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-2022-05-02-67|TLH-2022-05-06-12|2325203|Myakka Cutoff (Western Portion)|G3SD0073|04-MAY-2022|09:25|14-MAY-2022|12:18||Total Alkalinity|116||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325203|Myakka Cutoff (Western Portion)|G3SD0073|04-MAY-2022|09:25|14-MAY-2022|09:25|951|Fluoride|1.1||mg F/L|0.18|0.50|||||SM 4500-F- C-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325203|Myakka Cutoff (Western Portion)|G3SD0073|04-MAY-2022|09:25|09-MAY-2022|13:28|530|TSS|5|IA|mg/L|3.0|10|||||SM 2540 D-2011|Thomas Baker, William Mullen|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-05-02-67|TLH-2022-05-06-12|2325204|Tippecanoe Bay North|G3SD0218|04-MAY-2022|09:55|14-MAY-2022|12:31||Total Alkalinity|103||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325204|Tippecanoe Bay North|G3SD0218|04-MAY-2022|09:55|14-MAY-2022|10:02|951|Fluoride|0.95||mg F/L|0.18|0.50|||||SM 4500-F- C-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325204|Tippecanoe Bay North|G3SD0218|04-MAY-2022|09:55|09-MAY-2022|13:28|530|TSS|7|IA|mg/L|3.0|10|||||SM 2540 D-2011|Thomas Baker, William Mullen|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-05-02-67|TLH-2022-05-06-12|2325205|Myakka Cutoff (Western Portion)|G3SD0073|04-MAY-2022|09:25|17-MAY-2022|12:03|610|Ammonia-N|0.008||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325205|Myakka Cutoff (Western Portion)|G3SD0073|04-MAY-2022|09:25|16-MAY-2022|10:40|630|NO2NO3-N|0.004|U|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325205|Myakka Cutoff (Western Portion)|G3SD0073|04-MAY-2022|09:25|13-MAY-2022|12:53|665|Total-P|0.16||mg P/L|0.010|0.10|365.1 (MARCH 1983)|Automated, ascorbic acid|12-MAY-2022|16:34|EPA 365.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325205|Myakka Cutoff (Western Portion)|G3SD0073|04-MAY-2022|09:25|19-MAY-2022|11:17|625|Kjeldahl Nitrogen|0.57||mg N/L|0.16|0.40|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|17-MAY-2022|14:29|EPA 351.2 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325205|Myakka Cutoff (Western Portion)|G3SD0073|04-MAY-2022|09:25|11-MAY-2022|18:05|680|Organic Carbon|8.0||mg C/L|2.0|4.0|||||SM 5310 B-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325206|Tippecanoe Bay North|G3SD0218|04-MAY-2022|09:55|17-MAY-2022|12:04|610|Ammonia-N|0.016||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325206|Tippecanoe Bay North|G3SD0218|04-MAY-2022|09:55|16-MAY-2022|10:47|630|NO2NO3-N|0.006|I|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325206|Tippecanoe Bay North|G3SD0218|04-MAY-2022|09:55|13-MAY-2022|12:56|665|Total-P|0.17||mg P/L|0.010|0.10|365.1 (MARCH 1983)|Automated, ascorbic acid|12-MAY-2022|16:34|EPA 365.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325206|Tippecanoe Bay North|G3SD0218|04-MAY-2022|09:55|20-MAY-2022|11:16|625|Kjeldahl Nitrogen|0.67||mg N/L|0.16|0.40|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|18-MAY-2022|12:24|EPA 351.2 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325206|Tippecanoe Bay North|G3SD0218|04-MAY-2022|09:55|11-MAY-2022|19:21|680|Organic Carbon|8.4||mg C/L|2.0|4.0|||||SM 5310 B-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325207|Myakka River West|G3SD0219|04-MAY-2022|10:30|14-MAY-2022|13:25||Total Alkalinity|109||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325207|Myakka River West|G3SD0219|04-MAY-2022|10:30|06-MAY-2022|10:20|76|Turbidity|2.7|A|NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325207|Myakka River West|G3SD0219|04-MAY-2022|10:30|14-MAY-2022|10:07|951|Fluoride|0.91||mg F/L|0.18|0.50|||||SM 4500-F- C-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325207|Myakka River West|G3SD0219|04-MAY-2022|10:30|09-MAY-2022|13:28|530|TSS|4|I|mg/L|3.0|10|||||SM 2540 D-2011|Thomas Baker, William Mullen|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-05-02-67|TLH-2022-05-06-12|2325208|Myakka River West|G3SD0219|04-MAY-2022|10:30|17-MAY-2022|12:06|610|Ammonia-N|0.028||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325208|Myakka River West|G3SD0219|04-MAY-2022|10:30|16-MAY-2022|10:53|630|NO2NO3-N|0.011||mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325208|Myakka River West|G3SD0219|04-MAY-2022|10:30|18-MAY-2022|19:54|665|Total-P|0.17||mg P/L|0.010|0.10|365.1 (MARCH 1983)|Automated, ascorbic acid|17-MAY-2022|14:42|EPA 365.