BQS ORGANIC BLIND SAMPLES
DETERMINATION: 11-KETOTESTOSTERONE, Method: 4434
TESTIDCODE: 64527GM005 , MEASURED IN NANOGRAMS PER LITER
06/19/08 TO 12/13/17
Open Data Set

VRefValue = 1 Water Year = 7 Box Plot Feature Value = 0.2953 Id = 30% Water Year = 6 Box Plot Feature Value = 0.5255 Id = 53% Water Year = 4 Box Plot Feature Value = 1.1115 Id = 111% Water Year = 4 Box Plot Feature Value = 0.6937 Id = 69% Water Year = 3 Box Plot Feature Value = 0.7422 Id = 74% Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2017 Minimum Whisker = 0.5848 First Quartile = 0.7022 Median = 0.8283 Third Quartile = 0.8828 Maximum Whisker = 1.0596 Mean = 0.7727 Standard Deviation = 0.2326 Number of Observations = 8 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2016 Minimum Whisker = 0.9076 First Quartile = 0.9076 Median = 0.9618 Third Quartile = 1.0596 Maximum Whisker = 1.2835 Mean = 0.9476 Standard Deviation = 0.2763 Number of Observations = 5 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2015 Minimum Whisker = 0.6987 First Quartile = 0.7791 Median = 0.8501 Third Quartile = 1.0191 Maximum Whisker = 1.0207 Mean = 0.8696 Standard Deviation = 0.1301 Number of Observations = 6 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2014 Minimum Whisker = 0.7766 First Quartile = 0.8398 Median = 0.8809 Third Quartile = 0.8847 Maximum Whisker = 0.9333 Mean = 0.8733 Standard Deviation = 0.1138 Number of Observations = 9 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2013 Minimum Whisker = 0.9501 First Quartile = 0.9501 Median = 1.0236 Third Quartile = 1.0842 Maximum Whisker = 1.2336 Mean = 1.0091 Standard Deviation = 0.15 Number of Observations = 7 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2012 Minimum Whisker = 0.7743 First Quartile = 0.8621 Median = 0.9648 Third Quartile = 1.029 Maximum Whisker = 1.0783 Mean = 0.9455 Standard Deviation = 0.1267 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2010 Minimum Whisker = 0.57 First Quartile = 0.609 Median = 0.6491 Third Quartile = 0.6591 Maximum Whisker = 0.6683 Mean = 0.6341 Standard Deviation = 0.0437 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4 Water Year = 2008 Minimum Whisker = 0.8301 First Quartile = 0.9334 Median = 1.0819 Third Quartile = 1.2332 Maximum Whisker = 1.3395 Mean = 1.0833 Standard Deviation = 0.2112 Number of Observations = 4
Box Plot for pctrecov

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