Quartile = 94% Median = 96% Third Quartile = 99% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 93% Median = 98% Third Quartile = 102% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 97% Third Quartile = 101% Number of Observations = 240 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1999 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 242 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Water Year = 1997 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Potassium, FIL, AA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Potassium, FIL, AA 00935AA030 1997 240 96.3% 98.9% 101.4%
    1998 240 96.7% 98.9% 101.3%
    1999 242 94.5% 97.8% 101.3%
    2000 240 93.8% 97.4% 101.0%
    2001 240 93.5% 97.6% 102.2%
    2002 240 94.4% 96.4% 99.2%
    2003 131 92.4% 95.9% 98.9%

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


- Potassium, FIL, AA, LL -
Lab: NWQL, PCode: 00935, MCode: AA031
Dates: 10/23/96 through 05/13/03
Open Data Set
Boxplot Description

Water Year = 2000 plotvalue = 130% pctrecov = 677% Water Year = 2000 plotvalue = 76% pctrecov = 76% Water Year = 1999 plotvalue = 92% pctrecov = 92% Water Year = 1997 plotvalue = 130% pctrecov = 932% Water Year = 1997 plotvalue = 130% pctrecov = 4407% Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2003 First Quartile = 92% Median = 97% Third Quartile = 101% Number of Observations = 14 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2001 First Quartile = 97% Median = 102% Third Quartile = 107% Number of Observations = 20 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 2000 First Quartile = 98% Median = 99% Third Quartile = 106% Number of Observations = 9 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1999 First Quartile = 104% Median = 106% Third Quartile = 109% Number of Observations = 10 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 101% Median = 101% Third Quartile = 103% Number of Observations = 12 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 102% Third Quartile = 104% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Potassium, FIL, AA, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Potassium, FIL, AA, LL 00935AA031 1997 24 95.3% 101.7% 104.3%
    1998 12 100.6% 101.2% 102.7%
    1999 10 104.2% 105.7% 109.4%
    2000 9 98.5% 99.2% 106.5%
    2001 20 97.2% 101.7% 107.2%
    2003 14 91.8% 97.4% 101.2%

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


- Potassium, FIL, ICP-OES -
Lab: NWQL, PCode: 00935, MCode: PLO03
Dates: 06/05/03 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 107% pctrecov = 107% Water Year = 2010 plotvalue = 108% pctrecov = 108% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 109% pctrecov = 109% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 112% pctrecov = 112% Water Year = 2009 plotvalue = 116% pctrecov = 116% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2008 plotvalue = 112% pctrecov = 112% Water Year = 2008 plotvalue = 121% pctrecov = 121% Water Year = 2008 plotvalue = 130% pctrecov = 1052% Water Year = 2007 plotvalue = 111% pctrecov = 111% Water Year = 2007 plotvalue = 92% pctrecov = 92% Water Year = 2007 plotvalue = 70% pctrecov = 55% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 130% pctrecov = 356% Water Year = 2005 plotvalue = 130% pctrecov = 141% Water Year = 2005 plotvalue = 70% pctrecov = 59% Water Year = 2004 plotvalue = 114% pctrecov = 114% Water Year = 2004 plotvalue = 115% pctrecov = 115% Water Year = 2004 plotvalue = 116% pctrecov = 116% Water Year = 2004 plotvalue = 120% pctrecov = 120% Water Year = 2004 plotvalue = 130% pctrecov = 206% Water Year = 2004 plotvalue = 91% pctrecov = 91% Water Year = 2004 plotvalue = 70% pctrecov = 35% Water Year = 2004 plotvalue = 70% pctrecov = 18% Water Year = 2003 plotvalue = 118% pctrecov = 118% Water Year = 2003 plotvalue = 127% pctrecov = 127% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 70% pctrecov = 8% Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 138 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 101% 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 = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2009 First Quartile = 101% Median = 102% Third Quartile = 106% Number of Observations = 110 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 105% Number of Observations = 141 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 104% Number of Observations = 135 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2005 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 143 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 168 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Water Year = 2003 First Quartile = 100% Median = 103% Third Quartile = 107% Number of Observations = 85 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Potassium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Potassium, FIL, ICP-OES 00935PLO03 2003 85 99.6% 103.0% 107.0%
    2004 168 99.7% 102.9% 105.5%
    2005 143 100.2% 103.1% 105.6%
    2006 144 99.7% 101.7% 104.3%
    2007 135 99.7% 101.3% 104.0%
    2008 141 101.1% 103.1% 105.4%
    2009 110 100.7% 102.5% 105.7%
    2010 144 98.2% 99.8% 101.8%
    2011 138 97.6% 99.8% 101.5%

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


- Potassium, FIL, ICP-OES, LL -
Lab: NWQL, PCode: 00935, MCode: PLO02
Dates: 06/18/03 through 08/24/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2010 plotvalue = 70% pctrecov = 2% Water Year = 2008 plotvalue = 130% pctrecov = 368% Water Year = 2006 plotvalue = 70% pctrecov = 69% Water Year = 2005 plotvalue = 124% pctrecov = 124% Water Year = 2004 plotvalue = 115% pctrecov = 115% Water Year = 2004 plotvalue = 95% pctrecov = 95% Water Year = 2003 plotvalue = 85% pctrecov = 85% Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2011 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2010 First Quartile = 94% Median = 96% Third Quartile = 100% Number of Observations = 48 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2009 First Quartile = 96% Median = 100% Third Quartile = 103% Number of Observations = 40 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2008 First Quartile = 103% Median = 105% Third Quartile = 108% Number of Observations = 43 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2007 First Quartile = 101% Median = 104% Third Quartile = 106% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2006 First Quartile = 96% Median = 100% Third Quartile = 101% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2005 First Quartile = 98% Median = 101% Third Quartile = 104% Number of Observations = 46 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2004 First Quartile = 102% Median = 105% Third Quartile = 107% Number of Observations = 24 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 8 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Potassium, FIL, ICP-OES, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Potassium, FIL, ICP-OES, LL 00935PLO02 2003 8 97.8% 100.1% 102.0%
    2004 24 102.1% 104.7% 106.6%
    2005 46 98.2% 101.3% 104.1%
    2006 46 96.1% 99.7% 101.4%
    2007 46 100.6% 103.8% 106.3%
    2008 43 102.5% 105.5% 107.7%
    2009 40 95.8% 100.0% 102.9%
    2010 48 93.6% 95.7% 100.3%
    2011 42 95.3% 97.0% 98.3%

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


- Potassium, UNF, ICP-OES -
Lab: NWQL, PCode: 00937, MCode: PLO01
Dates: 11/12/09 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 438% Water Year = 2010 plotvalue = 103% pctrecov = 103% Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2011 First Quartile = 94% Median = 96% Third Quartile = 97% Number of Observations = 37 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Water Year = 2010 First Quartile = 93% Median = 95% Third Quartile = 96% Number of Observations = 42 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Potassium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Potassium, UNF, ICP-OES 00937PLO01 2010 42 92.6% 94.7% 96.2%
    2011 37 93.6% 95.7% 96.5%

