REQUEST_ID|JOB_ID|SAMPLE_ID|SAMPLE_SITE|FIELD_ID|SAMPLE_DATE|SAMPLE_TIME|ANALYSIS_DATE|ANALYSIS_TIME|PARAM_CODE|PARAM_NAME|RESULT|VALUE_QUAL|UOM|MDL|PQL|PREP_METHOD|PREP_DESC|PREP_DATE|PREP_TIME|ANALYSIS_METHOD|SAMPLER|LAB_COMMENTS
RQ-2022-06-20-52|TLH-2022-06-24-36|2337194|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|29-JUN-2022|05:05||Total Alkalinity|11||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337194|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|24-JUN-2022|13:56|76|Turbidity|2.7||NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337194|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|01-JUL-2022|20:02|940|Chloride|470||mg Cl/L|2.0|5.0|||||EPA 300.0 Rev. 2.1|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337194|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|24-JUN-2022|14:37|80|Color (true)|87||PCU|2.5|6.0|||||DEP SOP: NU-094-1|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337194|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|29-JUN-2022|05:05|951|Fluoride|0.13||mg F/L|0.035|0.10|||||SM 4500-F- C-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337194|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|01-JUL-2022|20:02|945|Sulfate|220||mg SO4/L|2.0|5.0|||||EPA 300.0 Rev. 2.1|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337194|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|28-JUN-2022|16:31|70300|TDS|1.10E+03||mg/L|30|50|||||SM 2540 C-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337194|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|28-JUN-2022|16:31|530|TSS|3|I|mg/L|2.0|10|||||SM 2540 D-2011|Thomas Baker, William Mull en|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-06-20-52|TLH-2022-06-24-36|2337195|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|29-JUN-2022|04:29||Total Alkalinity|0.65|U|mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337195|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|24-JUN-2022|13:57|76|Turbidity|2.7||NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337195|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|01-JUL-2022|20:14|940|Chloride|17||mg Cl/L|0.20|0.50|||||EPA 300.0 Rev. 2.1|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337195|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|24-JUN-2022|14:38|80|Color (true)|580||PCU|10|24|||||DEP SOP: NU-094-1|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337195|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|29-JUN-2022|04:29|951|Fluoride|0.069|I|mg F/L|0.035|0.10|||||SM 4500-F- C-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337195|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|01-JUL-2022|20:14|945|Sulfate|3.3||mg SO4/L|0.20|0.50|||||EPA 300.0 Rev. 2.1|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337195|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|28-JUN-2022|16:31|70300|TDS|184||mg/L|15|25|||||SM 2540 C-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337195|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|28-JUN-2022|16:31|530|TSS|2|U|mg/L|2.0|10|||||SM 2540 D-2011|Thomas Baker, William Mull en|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-06-20-52|TLH-2022-06-24-36|2337196|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|29-JUN-2022|04:38||Total Alkalinity|0.91|I|mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337196|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|24-JUN-2022|13:58|76|Turbidity|5.6||NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337196|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|01-JUL-2022|20:26|940|Chloride|8.9||mg Cl/L|0.20|0.50|||||EPA 300.0 Rev. 2.1|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337196|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|24-JUN-2022|14:39|80|Color (true)|500||PCU|10|24|||||DEP SOP: NU-094-1|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337196|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|29-JUN-2022|04:38|951|Fluoride|0.035|U|mg F/L|0.035|0.10|||||SM 4500-F- C-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337196|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|01-JUL-2022|20:26|945|Sulfate|1.6||mg SO4/L|0.20|0.50|||||EPA 300.0 Rev. 2.1|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337196|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|28-JUN-2022|16:31|70300|TDS|116||mg/L|15|25|||||SM 2540 C-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337196|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|28-JUN-2022|16:31|530|TSS|21||mg/L|2.0|10|||||SM 2540 D-2011|Thomas Baker, William Mull en|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-06-20-52|TLH-2022-06-24-36|2337197|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|30-JUN-2022|15:49|610|Ammonia-N|0.020||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337197|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|08-JUL-2022|15:59|630|NO2NO3-N|0.089||mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337197|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|05-JUL-2022|16:06|665|Total-P|0.036||mg P/L|0.0020|0.0050|365.1 (MARCH 1983)|Automated, ascorbic acid|01-JUL-2022|16:41|EPA 365.1 Rev. 2.0|Thomas Baker, William Mull en|Total-P:  Batch matrix spike recoveries are unavailable because of high analyte concentration in the QC sample.
RQ-2022-06-20-52|TLH-2022-06-24-36|2337197|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|01-JUL-2022|12:26|625|Kjeldahl Nitrogen|0.88||mg N/L|0.080|0.20|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|30-JUN-2022|14:06|EPA 351.2 Rev. 2.0|Thomas Baker, William Mull en|Batch matrix spike recoveries are unavailable because of high analyte concentration in the QC sample.
RQ-2022-06-20-52|TLH-2022-06-24-36|2337197|JohnHenrySlough AtCR7321|G4SD0215|23-JUN-2022|10:10|28-JUN-2022|04:55|680|Organic Carbon|19||mg C/L|0.50|1.0|||||SM 5310 B-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337198|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|06-JUL-2022|12:15|610|Ammonia-N|0.061||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337198|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|08-JUL-2022|16:00|630|NO2NO3-N|0.004|U|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337198|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|05-JUL-2022|11:25|665|Total-P|0.29||mg P/L|0.0050|0.050|365.1 (MARCH 1983)|Automated, ascorbic acid|01-JUL-2022|16:41|EPA 365.1 Rev. 2.0|Thomas Baker, William Mull en|Total-P:  Batch matrix spike recoveries are unavailable because of high analyte concentration in the QC sample.
RQ-2022-06-20-52|TLH-2022-06-24-36|2337198|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|01-JUL-2022|12:28|625|Kjeldahl Nitrogen|1.9||mg N/L|0.080|0.20|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|30-JUN-2022|14:06|EPA 351.2 Rev. 2.0|Thomas Baker, William Mull en|Batch matrix spike recoveries are unavailable because of high analyte concentration in the QC sample.
RQ-2022-06-20-52|TLH-2022-06-24-36|2337198|BootheelCreekEastBranch|G4SD0105|23-JUN-2022|10:40|28-JUN-2022|05:09|680|Organic Carbon|64||mg C/L|0.50|1.0|||||SM 5310 B-2011|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337199|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|06-JUL-2022|12:16|610|Ammonia-N|0.025||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337199|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|08-JUL-2022|16:02|630|NO2NO3-N|0.004|U|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337199|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|13-JUL-2022|14:06|665|Total-P|1.8||mg P/L|0.050|0.50|365.1 (MARCH 1983)|Automated, ascorbic acid|13-JUL-2022|09:52|EPA 365.1 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337199|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|01-JUL-2022|14:41|625|Kjeldahl Nitrogen|10||mg N/L|0.80|2.0|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|30-JUN-2022|14:06|EPA 351.2 Rev. 2.0|Thomas Baker, William Mull en|
RQ-2022-06-20-52|TLH-2022-06-24-36|2337199|Gatir Slough At US27|G4SD0214|23-JUN-2022|11:25|28-JUN-2022|05:23|680|Organic Carbon|39||mg C/L|0.50|1.0|||||SM 5310 B-2011|Thomas Baker, William Mull en|