BQS ORGANIC BLIND SAMPLES
DETERMINATION: METOLACHLOR SULFONIC ACID, Method: 2437
TESTIDCODE: 68651LCM60 , MEASURED IN NANOGRAMS PER LITER
04/21/14 TO 02/08/18
Open Data Set

 VRefValue = 1  Water Year = 3 
 Box Plot Feature Value = 1.4213 
 Id = 142%  Water Year = 2 
 Box Plot Feature Value = 1.3553 
 Id = 136%  Water Year = 1 
 Box Plot Feature Value = 1.5419 
 Id = 154%  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2018 
 Minimum Whisker = 0.7941 
 First Quartile = 0.818 
 Median = 1.0147 
 Third Quartile = 1.1227 
 Maximum Whisker = 1.5111 
 Mean = 1.0163 
 Standard Deviation = 0.2297 
 Number of Observations = 9  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2017 
 Minimum Whisker = 0.721 
 First Quartile = 0.9307 
 Median = 1.022 
 Third Quartile = 1.1 
 Maximum Whisker = 1.3499 
 Mean = 1.026 
 Standard Deviation = 0.1504 
 Number of Observations = 32  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2016 
 Minimum Whisker = 0.6302 
 First Quartile = 0.8376 
 Median = 0.9322 
 Third Quartile = 1.0213 
 Maximum Whisker = 1.2197 
 Mean = 0.9375 
 Standard Deviation = 0.1329 
 Number of Observations = 70  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2015 
 Minimum Whisker = 0.6995 
 First Quartile = 0.8908 
 Median = 1.0515 
 Third Quartile = 1.1496 
 Maximum Whisker = 1.3663 
 Mean = 1.0339 
 Standard Deviation = 0.1914 
 Number of Observations = 33  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16  Water Year = 2014 
 Minimum Whisker = 0.4491 
 First Quartile = 0.8165 
 Median = 0.9088 
 Third Quartile = 1.0624 
 Maximum Whisker = 1.2997 
 Mean = 0.923 
 Standard Deviation = 0.2051 
 Number of Observations = 16
Box Plot for pctrecov

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