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


- Silica, FIL, CFA -
Lab: NWQL, PCode: 00955, MCode: CL064
Dates: 10/04/96 through 02/17/10
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 114% pctrecov = 114% Water Year = 2009 plotvalue = 106% pctrecov = 106% Water Year = 2009 plotvalue = 106% pctrecov = 106% Water Year = 2009 plotvalue = 107% pctrecov = 107% Water Year = 2009 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 109% pctrecov = 109% Water Year = 2008 plotvalue = 107% pctrecov = 107% Water Year = 2008 plotvalue = 111% pctrecov = 111% Water Year = 2006 plotvalue = 93% pctrecov = 93% Water Year = 2006 plotvalue = 70% pctrecov = 2% Water Year = 2006 plotvalue = 70% pctrecov = 2% Water Year = 2004 plotvalue = 130% pctrecov = 137% Water Year = 2004 plotvalue = 130% pctrecov = 135% Water Year = 2004 plotvalue = 130% pctrecov = 134% Water Year = 2004 plotvalue = 130% pctrecov = 136% Water Year = 2004 plotvalue = 130% pctrecov = 143% Water Year = 2004 plotvalue = 130% pctrecov = 141% Water Year = 2003 plotvalue = 106% pctrecov = 106% Water Year = 2002 plotvalue = 108% pctrecov = 108% Water Year = 2001 plotvalue = 111% pctrecov = 111% Water Year = 2001 plotvalue = 113% pctrecov = 113% Water Year = 2001 plotvalue = 89% pctrecov = 89% Water Year = 2001 plotvalue = 89% pctrecov = 89% Water Year = 2001 plotvalue = 89% pctrecov = 89% Water Year = 2001 plotvalue = 85% pctrecov = 85% Water Year = 2001 plotvalue = 84% pctrecov = 84% Water Year = 2001 plotvalue = 84% pctrecov = 84% Water Year = 2001 plotvalue = 82% pctrecov = 82% Water Year = 2001 plotvalue = 70% pctrecov = 21% Water Year = 2000 plotvalue = 129% pctrecov = 129% Water Year = 2000 plotvalue = 89% pctrecov = 89% Water Year = 1999 plotvalue = 115% pctrecov = 115% Water Year = 1999 plotvalue = 130% pctrecov = 170% Water Year = 1999 plotvalue = 70% pctrecov = 1% Water Year = 1998 plotvalue = 129% pctrecov = 129% Water Year = 1998 plotvalue = 130% pctrecov = 237% Water Year = 1998 plotvalue = 130% pctrecov = 489% Water Year = 1997 plotvalue = 112% pctrecov = 112% Water Year = 1997 plotvalue = 113% pctrecov = 113% Water Year = 1997 plotvalue = 113% pctrecov = 113% Water Year = 1997 plotvalue = 116% pctrecov = 116% Water Year = 1997 plotvalue = 130% pctrecov = 143% Water Year = 1997 plotvalue = 130% pctrecov = 484% Water Year = 1997 plotvalue = 70% pctrecov = 64% Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2010 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 43 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 130 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2008 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 143 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2007 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 133 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2006 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2005 First Quartile = 100% Median = 104% Third Quartile = 108% Number of Observations = 144 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2004 First Quartile = 95% Median = 99% Third Quartile = 106% Number of Observations = 120 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2003 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 88 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2002 First Quartile = 96% Median = 98% Third Quartile = 101% Number of Observations = 130 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2001 First Quartile = 97% Median = 100% Third Quartile = 102% Number of Observations = 119 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 2000 First Quartile = 102% Median = 105% Third Quartile = 106% Number of Observations = 48 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1999 First Quartile = 99% Median = 101% Third Quartile = 105% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1998 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 119 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 239 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Silica, FIL, CFA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Silica, FIL, CFA 00955CL064 1997 239 99.0% 101.1% 104.3%
    1998 119 95.6% 98.2% 102.0%
    1999 119 98.8% 101.1% 104.7%
    2000 48 101.7% 104.6% 106.4%
    2001 119 97.5% 99.8% 102.4%
    2002 130 96.4% 98.3% 100.9%
    2003 88 98.9% 100.2% 101.5%
    2004 120 95.5% 98.9% 106.0%
    2005 144 100.4% 104.2% 108.2%
    2006 138 99.7% 101.8% 103.6%
    2007 133 98.0% 99.2% 100.8%
    2008 143 99.8% 101.2% 102.4%
    2009 130 99.5% 100.5% 102.2%
    2010 43 98.2% 99.8% 100.7%

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


- Silica, FIL, DA -
Lab: NWQL, PCode: 00955, MCode: CL151
Dates: 03/15/10 through 09/16/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 70% pctrecov = 1% Water Year = 2010 plotvalue = 103% pctrecov = 103% Water Year = 2010 plotvalue = 103% pctrecov = 103% Water Year = 2010 plotvalue = 104% pctrecov = 104% Water Year = 2010 plotvalue = 106% pctrecov = 106% Water Year = 2010 plotvalue = 88% pctrecov = 88% Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 129 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Water Year = 2010 First Quartile = 94% Median = 95% Third Quartile = 97% Number of Observations = 62 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Silica, FIL, DA

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Silica, FIL, DA 00955CL151 2010 62 94.0% 95.1% 96.7%
    2011 129 97.6% 100.0% 102.8%

