BQS ORGANIC BLIND SAMPLES
DETERMINATION: ISOFENPHOS, Method: 2033
TESTIDCODE: 61594GCM39 , MEASURED IN MICROGRAMS PER LITER
12/08/05 TO 12/29/17
Open Data Set

VRefValue = 1 Water Year = 1 Box Plot Feature Value = 1.3594 Id = 136% Water Year = 1 Box Plot Feature Value = 0.64 Id = 64% Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2017 Minimum Whisker = 0.7528 First Quartile = 0.8944 Median = 0.95 Third Quartile = 1.0386 Maximum Whisker = 1.2124 Mean = 0.9604 Standard Deviation = 0.1183 Number of Observations = 13 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2016 Minimum Whisker = 0.5714 First Quartile = 0.7429 Median = 0.9333 Third Quartile = 1.0314 Maximum Whisker = 1.28 Mean = 0.9168 Standard Deviation = 0.1882 Number of Observations = 15 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2015 Minimum Whisker = 0.0881 First Quartile = 0.4399 Median = 0.8976 Third Quartile = 1.0394 Maximum Whisker = 1.0857 Mean = 0.7474 Standard Deviation = 0.3648 Number of Observations = 12 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2014 Minimum Whisker = 0.63 First Quartile = 0.7511 Median = 0.837 Third Quartile = 1.0122 Maximum Whisker = 1.2545 Mean = 0.8962 Standard Deviation = 0.1942 Number of Observations = 18 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2013 Minimum Whisker = 0.625 First Quartile = 0.78 Median = 0.878 Third Quartile = 0.998 Maximum Whisker = 1.0922 Mean = 0.8718 Standard Deviation = 0.1359 Number of Observations = 13 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2012 Minimum Whisker = 0.7 First Quartile = 0.8256 Median = 1.0194 Third Quartile = 1.2085 Maximum Whisker = 1.3294 Mean = 1.0297 Standard Deviation = 0.2021 Number of Observations = 15 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2011 Minimum Whisker = 0.8192 First Quartile = 1.0125 Median = 1.164 Third Quartile = 1.3796 Maximum Whisker = 1.7758 Mean = 1.1963 Standard Deviation = 0.2375 Number of Observations = 19 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2010 Minimum Whisker = 0.5332 First Quartile = 0.7872 Median = 0.9795 Third Quartile = 1.03 Maximum Whisker = 1.1838 Mean = 0.9178 Standard Deviation = 0.195 Number of Observations = 10 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2009 Minimum Whisker = 0.714 First Quartile = 1.0246 Median = 1.1187 Third Quartile = 1.2639 Maximum Whisker = 1.5346 Mean = 1.1286 Standard Deviation = 0.1844 Number of Observations = 17 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2008 Minimum Whisker = 0.638 First Quartile = 0.6694 Median = 0.7154 Third Quartile = 0.9231 Maximum Whisker = 1.0685 Mean = 0.7993 Standard Deviation = 0.1507 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2007 Minimum Whisker = 0.8906 First Quartile = 0.9875 Median = 1.0274 Third Quartile = 1.1072 Maximum Whisker = 1.1624 Mean = 1.0278 Standard Deviation = 0.1496 Number of Observations = 16 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7 Water Year = 2006 Minimum Whisker = 0.6867 First Quartile = 0.8115 Median = 0.8758 Third Quartile = 1.0659 Maximum Whisker = 1.1989 Mean = 0.9188 Standard Deviation = 0.1693 Number of Observations = 7
Box Plot for pctrecov

'+' = MEAN RECOVERY OF SPIKES (IN PERCENT)