BQS ORGANIC BLIND SAMPLES
DETERMINATION: METCONAZOLE, Method: 2437
TESTIDCODE: 66620LCM60 , MEASURED IN NANOGRAMS PER LITER
05/17/14 TO 02/15/18
Open Data Set

VRefValue = 1 Water Year = 4 Box Plot Feature Value = 1.5431 Id = 154% Water Year = 4 Box Plot Feature Value = 1.493 Id = 149% Water Year = 3 Box Plot Feature Value = 1.39 Id = 139% Water Year = 3 Box Plot Feature Value = 1.3508 Id = 135% Water Year = 3 Box Plot Feature Value = 0.7917 Id = 79% Water Year = 2 Box Plot Feature Value = 0.5 Id = 50% Water Year = 1 Box Plot Feature Value = 1.1525 Id = 115% Water Year = 1 Box Plot Feature Value = 0.6687 Id = 67% Water Year = 0 Box Plot Feature Value = 0.6975 Id = 70% Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2018 Minimum Whisker = 1.022 First Quartile = 1.0621 Median = 1.1 Third Quartile = 1.1598 Maximum Whisker = 1.1598 Mean = 1.1849 Standard Deviation = 0.1933 Number of Observations = 9 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2017 Minimum Whisker = 0.8734 First Quartile = 1.004 Median = 1.0645 Third Quartile = 1.1218 Maximum Whisker = 1.258 Mean = 1.0686 Standard Deviation = 0.1255 Number of Observations = 33 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2016 Minimum Whisker = 0.6306 First Quartile = 0.8198 Median = 0.9295 Third Quartile = 1.0096 Maximum Whisker = 1.2742 Mean = 0.9244 Standard Deviation = 0.1532 Number of Observations = 67 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2015 Minimum Whisker = 0.7588 First Quartile = 0.8401 Median = 0.9001 Third Quartile = 0.9538 Maximum Whisker = 1.023 Mean = 0.8996 Standard Deviation = 0.097 Number of Observations = 30 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8 Water Year = 2014 Minimum Whisker = 0.8877 First Quartile = 0.8939 Median = 0.9735 Third Quartile = 0.9844 Maximum Whisker = 1.0432 Mean = 0.9305 Standard Deviation = 0.1065 Number of Observations = 8
Box Plot for pctrecov

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