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


- Silica, FIL, ICP-OES -
Lab: NWQL, PCode: 00955, MCode: PLA11
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 95% pctrecov = 95% Water Year = 2011 plotvalue = 95% pctrecov = 95% Water Year = 2011 plotvalue = 95% pctrecov = 95% Water Year = 2011 plotvalue = 95% pctrecov = 95% Water Year = 2011 plotvalue = 94% pctrecov = 94% Water Year = 2011 plotvalue = 94% pctrecov = 94% Water Year = 2011 plotvalue = 94% pctrecov = 94% Water Year = 2011 plotvalue = 93% pctrecov = 93% Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2009 plotvalue = 110% pctrecov = 110% Water Year = 2009 plotvalue = 111% pctrecov = 111% Water Year = 2009 plotvalue = 111% pctrecov = 111% Water Year = 2009 plotvalue = 111% pctrecov = 111% Water Year = 2009 plotvalue = 111% pctrecov = 111% Water Year = 2009 plotvalue = 112% pctrecov = 112% Water Year = 2009 plotvalue = 116% pctrecov = 116% Water Year = 2009 plotvalue = 93% pctrecov = 93% Water Year = 2008 plotvalue = 107% pctrecov = 107% Water Year = 2008 plotvalue = 107% pctrecov = 107% Water Year = 2008 plotvalue = 108% pctrecov = 108% Water Year = 2008 plotvalue = 108% pctrecov = 108% Water Year = 2008 plotvalue = 108% pctrecov = 108% Water Year = 2008 plotvalue = 110% pctrecov = 110% Water Year = 2008 plotvalue = 120% pctrecov = 120% Water Year = 2008 plotvalue = 130% pctrecov = 981% Water Year = 2008 plotvalue = 94% pctrecov = 94% Water Year = 2007 plotvalue = 106% pctrecov = 106% Water Year = 2007 plotvalue = 106% pctrecov = 106% Water Year = 2007 plotvalue = 107% pctrecov = 107% Water Year = 2007 plotvalue = 108% pctrecov = 108% Water Year = 2007 plotvalue = 108% pctrecov = 108% Water Year = 2007 plotvalue = 96% pctrecov = 96% Water Year = 2007 plotvalue = 94% pctrecov = 94% Water Year = 2007 plotvalue = 93% pctrecov = 93% Water Year = 2006 plotvalue = 108% pctrecov = 108% Water Year = 2006 plotvalue = 70% pctrecov = 43% Water Year = 2005 plotvalue = 114% pctrecov = 114% Water Year = 2005 plotvalue = 130% pctrecov = 159% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2004 plotvalue = 111% pctrecov = 111% Water Year = 2004 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 113% pctrecov = 113% Water Year = 2004 plotvalue = 130% pctrecov = 751% Water Year = 2004 plotvalue = 130% pctrecov = 1111% Water Year = 2004 plotvalue = 70% pctrecov = 17% Water Year = 2003 plotvalue = 107% pctrecov = 107% Water Year = 2003 plotvalue = 108% pctrecov = 108% Water Year = 2003 plotvalue = 93% pctrecov = 93% Water Year = 2003 plotvalue = 93% pctrecov = 93% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 91% pctrecov = 91% Water Year = 2003 plotvalue = 90% pctrecov = 90% Water Year = 2002 plotvalue = 109% pctrecov = 109% Water Year = 2002 plotvalue = 70% pctrecov = 2% Water Year = 2001 plotvalue = 110% pctrecov = 110% Water Year = 2001 plotvalue = 122% pctrecov = 122% Water Year = 2001 plotvalue = 70% pctrecov = 59% Water Year = 2000 plotvalue = 107% pctrecov = 107% Water Year = 2000 plotvalue = 107% pctrecov = 107% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 109% pctrecov = 109% Water Year = 2000 plotvalue = 111% pctrecov = 111% Water Year = 1999 plotvalue = 90% pctrecov = 90% Water Year = 1999 plotvalue = 90% pctrecov = 90% Water Year = 1998 plotvalue = 103% pctrecov = 103% Water Year = 1998 plotvalue = 104% pctrecov = 104% Water Year = 1998 plotvalue = 104% pctrecov = 104% Water Year = 1998 plotvalue = 105% pctrecov = 105% Water Year = 1998 plotvalue = 105% pctrecov = 105% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 108% pctrecov = 108% Water Year = 1997 plotvalue = 91% pctrecov = 91% Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2011 First Quartile = 101% Median = 102% Third Quartile = 104% Number of Observations = 138 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 96% Median = 98% Third Quartile = 102% Number of Observations = 144 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2009 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 110 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 141 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 135 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2005 First Quartile = 101% Median = 102% Third Quartile = 105% Number of Observations = 141 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2004 First Quartile = 100% Median = 102% Third Quartile = 104% Number of Observations = 168 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2003 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 180 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2002 First Quartile = 100% Median = 102% Third Quartile = 103% Number of Observations = 108 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2001 First Quartile = 96% Median = 99% Third Quartile = 101% Number of Observations = 195 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 234 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1999 First Quartile = 96% Median = 98% Third Quartile = 100% Number of Observations = 236 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1998 First Quartile = 96% Median = 97% Third Quartile = 99% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 239 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Silica, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Silica, FIL, ICP-OES 00955PLA11 1997 239 97.9% 99.5% 101.1%
    1998 239 95.8% 97.0% 98.8%
    1999 236 95.9% 97.7% 99.7%
    2000 234 97.1% 98.9% 100.8%
    2001 195 96.3% 98.7% 100.9%
    2002 108 100.3% 102.1% 103.3%
    2003 180 98.9% 100.8% 102.3%
    2004 168 100.2% 102.1% 104.0%
    2005 141 100.6% 102.4% 104.6%
    2006 144 99.0% 100.7% 102.2%
    2007 135 99.7% 100.6% 102.0%
    2008 141 99.0% 100.5% 102.1%
    2009 110 99.0% 100.5% 102.9%
    2010 144 95.6% 97.9% 101.6%
    2011 138 100.6% 102.3% 104.0%

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


- Sodium, FIL, ICP-OES -
Lab: NWQL, PCode: 00930, MCode: PLA11
Dates: 10/04/96 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 109% pctrecov = 109% Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2011 plotvalue = 88% pctrecov = 88% Water Year = 2011 plotvalue = 87% pctrecov = 87% Water Year = 2009 plotvalue = 115% pctrecov = 115% Water Year = 2009 plotvalue = 87% pctrecov = 87% Water Year = 2008 plotvalue = 112% pctrecov = 112% Water Year = 2008 plotvalue = 114% pctrecov = 114% Water Year = 2008 plotvalue = 121% pctrecov = 121% Water Year = 2008 plotvalue = 130% pctrecov = 137% Water Year = 2008 plotvalue = 130% pctrecov = 156% Water Year = 2008 plotvalue = 70% pctrecov = 64% Water Year = 2007 plotvalue = 116% pctrecov = 116% Water Year = 2007 plotvalue = 118% pctrecov = 118% Water Year = 2007 plotvalue = 119% pctrecov = 119% Water Year = 2007 plotvalue = 119% pctrecov = 119% Water Year = 2007 plotvalue = 123% pctrecov = 123% Water Year = 2007 plotvalue = 125% pctrecov = 125% Water Year = 2007 plotvalue = 127% pctrecov = 127% Water Year = 2007 plotvalue = 129% pctrecov = 129% Water Year = 2007 plotvalue = 130% pctrecov = 132% Water Year = 2007 plotvalue = 130% pctrecov = 137% Water Year = 2007 plotvalue = 130% pctrecov = 134% Water Year = 2007 plotvalue = 89% pctrecov = 89% Water Year = 2007 plotvalue = 86% pctrecov = 86% Water Year = 2006 plotvalue = 115% pctrecov = 115% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2006 plotvalue = 120% pctrecov = 120% Water Year = 2006 plotvalue = 127% pctrecov = 127% Water Year = 2006 plotvalue = 130% pctrecov = 175% Water Year = 2006 plotvalue = 130% pctrecov = 172% Water Year = 2006 plotvalue = 86% pctrecov = 86% Water Year = 2006 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 112% pctrecov = 112% Water Year = 2005 plotvalue = 112% pctrecov = 112% Water Year = 2005 plotvalue = 113% pctrecov = 113% Water Year = 2005 plotvalue = 130% pctrecov = 131% Water Year = 2005 plotvalue = 130% pctrecov = 244% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2005 plotvalue = 93% pctrecov = 93% Water Year = 2005 plotvalue = 91% pctrecov = 91% Water Year = 2005 plotvalue = 91% pctrecov = 91% Water Year = 2005 plotvalue = 90% pctrecov = 90% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2004 plotvalue = 115% pctrecov = 115% Water Year = 2004 plotvalue = 116% pctrecov = 116% Water Year = 2004 plotvalue = 123% pctrecov = 123% Water Year = 2004 plotvalue = 127% pctrecov = 127% Water Year = 2004 plotvalue = 130% pctrecov = 879% Water Year = 2004 plotvalue = 130% pctrecov = 232% Water Year = 2004 plotvalue = 86% pctrecov = 86% Water Year = 2004 plotvalue = 73% pctrecov = 73% Water Year = 2004 plotvalue = 70% pctrecov = 57% Water Year = 2003 plotvalue = 110% pctrecov = 110% Water Year = 2003 plotvalue = 116% pctrecov = 116% Water Year = 2003 plotvalue = 116% pctrecov = 116% Water Year = 2003 plotvalue = 130% pctrecov = 139% Water Year = 2003 plotvalue = 90% pctrecov = 90% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 82% pctrecov = 82% Water Year = 2002 plotvalue = 107% pctrecov = 107% Water Year = 2002 plotvalue = 108% pctrecov = 108% Water Year = 2002 plotvalue = 70% pctrecov = 3% Water Year = 2001 plotvalue = 110% pctrecov = 110% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 110% pctrecov = 110% Water Year = 2000 plotvalue = 113% pctrecov = 113% Water Year = 2000 plotvalue = 91% pctrecov = 91% Water Year = 2000 plotvalue = 90% pctrecov = 90% Water Year = 1999 plotvalue = 107% pctrecov = 107% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 92% pctrecov = 92% Water Year = 1999 plotvalue = 82% pctrecov = 82% Water Year = 1998 plotvalue = 94% pctrecov = 94% Water Year = 1998 plotvalue = 94% pctrecov = 94% Water Year = 1998 plotvalue = 93% pctrecov = 93% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1997 plotvalue = 109% pctrecov = 109% Water Year = 1997 plotvalue = 91% pctrecov = 91% Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2011 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 137 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2010 First Quartile = 94% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2009 First Quartile = 98% Median = 100% Third Quartile = 104% Number of Observations = 118 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2008 First Quartile = 99% Median = 101% Third Quartile = 104% Number of Observations = 137 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 134 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2006 First Quartile = 99% Median = 102% Third Quartile = 105% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2005 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 142 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2004 First Quartile = 100% Median = 103% Third Quartile = 106% Number of Observations = 192 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2003 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 190 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2002 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2001 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 199 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 2000 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 238 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 237 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1998 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Sodium, FIL, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Sodium, FIL, ICP-OES 00930PLA11 1997 240 98.3% 100.4% 102.1%
    1998 240 98.5% 99.9% 101.6%
    1999 237 98.0% 99.6% 101.1%
    2000 238 97.4% 99.2% 101.4%
    2001 199 97.8% 100.0% 102.2%
    2002 240 97.8% 99.9% 101.5%
    2003 190 98.0% 100.1% 102.4%
    2004 192 100.2% 103.2% 106.0%
    2005 142 99.0% 101.3% 102.8%
    2006 142 98.8% 101.8% 104.7%
    2007 134 100.1% 102.8% 106.1%
    2008 137 99.2% 101.2% 104.2%
    2009 118 97.8% 100.2% 103.7%
    2010 144 94.2% 97.8% 100.8%
    2011 137 98.3% 100.9% 102.7%