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325208|Myakka River West|G3SD0219|04-MAY-2022|10:30|20-MAY-2022|14:00|625|Kjeldahl Nitrogen|0.96||mg N/L|0.16|0.40|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|19-MAY-2022|15:12|EPA 351.2 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325208|Myakka River West|G3SD0219|04-MAY-2022|10:30|11-MAY-2022|19:39|680|Organic Carbon|9.4||mg C/L|1.0|2.0|||||SM 5310 B-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325209|FB|FB_05042022|04-MAY-2022|11:35|14-MAY-2022|16:53||Total Alkalinity|0.65|U|mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325209|FB|FB_05042022|04-MAY-2022|11:35|06-MAY-2022|10:24|76|Turbidity|0.10|U|NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325209|FB|FB_05042022|04-MAY-2022|11:35|14-MAY-2022|16:53|951|Fluoride|0.035|U|mg F/L|0.035|0.10|||||SM 4500-F- C-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325209|FB|FB_05042022|04-MAY-2022|11:35|09-MAY-2022|13:28|530|TSS|2|U|mg/L|2.0|10|||||SM 2540 D-2011|Thomas Baker, William Mullen|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-05-02-67|TLH-2022-05-06-12|2325210|FB|FB_05042022|04-MAY-2022|11:35|16-MAY-2022|14:08|610|Ammonia-N|0.002|U|mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325210|FB|FB_05042022|04-MAY-2022|11:35|17-MAY-2022|10:35|630|NO2NO3-N|0.004|U|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325210|FB|FB_05042022|04-MAY-2022|11:35|13-MAY-2022|16:49|665|Total-P|0.002|U|mg P/L|0.0020|0.0050|365.1 (MARCH 1983)|Automated, ascorbic acid|12-MAY-2022|16:34|EPA 365.1 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325210|FB|FB_05042022|04-MAY-2022|11:35|19-MAY-2022|16:59|625|Kjeldahl Nitrogen|0.080|U|mg N/L|0.080|0.20|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|18-MAY-2022|12:24|EPA 351.2 Rev. 2.0|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-12|2325210|FB|FB_05042022|04-MAY-2022|11:35|13-MAY-2022|22:42|680|Organic Carbon|0.50|U|mg C/L|0.50|1.0|||||SM 5310 B-2011|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|13-MAY-2022|22:08|916|Calcium|336||mg/L|0.30|1.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.7 Rev. 4.4|Thomas Baker, William Mullen|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|13-MAY-2022|22:08|1045|Iron|120|U|ug/L|120|480|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.7 Rev. 4.4|Thomas Baker, William Mullen|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|13-MAY-2022|23:12|927|Magnesium|1.02E+03||mg/L|2.0|8.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.7 Rev. 4.4|Thomas Baker, William Mullen|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|13-MAY-2022|22:08|1082|Strontium|7.39E+03||ug/L|8.0|32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.7 Rev. 4.4|Thomas Baker, William Mullen|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|13-MAY-2022|23:12|1102|Tin|150|U|ug/L|150|600|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.7 Rev. 4.4|Thomas Baker, William Mullen|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|13-MAY-2022|22:08|1087|Vanadium|8.0|U|ug/L|8.0|32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.7 Rev. 4.4|Thomas Baker, William Mullen|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|13-MAY-2022|22:08|1092|Zinc|20|U|ug/L|20|80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.7 Rev. 4.4|Thomas Baker, William Mullen|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1105|Aluminum|42|I|ug/L|20|80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1097|Antimony|0.22|I|ug/L|0.20|0.80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1002|Arsenic|2.15||ug/L|0.20|0.80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1012|Beryllium|0.040|U|ug/L|0.040|0.16|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1027|Cadmium|0.080|U|ug/L|0.080|0.32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1034|Chromium|1.6|U|ug/L|1.6|6.4|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1037|Cobalt|0.20|I|ug/L|0.080|0.32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1042|Copper|1.6|U|ug/L|1.6|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|19:28|1051|Lead|2.0|U|ug/L|2.0|4.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1055|Manganese|10.6||ug/L|0.40|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|17-MAY-2022|11:31|1062|Molybdenum|8.5||ug/L|1.5|6.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1067|Nickel|2.0|U|ug/L|2.0|8.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1147|Selenium|0.80|U|ug/L|0.80|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|
RQ-2022-05-02-67|TLH-2022-05-06-16|2325226|Trailer Park Canal|G3SD0072|04-MAY-2022|11:10|16-MAY-2022|21:13|1077|Silver|0.040|U|ug/L|0.040|0.16|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|13-MAY-2022|09:55|EPA 200.8 Rev. 5.4|Thomas Baker, William Mullen|