BQS ORGANIC BLIND SAMPLES
DETERMINATION: 17-ALPHA-ETHYNYLESTRADIOL, Method: 4434
TESTIDCODE: 64529GM005 , MEASURED IN NANOGRAMS PER LITER
01/16/08 TO 12/11/17
Open Data Set

VRefValue = 1 Water Year = 9 Box Plot Feature Value = 0.147 Id = 15% Water Year = 8 Box Plot Feature Value = 1.4052 Id = 141% Water Year = 8 Box Plot Feature Value = 0.5218 Id = 52% Water Year = 5 Box Plot Feature Value = 1.353 Id = 135% Water Year = 0 Box Plot Feature Value = 1.5418 Id = 154% Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2017 Minimum Whisker = 0.5177 First Quartile = 0.6294 Median = 0.7737 Third Quartile = 0.8609 Maximum Whisker = 0.9599 Mean = 0.7303 Standard Deviation = 0.2098 Number of Observations = 14 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2016 Minimum Whisker = 0.7958 First Quartile = 0.8223 Median = 0.8466 Third Quartile = 0.9763 Maximum Whisker = 1.0189 Mean = 0.903 Standard Deviation = 0.2348 Number of Observations = 9 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2015 Minimum Whisker = 0.6302 First Quartile = 0.6428 Median = 0.8171 Third Quartile = 0.8614 Maximum Whisker = 0.9845 Mean = 0.7829 Standard Deviation = 0.1275 Number of Observations = 7 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2014 Minimum Whisker = 0.5767 First Quartile = 0.6677 Median = 0.7505 Third Quartile = 0.8659 Maximum Whisker = 1.0947 Mean = 0.7718 Standard Deviation = 0.143 Number of Observations = 15 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2013 Minimum Whisker = 0.6255 First Quartile = 0.6573 Median = 0.7128 Third Quartile = 0.7904 Maximum Whisker = 0.8413 Mean = 0.7667 Standard Deviation = 0.1966 Number of Observations = 12 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2012 Minimum Whisker = 0.6711 First Quartile = 0.8043 Median = 0.8688 Third Quartile = 0.931 Maximum Whisker = 1.0323 Mean = 0.8555 Standard Deviation = 0.1177 Number of Observations = 10 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2011 Minimum Whisker = 0.589 First Quartile = 0.737 Median = 0.7883 Third Quartile = 0.8543 Maximum Whisker = 0.93 Mean = 0.7883 Standard Deviation = 0.0962 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2010 Minimum Whisker = 0.5804 First Quartile = 0.7181 Median = 0.7958 Third Quartile = 0.9099 Maximum Whisker = 0.9475 Mean = 0.8002 Standard Deviation = 0.1134 Number of Observations = 12 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2009 Minimum Whisker = 0.6769 First Quartile = 0.7993 Median = 0.8435 Third Quartile = 0.9053 Maximum Whisker = 0.9411 Mean = 0.8289 Standard Deviation = 0.0915 Number of Observations = 9 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5 Water Year = 2008 Minimum Whisker = 0.5642 First Quartile = 0.6068 Median = 0.6565 Third Quartile = 0.7931 Maximum Whisker = 0.7931 Mean = 0.8325 Standard Deviation = 0.4057 Number of Observations = 5
Box Plot for pctrecov

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