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Chart generated 03/09/2018


- Sodium, FIL, ICP-OES, LL -
Lab: NWQL, PCode: 00930, MCode: PLA09
Dates: 10/23/96 through 01/31/97
Open Data Set
Boxplot Description

Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Water Year = 1997 First Quartile = 100% Median = 122% Third Quartile = 130% Number of Observations = 8 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Sodium, FIL, ICP-OES, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Sodium, FIL, ICP-OES, LL 00930PLA09 1997 8 100.0% 122.0% 170.9%

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


- Sodium, UNF, ICP-OES -
Lab: NWQL, PCode: 00929, MCode: PLA15
Dates: 10/30/07 through 09/22/11
Open Data Set
Boxplot Description

Water Year = 2010 plotvalue = 103% pctrecov = 103% Water Year = 2010 plotvalue = 103% pctrecov = 103% Water Year = 2010 plotvalue = 89% pctrecov = 89% Water Year = 2010 plotvalue = 88% pctrecov = 88% Water Year = 2009 plotvalue = 111% pctrecov = 111% Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2011 First Quartile = 94% Median = 97% Third Quartile = 98% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2010 First Quartile = 95% Median = 97% Third Quartile = 98% Number of Observations = 42 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2009 First Quartile = 95% Median = 97% Third Quartile = 100% Number of Observations = 34 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Water Year = 2008 First Quartile = 98% Median = 100% Third Quartile = 102% Number of Observations = 40 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Sodium, UNF, ICP-OES

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Sodium, UNF, ICP-OES 00929PLA15 2008 40 97.5% 99.8% 102.0%
    2009 34 94.9% 96.6% 99.7%
    2010 42 94.7% 96.7% 97.9%
    2011 36 93.8% 96.9% 98.1%

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Chart generated 03/09/2018


- Solids @105 Deg C, UNF, GRAV -
Lab: NWQL, PCode: 00500, MCode: ROE12
Dates: 10/20/03 through 08/29/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 130% pctrecov = 130% Water Year = 2010 plotvalue = 72% pctrecov = 72% Water Year = 2010 plotvalue = 70% pctrecov = 20% Water Year = 2008 plotvalue = 114% pctrecov = 114% Water Year = 2007 plotvalue = 116% pctrecov = 116% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2011 First Quartile = 92% Median = 100% Third Quartile = 107% Number of Observations = 31 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2010 First Quartile = 95% Median = 100% Third Quartile = 103% Number of Observations = 36 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2009 First Quartile = 97% Median = 100% Third Quartile = 106% Number of Observations = 33 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2008 First Quartile = 101% Median = 103% Third Quartile = 106% Number of Observations = 36 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2007 First Quartile = 94% Median = 99% Third Quartile = 103% Number of Observations = 34 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2006 First Quartile = 93% Median = 98% Third Quartile = 103% Number of Observations = 24 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2005 First Quartile = 97% Median = 100% Third Quartile = 105% Number of Observations = 35 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Water Year = 2004 First Quartile = 98% Median = 102% Third Quartile = 105% Number of Observations = 48 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Solids @105 Deg C, UNF, GRAV

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Solids @105 Deg C, UNF, GRAV 00500ROE12 2004 48 98.5% 102.2% 104.9%
    2005 35 97.1% 100.4% 104.8%
    2006 24 93.0% 97.7% 102.7%
    2007 34 94.0% 98.8% 102.6%
    2008 36 100.9% 103.1% 105.9%
    2009 33 96.8% 99.8% 105.9%
    2010 36 95.1% 100.1% 102.9%
    2011 31 92.1% 99.7% 106.8%

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


- Solids, ROE@180 Deg C (TDS), FIL, GRAV -
Lab: NWQL, PCode: 70300, MCode: ROE10
Dates: 10/04/96 through 09/28/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 124% pctrecov = 124% Water Year = 2011 plotvalue = 126% pctrecov = 126% Water Year = 2011 plotvalue = 128% pctrecov = 128% Water Year = 2011 plotvalue = 130% pctrecov = 130% Water Year = 2011 plotvalue = 130% pctrecov = 133% Water Year = 2011 plotvalue = 130% pctrecov = 130% Water Year = 2011 plotvalue = 130% pctrecov = 134% Water Year = 2011 plotvalue = 81% pctrecov = 81% Water Year = 2011 plotvalue = 75% pctrecov = 75% Water Year = 2011 plotvalue = 70% pctrecov = 49% Water Year = 2011 plotvalue = 70% pctrecov = 68% Water Year = 2010 plotvalue = 118% pctrecov = 118% Water Year = 2010 plotvalue = 120% pctrecov = 120% Water Year = 2010 plotvalue = 120% pctrecov = 120% Water Year = 2010 plotvalue = 123% pctrecov = 123% Water Year = 2010 plotvalue = 128% pctrecov = 128% Water Year = 2010 plotvalue = 130% pctrecov = 150% Water Year = 2010 plotvalue = 86% pctrecov = 86% Water Year = 2009 plotvalue = 121% pctrecov = 121% Water Year = 2009 plotvalue = 130% pctrecov = 141% Water Year = 2009 plotvalue = 130% pctrecov = 134% Water Year = 2008 plotvalue = 114% pctrecov = 114% Water Year = 2008 plotvalue = 115% pctrecov = 115% Water Year = 2008 plotvalue = 115% pctrecov = 115% Water Year = 2008 plotvalue = 115% pctrecov = 115% Water Year = 2008 plotvalue = 117% pctrecov = 117% Water Year = 2008 plotvalue = 130% pctrecov = 135% Water Year = 2007 plotvalue = 124% pctrecov = 124% Water Year = 2007 plotvalue = 124% pctrecov = 124% Water Year = 2007 plotvalue = 125% pctrecov = 125% Water Year = 2007 plotvalue = 126% pctrecov = 126% Water Year = 2007 plotvalue = 128% pctrecov = 128% Water Year = 2007 plotvalue = 130% pctrecov = 132% Water Year = 2007 plotvalue = 130% pctrecov = 137% Water Year = 2007 plotvalue = 77% pctrecov = 77% Water Year = 2007 plotvalue = 73% pctrecov = 73% Water Year = 2006 plotvalue = 118% pctrecov = 118% Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 111% pctrecov = 111% Water Year = 2005 plotvalue = 111% pctrecov = 111% Water Year = 2005 plotvalue = 117% pctrecov = 117% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2005 plotvalue = 84% pctrecov = 84% Water Year = 2005 plotvalue = 83% pctrecov = 83% Water Year = 2005 plotvalue = 79% pctrecov = 79% Water Year = 2005 plotvalue = 76% pctrecov = 76% Water Year = 2004 plotvalue = 110% pctrecov = 110% Water Year = 2004 plotvalue = 111% pctrecov = 111% Water Year = 2004 plotvalue = 112% pctrecov = 112% Water Year = 2004 plotvalue = 116% pctrecov = 116% Water Year = 2004 plotvalue = 122% pctrecov = 122% Water Year = 2004 plotvalue = 92% pctrecov = 92% 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 = 90% pctrecov = 90% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 82% pctrecov = 82% Water Year = 2003 plotvalue = 109% pctrecov = 109% Water Year = 2003 plotvalue = 113% pctrecov = 113% Water Year = 2003 plotvalue = 114% pctrecov = 114% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 92% pctrecov = 92% Water Year = 2003 plotvalue = 91% pctrecov = 91% Water Year = 2003 plotvalue = 90% pctrecov = 90% Water Year = 2003 plotvalue = 89% pctrecov = 89% Water Year = 2003 plotvalue = 89% pctrecov = 89% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 88% pctrecov = 88% Water Year = 2003 plotvalue = 87% pctrecov = 87% Water Year = 2003 plotvalue = 85% pctrecov = 85% Water Year = 2002 plotvalue = 93% pctrecov = 93% Water Year = 2002 plotvalue = 93% pctrecov = 93% Water Year = 2002 plotvalue = 93% pctrecov = 93% Water Year = 2002 plotvalue = 92% pctrecov = 92% Water Year = 2002 plotvalue = 92% pctrecov = 92% Water Year = 2002 plotvalue = 92% pctrecov = 92% Water Year = 2002 plotvalue = 83% pctrecov = 83% Water Year = 2001 plotvalue = 114% pctrecov = 114% Water Year = 2001 plotvalue = 115% pctrecov = 115% Water Year = 2001 plotvalue = 116% pctrecov = 116% Water Year = 2001 plotvalue = 116% pctrecov = 116% Water Year = 2001 plotvalue = 117% pctrecov = 117% Water Year = 2001 plotvalue = 118% pctrecov = 118% Water Year = 2001 plotvalue = 118% pctrecov = 118% Water Year = 2001 plotvalue = 120% pctrecov = 120% Water Year = 2001 plotvalue = 121% pctrecov = 121% Water Year = 2001 plotvalue = 124% pctrecov = 124% Water Year = 2001 plotvalue = 124% pctrecov = 124% Water Year = 2001 plotvalue = 126% pctrecov = 126% Water Year = 2001 plotvalue = 126% pctrecov = 126% Water Year = 2001 plotvalue = 126% pctrecov = 126% Water Year = 2001 plotvalue = 128% pctrecov = 128% Water Year = 2001 plotvalue = 130% pctrecov = 130% Water Year = 2001 plotvalue = 130% pctrecov = 133% Water Year = 2001 plotvalue = 130% pctrecov = 138% Water Year = 2001 plotvalue = 130% pctrecov = 150% Water Year = 2001 plotvalue = 130% pctrecov = 130% Water Year = 2001 plotvalue = 130% pctrecov = 205% Water Year = 2001 plotvalue = 130% pctrecov = 132% Water Year = 2001 plotvalue = 87% pctrecov = 87% Water Year = 2001 plotvalue = 87% pctrecov = 87% Water Year = 2001 plotvalue = 86% pctrecov = 86% Water Year = 2001 plotvalue = 86% pctrecov = 86% Water Year = 2001 plotvalue = 85% pctrecov = 85% Water Year = 2001 plotvalue = 85% pctrecov = 85% Water Year = 2001 plotvalue = 70% pctrecov = 66% Water Year = 2001 plotvalue = 70% pctrecov = 69% Water Year = 2000 plotvalue = 105% pctrecov = 105% Water Year = 2000 plotvalue = 105% pctrecov = 105% Water Year = 2000 plotvalue = 105% pctrecov = 105% Water Year = 2000 plotvalue = 105% pctrecov = 105% Water Year = 2000 plotvalue = 106% pctrecov = 106% Water Year = 2000 plotvalue = 107% pctrecov = 107% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 108% pctrecov = 108% Water Year = 2000 plotvalue = 97% pctrecov = 97% Water Year = 2000 plotvalue = 97% pctrecov = 97% Water Year = 2000 plotvalue = 97% pctrecov = 97% Water Year = 2000 plotvalue = 97% pctrecov = 97% Water Year = 2000 plotvalue = 97% pctrecov = 97% Water Year = 2000 plotvalue = 96% pctrecov = 96% Water Year = 2000 plotvalue = 70% pctrecov = 1% Water Year = 1999 plotvalue = 105% pctrecov = 105% Water Year = 1999 plotvalue = 105% pctrecov = 105% Water Year = 1999 plotvalue = 105% pctrecov = 105% Water Year = 1999 plotvalue = 105% pctrecov = 105% Water Year = 1999 plotvalue = 105% pctrecov = 105% Water Year = 1999 plotvalue = 106% pctrecov = 106% Water Year = 1999 plotvalue = 106% pctrecov = 106% Water Year = 1999 plotvalue = 106% pctrecov = 106% Water Year = 1999 plotvalue = 106% pctrecov = 106% Water Year = 1999 plotvalue = 106% pctrecov = 106% Water Year = 1999 plotvalue = 107% pctrecov = 107% Water Year = 1999 plotvalue = 107% pctrecov = 107% Water Year = 1999 plotvalue = 108% pctrecov = 108% Water Year = 1999 plotvalue = 108% pctrecov = 108% Water Year = 1999 plotvalue = 109% pctrecov = 109% Water Year = 1999 plotvalue = 111% pctrecov = 111% Water Year = 1999 plotvalue = 113% pctrecov = 113% Water Year = 1999 plotvalue = 99% pctrecov = 99% Water Year = 1999 plotvalue = 99% pctrecov = 99% Water Year = 1999 plotvalue = 98% pctrecov = 98% Water Year = 1999 plotvalue = 98% pctrecov = 98% Water Year = 1999 plotvalue = 97% pctrecov = 97% Water Year = 1999 plotvalue = 97% pctrecov = 97% Water Year = 1999 plotvalue = 97% pctrecov = 97% Water Year = 1999 plotvalue = 97% pctrecov = 97% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 95% pctrecov = 95% Water Year = 1999 plotvalue = 94% pctrecov = 94% Water Year = 1999 plotvalue = 94% pctrecov = 94% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 70% pctrecov = 51% Water Year = 1999 plotvalue = 70% pctrecov = 10% Water Year = 1998 plotvalue = 106% pctrecov = 106% Water Year = 1998 plotvalue = 107% pctrecov = 107% Water Year = 1998 plotvalue = 107% pctrecov = 107% Water Year = 1998 plotvalue = 107% pctrecov = 107% Water Year = 1998 plotvalue = 108% pctrecov = 108% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 109% pctrecov = 109% Water Year = 1998 plotvalue = 110% pctrecov = 110% Water Year = 1998 plotvalue = 110% pctrecov = 110% Water Year = 1998 plotvalue = 110% pctrecov = 110% Water Year = 1998 plotvalue = 111% pctrecov = 111% Water Year = 1998 plotvalue = 111% pctrecov = 111% Water Year = 1998 plotvalue = 114% pctrecov = 114% Water Year = 1998 plotvalue = 117% pctrecov = 117% Water Year = 1998 plotvalue = 119% pctrecov = 119% Water Year = 1998 plotvalue = 122% pctrecov = 122% Water Year = 1998 plotvalue = 125% pctrecov = 125% Water Year = 1998 plotvalue = 126% pctrecov = 126% Water Year = 1998 plotvalue = 97% pctrecov = 97% Water Year = 1998 plotvalue = 97% pctrecov = 97% Water Year = 1998 plotvalue = 96% pctrecov = 96% Water Year = 1998 plotvalue = 96% pctrecov = 96% Water Year = 1998 plotvalue = 95% pctrecov = 95% Water Year = 1998 plotvalue = 95% pctrecov = 95% Water Year = 1998 plotvalue = 95% pctrecov = 95% Water Year = 1998 plotvalue = 95% pctrecov = 95% Water Year = 1998 plotvalue = 95% pctrecov = 95% Water Year = 1998 plotvalue = 94% pctrecov = 94% Water Year = 1998 plotvalue = 94% pctrecov = 94% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1998 plotvalue = 87% pctrecov = 87% Water Year = 1998 plotvalue = 87% pctrecov = 87% Water Year = 1998 plotvalue = 85% pctrecov = 85% Water Year = 1998 plotvalue = 82% pctrecov = 82% Water Year = 1998 plotvalue = 82% pctrecov = 82% Water Year = 1997 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 108% pctrecov = 108% Water Year = 1997 plotvalue = 108% pctrecov = 108% Water Year = 1997 plotvalue = 108% pctrecov = 108% Water Year = 1997 plotvalue = 108% pctrecov = 108% Water Year = 1997 plotvalue = 109% pctrecov = 109% Water Year = 1997 plotvalue = 112% pctrecov = 112% Water Year = 1997 plotvalue = 114% pctrecov = 114% Water Year = 1997 plotvalue = 116% pctrecov = 116% Water Year = 1997 plotvalue = 116% pctrecov = 116% Water Year = 1997 plotvalue = 130% pctrecov = 134% Water Year = 1997 plotvalue = 95% pctrecov = 95% Water Year = 1997 plotvalue = 92% pctrecov = 92% Water Year = 1997 plotvalue = 92% pctrecov = 92% Water Year = 1997 plotvalue = 92% pctrecov = 92% Water Year = 1997 plotvalue = 90% pctrecov = 90% Water Year = 1997 plotvalue = 88% pctrecov = 88% Water Year = 1997 plotvalue = 88% pctrecov = 88% Water Year = 1997 plotvalue = 82% pctrecov = 82% Water Year = 1997 plotvalue = 72% pctrecov = 72% Water Year = 1997 plotvalue = 70% pctrecov = 60% Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2011 First Quartile = 99% Median = 102% Third Quartile = 108% Number of Observations = 120 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 106% Number of Observations = 137 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2009 First Quartile = 98% Median = 103% Third Quartile = 106% Number of Observations = 140 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 143 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2007 First Quartile = 95% Median = 100% Third Quartile = 106% Number of Observations = 134 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2006 First Quartile = 94% Median = 97% Third Quartile = 102% Number of Observations = 138 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2005 First Quartile = 95% Median = 98% Third Quartile = 101% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2004 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 144 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2003 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 239 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 101% Third Quartile = 102% Number of Observations = 238 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2001 First Quartile = 97% Median = 101% Third Quartile = 104% Number of Observations = 240 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 2000 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 165 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1999 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 234 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1998 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 238 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Water Year = 1997 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Solids, ROE@180 Deg C (TDS), FIL, GRAV

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Solids, ROE@180 Deg C (TDS), FIL, GRAV 70300ROE10 1997 240 99.4% 101.0% 102.3%
    1998 238 100.6% 101.6% 102.8%
    1999 234 101.1% 101.8% 102.6%
    2000 165 100.0% 101.1% 101.8%
    2001 240 97.4% 101.1% 104.0%
    2002 238 98.5% 100.6% 101.9%
    2003 239 98.4% 101.1% 102.4%
    2004 144 98.4% 100.5% 102.6%
    2005 144 94.7% 97.6% 100.5%
    2006 138 93.7% 97.1% 102.0%
    2007 134 95.2% 99.8% 106.0%
    2008 143 98.2% 100.5% 103.1%
    2009 140 98.1% 102.8% 106.4%
    2010 137 98.4% 101.5% 106.0%
    2011 120 98.9% 102.3% 108.3%

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


- Specific Cond, LAB, UNF -
Lab: NWQL, PCode: 90095, MCode: WHT03
Dates: 10/12/04 through 09/30/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 104% pctrecov = 104% Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2010 plotvalue = 106% pctrecov = 106% Water Year = 2010 plotvalue = 106% pctrecov = 106% Water Year = 2010 plotvalue = 108% pctrecov = 108% Water Year = 2009 plotvalue = 106% pctrecov = 106% Water Year = 2009 plotvalue = 107% pctrecov = 107% Water Year = 2009 plotvalue = 99% pctrecov = 99% Water Year = 2009 plotvalue = 99% pctrecov = 99% Water Year = 2009 plotvalue = 99% pctrecov = 99% Water Year = 2009 plotvalue = 98% pctrecov = 98% Water Year = 2009 plotvalue = 98% pctrecov = 98% Water Year = 2009 plotvalue = 91% pctrecov = 91% Water Year = 2008 plotvalue = 115% pctrecov = 115% Water Year = 2007 plotvalue = 105% pctrecov = 105% Water Year = 2007 plotvalue = 106% pctrecov = 106% Water Year = 2007 plotvalue = 108% pctrecov = 108% Water Year = 2007 plotvalue = 110% pctrecov = 110% Water Year = 2007 plotvalue = 86% pctrecov = 86% Water Year = 2006 plotvalue = 112% pctrecov = 112% Water Year = 2006 plotvalue = 91% pctrecov = 91% Water Year = 2006 plotvalue = 90% pctrecov = 90% Water Year = 2005 plotvalue = 110% pctrecov = 110% Water Year = 2005 plotvalue = 85% pctrecov = 85% Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2011 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 137 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2010 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 144 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2009 First Quartile = 102% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2008 First Quartile = 101% Median = 102% Third Quartile = 103% Number of Observations = 141 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2007 First Quartile = 100% Median = 101% Third Quartile = 102% Number of Observations = 132 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2006 First Quartile = 99% Median = 101% Third Quartile = 102% Number of Observations = 137 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Water Year = 2005 First Quartile = 94% Median = 97% Third Quartile = 99% Number of Observations = 140 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Specific Cond, LAB, UNF

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Specific Cond, LAB, UNF 90095WHT03 2005 140 94.5% 96.7% 99.3%
    2006 137 99.3% 100.8% 102.3%
    2007 132 100.5% 101.5% 102.4%
    2008 141 100.6% 101.8% 102.6%
    2009 141 101.6% 102.5% 103.3%
    2010 144 99.2% 100.7% 101.8%
    2011 137 98.9% 99.7% 101.0%

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


- Specific Cond, LAB, UNF, LL -
Lab: NWQL, PCode: 90095, MCode: WHT01
Dates: 10/23/96 through 09/12/00
Open Data Set
Boxplot Description

Water Year = 2000 plotvalue = 130% pctrecov = 212% Water Year = 2000 plotvalue = 130% pctrecov = 238% Water Year = 2000 plotvalue = 70% pctrecov = 37% Water Year = 1998 plotvalue = 114% pctrecov = 114% Water Year = 1998 plotvalue = 72% pctrecov = 72% Water Year = 1997 plotvalue = 114% pctrecov = 114% Water Year = 1997 plotvalue = 121% pctrecov = 121% Water Year = 1997 plotvalue = 130% pctrecov = 130% Water Year = 1997 plotvalue = 87% pctrecov = 87% Water Year = 1997 plotvalue = 86% pctrecov = 86% Water Year = 1997 plotvalue = 84% pctrecov = 84% Water Year = 1997 plotvalue = 83% pctrecov = 83% Water Year = 1997 plotvalue = 82% pctrecov = 82% Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 2000 First Quartile = 95% Median = 99% Third Quartile = 102% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1999 First Quartile = 98% Median = 100% Third Quartile = 101% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1998 First Quartile = 97% Median = 100% Third Quartile = 103% Number of Observations = 12 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 95% Median = 98% Third Quartile = 100% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Specific Cond, LAB, UNF, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Specific Cond, LAB, UNF, LL 90095WHT01 1997 24 95.4% 98.2% 100.0%
    1998 12 97.4% 100.0% 103.5%
    1999 12 98.0% 99.8% 100.7%
    2000 12 95.1% 99.2% 101.7%

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


- Sulfate, FIL, IC -
Lab: NWQL, PCode: 00945, MCode: IC022
Dates: 10/04/96 through 09/21/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 111% pctrecov = 111% Water Year = 2011 plotvalue = 115% pctrecov = 115% Water Year = 2011 plotvalue = 92% pctrecov = 92% Water Year = 2011 plotvalue = 91% pctrecov = 91% Water Year = 2011 plotvalue = 89% pctrecov = 89% Water Year = 2010 plotvalue = 110% pctrecov = 110% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 111% pctrecov = 111% Water Year = 2010 plotvalue = 112% pctrecov = 112% Water Year = 2010 plotvalue = 112% pctrecov = 112% Water Year = 2010 plotvalue = 113% pctrecov = 113% Water Year = 2010 plotvalue = 115% pctrecov = 115% Water Year = 2010 plotvalue = 117% pctrecov = 117% Water Year = 2010 plotvalue = 120% pctrecov = 120% Water Year = 2010 plotvalue = 120% pctrecov = 120% Water Year = 2009 plotvalue = 110% pctrecov = 110% Water Year = 2009 plotvalue = 111% pctrecov = 111% Water Year = 2009 plotvalue = 112% pctrecov = 112% Water Year = 2009 plotvalue = 113% pctrecov = 113% Water Year = 2009 plotvalue = 113% pctrecov = 113% Water Year = 2009 plotvalue = 114% pctrecov = 114% Water Year = 2009 plotvalue = 115% pctrecov = 115% Water Year = 2009 plotvalue = 95% pctrecov = 95% Water Year = 2008 plotvalue = 115% pctrecov = 115% Water Year = 2007 plotvalue = 89% pctrecov = 89% Water Year = 2006 plotvalue = 102% pctrecov = 102% Water Year = 2006 plotvalue = 102% pctrecov = 102% Water Year = 2006 plotvalue = 106% pctrecov = 106% Water Year = 2006 plotvalue = 107% pctrecov = 107% Water Year = 2006 plotvalue = 109% pctrecov = 109% Water Year = 2006 plotvalue = 111% pctrecov = 111% Water Year = 2006 plotvalue = 93% pctrecov = 93% Water Year = 2006 plotvalue = 93% pctrecov = 93% Water Year = 2006 plotvalue = 93% pctrecov = 93% Water Year = 2006 plotvalue = 92% pctrecov = 92% Water Year = 2006 plotvalue = 92% pctrecov = 92% Water Year = 2006 plotvalue = 92% pctrecov = 92% Water Year = 2005 plotvalue = 104% pctrecov = 104% Water Year = 2005 plotvalue = 104% pctrecov = 104% Water Year = 2005 plotvalue = 104% pctrecov = 104% Water Year = 2005 plotvalue = 105% pctrecov = 105% 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 = 92% pctrecov = 92% Water Year = 2005 plotvalue = 90% pctrecov = 90% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 89% pctrecov = 89% Water Year = 2005 plotvalue = 87% pctrecov = 87% Water Year = 2005 plotvalue = 87% pctrecov = 87% Water Year = 2005 plotvalue = 84% pctrecov = 84% Water Year = 2005 plotvalue = 84% pctrecov = 84% Water Year = 2005 plotvalue = 84% pctrecov = 84% Water Year = 2005 plotvalue = 82% pctrecov = 82% Water Year = 2005 plotvalue = 80% pctrecov = 80% Water Year = 2004 plotvalue = 130% pctrecov = 233% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 90% pctrecov = 90% Water Year = 2004 plotvalue = 89% pctrecov = 89% Water Year = 2004 plotvalue = 88% pctrecov = 88% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 87% pctrecov = 87% Water Year = 2004 plotvalue = 86% pctrecov = 86% Water Year = 2004 plotvalue = 85% pctrecov = 85% Water Year = 2004 plotvalue = 83% pctrecov = 83% Water Year = 2003 plotvalue = 90% pctrecov = 90% Water Year = 2003 plotvalue = 89% pctrecov = 89% Water Year = 2003 plotvalue = 70% pctrecov = 2% Water Year = 2002 plotvalue = 103% pctrecov = 103% Water Year = 2002 plotvalue = 103% pctrecov = 103% Water Year = 2002 plotvalue = 103% pctrecov = 103% Water Year = 2002 plotvalue = 130% pctrecov = 503% Water Year = 2002 plotvalue = 95% pctrecov = 95% Water Year = 2002 plotvalue = 95% pctrecov = 95% Water Year = 2002 plotvalue = 95% pctrecov = 95% Water Year = 2002 plotvalue = 95% pctrecov = 95% Water Year = 2002 plotvalue = 95% pctrecov = 95% Water Year = 2002 plotvalue = 94% pctrecov = 94% Water Year = 2002 plotvalue = 94% pctrecov = 94% Water Year = 2002 plotvalue = 93% pctrecov = 93% Water Year = 2001 plotvalue = 78% pctrecov = 78% Water Year = 2000 plotvalue = 130% pctrecov = 352% Water Year = 2000 plotvalue = 130% pctrecov = 540% Water Year = 2000 plotvalue = 130% pctrecov = 135% Water Year = 2000 plotvalue = 130% pctrecov = 423% Water Year = 2000 plotvalue = 85% pctrecov = 85% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 83% pctrecov = 83% Water Year = 2000 plotvalue = 82% pctrecov = 82% Water Year = 2000 plotvalue = 82% pctrecov = 82% Water Year = 2000 plotvalue = 80% pctrecov = 80% Water Year = 2000 plotvalue = 78% pctrecov = 78% Water Year = 2000 plotvalue = 77% pctrecov = 77% Water Year = 2000 plotvalue = 75% pctrecov = 75% Water Year = 2000 plotvalue = 72% pctrecov = 72% Water Year = 2000 plotvalue = 72% pctrecov = 72% Water Year = 2000 plotvalue = 70% pctrecov = 70% Water Year = 2000 plotvalue = 70% pctrecov = 70% Water Year = 2000 plotvalue = 70% pctrecov = 1% Water Year = 2000 plotvalue = 70% pctrecov = 9% Water Year = 2000 plotvalue = 70% pctrecov = 60% Water Year = 2000 plotvalue = 70% pctrecov = 60% Water Year = 2000 plotvalue = 70% pctrecov = 1% Water Year = 2000 plotvalue = 70% pctrecov = 9% Water Year = 2000 plotvalue = 70% pctrecov = 55% Water Year = 2000 plotvalue = 70% pctrecov = 11% Water Year = 2000 plotvalue = 70% pctrecov = 1% Water Year = 1999 plotvalue = 130% pctrecov = 283% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 93% pctrecov = 93% Water Year = 1999 plotvalue = 92% pctrecov = 92% Water Year = 1999 plotvalue = 91% pctrecov = 91% Water Year = 1999 plotvalue = 91% pctrecov = 91% Water Year = 1999 plotvalue = 91% pctrecov = 91% Water Year = 1999 plotvalue = 88% pctrecov = 88% Water Year = 1999 plotvalue = 87% pctrecov = 87% Water Year = 1999 plotvalue = 86% pctrecov = 86% Water Year = 1999 plotvalue = 70% pctrecov = 1% Water Year = 1999 plotvalue = 70% pctrecov = 1% Water Year = 1999 plotvalue = 70% pctrecov = 4% Water Year = 1998 plotvalue = 130% pctrecov = 141% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1998 plotvalue = 92% pctrecov = 92% Water Year = 1998 plotvalue = 91% pctrecov = 91% Water Year = 1998 plotvalue = 90% pctrecov = 90% Water Year = 1998 plotvalue = 90% pctrecov = 90% Water Year = 1998 plotvalue = 90% pctrecov = 90% Water Year = 1998 plotvalue = 90% pctrecov = 90% Water Year = 1998 plotvalue = 89% pctrecov = 89% Water Year = 1998 plotvalue = 89% pctrecov = 89% Water Year = 1998 plotvalue = 89% pctrecov = 89% Water Year = 1998 plotvalue = 89% pctrecov = 89% Water Year = 1998 plotvalue = 88% pctrecov = 88% Water Year = 1998 plotvalue = 88% pctrecov = 88% Water Year = 1998 plotvalue = 86% pctrecov = 86% Water Year = 1997 plotvalue = 105% pctrecov = 105% Water Year = 1997 plotvalue = 105% pctrecov = 105% Water Year = 1997 plotvalue = 105% pctrecov = 105% Water Year = 1997 plotvalue = 105% pctrecov = 105% Water Year = 1997 plotvalue = 105% pctrecov = 105% Water Year = 1997 plotvalue = 105% pctrecov = 105% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 106% pctrecov = 106% Water Year = 1997 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 107% pctrecov = 107% Water Year = 1997 plotvalue = 116% pctrecov = 116% Water Year = 1997 plotvalue = 92% pctrecov = 92% Water Year = 1997 plotvalue = 90% pctrecov = 90% Water Year = 1997 plotvalue = 89% pctrecov = 89% Water Year = 1997 plotvalue = 76% pctrecov = 76% Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2011 First Quartile = 99% Median = 101% Third Quartile = 103% Number of Observations = 124 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2010 First Quartile = 98% Median = 101% Third Quartile = 103% Number of Observations = 136 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2009 First Quartile = 99% Median = 100% Third Quartile = 101% Number of Observations = 140 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2008 First Quartile = 98% Median = 99% Third Quartile = 101% Number of Observations = 143 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2007 First Quartile = 97% Median = 99% Third Quartile = 101% Number of Observations = 134 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2006 First Quartile = 96% Median = 97% Third Quartile = 98% Number of Observations = 138 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2005 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 144 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2004 First Quartile = 96% Median = 99% Third Quartile = 100% Number of Observations = 190 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2003 First Quartile = 96% Median = 98% Third Quartile = 99% Number of Observations = 239 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2002 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 238 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2001 First Quartile = 91% Median = 95% Third Quartile = 99% Number of Observations = 241 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 2000 First Quartile = 94% Median = 98% Third Quartile = 100% Number of Observations = 240 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1999 First Quartile = 97% Median = 98% Third Quartile = 99% Number of Observations = 237 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1998 First Quartile = 97% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Water Year = 1997 First Quartile = 98% Median = 99% Third Quartile = 100% Number of Observations = 240 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Sulfate, FIL, IC

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Sulfate, FIL, IC 00945IC022 1997 240 97.5% 99.4% 100.3%
    1998 240 96.8% 98.8% 100.1%
    1999 237 97.0% 98.5% 99.5%
    2000 240 94.2% 98.5% 99.5%
    2001 241 91.4% 94.8% 98.6%
    2002 238 98.2% 99.0% 99.9%
    2003 239 95.9% 98.1% 99.3%
    2004 190 96.2% 98.5% 99.8%
    2005 144 97.6% 99.2% 99.9%
    2006 138 96.1% 97.2% 98.3%
    2007 134 97.2% 99.2% 100.8%
    2008 143 97.6% 99.2% 100.6%
    2009 140 98.9% 100.0% 101.4%
    2010 136 98.4% 100.6% 103.1%
    2011 124 98.5% 100.8% 102.6%

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


- Sulfate, FIL, IC, LL -
Lab: NWQL, PCode: 00945, MCode: IC024
Dates: 10/23/96 through 09/22/11
Open Data Set
Boxplot Description

Water Year = 2011 plotvalue = 111% pctrecov = 111% Water Year = 2011 plotvalue = 113% pctrecov = 113% Water Year = 2011 plotvalue = 90% pctrecov = 90% Water Year = 2001 plotvalue = 112% pctrecov = 112% Water Year = 2000 plotvalue = 130% pctrecov = 439% Water Year = 2000 plotvalue = 97% pctrecov = 97% Water Year = 2000 plotvalue = 95% pctrecov = 95% Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2011 First Quartile = 98% Median = 100% Third Quartile = 103% Number of Observations = 44 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2010 First Quartile = 89% Median = 96% Third Quartile = 103% Number of Observations = 48 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2009 First Quartile = 87% Median = 91% Third Quartile = 94% Number of Observations = 40 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2008 First Quartile = 90% Median = 96% Third Quartile = 104% Number of Observations = 43 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2007 First Quartile = 80% Median = 91% Third Quartile = 100% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2006 First Quartile = 74% Median = 78% Third Quartile = 80% Number of Observations = 46 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2005 First Quartile = 75% Median = 88% Third Quartile = 93% Number of Observations = 48 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2004 First Quartile = 96% Median = 101% Third Quartile = 103% Number of Observations = 24 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2003 First Quartile = 96% Median = 102% Third Quartile = 103% Number of Observations = 22 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2002 First Quartile = 92% Median = 95% Third Quartile = 99% Number of Observations = 12 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2001 First Quartile = 99% Median = 100% Third Quartile = 102% Number of Observations = 20 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 2000 First Quartile = 103% Median = 104% Third Quartile = 106% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1999 First Quartile = 104% Median = 107% Third Quartile = 108% Number of Observations = 12 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1998 First Quartile = 96% Median = 103% Third Quartile = 110% Number of Observations = 11 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Water Year = 1997 First Quartile = 77% Median = 92% Third Quartile = 100% Number of Observations = 24 Y = 1
The SGPlot Procedure

Percent Recovery Statistics for Sulfate, FIL, IC, LL

Analyte Parm-meth Code Water Year # of
Samples		 25th Pctl 50th Pctl
(Median)		 75th Pctl
Sulfate, FIL, IC, LL 00945IC024 1997 24 77.0% 92.3% 100.4%
    1998 11 96.3% 103.4% 109.8%
    1999 12 104.4% 106.6% 107.7%
    2000 12 102.8% 104.2% 106.0%
    2001 20 99.1% 99.9% 102.1%
    2002 12 91.9% 94.7% 99.2%
    2003 22 96.3% 101.7% 102.7%
    2004 24 95.7% 100.9% 102.7%
    2005 48 74.7% 88.4% 93.3%
    2006 46 74.1% 78.4% 79.9%
    2007 46 79.9% 91.0% 99.7%
    2008 43 89.5% 96.0% 103.8%
    2009 40 86.6% 90.7% 94.5%
    2010 48 88.8% 96.0% 102.6%
    2011 44 97.7% 100.3% 102.7%

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