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    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>22</UID>
      <Name>Blank-adjusted method detect limit</Name>
      <Description>Blank-adjusted method detect limit</Description>
      <LastChangeDate>2015-12-21T14:28:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>20</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>33</UID>
      <Name>Blank-adjusted reporting limit</Name>
      <Description>Greater than or equal to two times the blank-adjusted method detect limit. The probability of falsely reporting a non-detection blank-adjusted limit is predicted to be less than or equal to 1 percent.</Description>
      <LastChangeDate>2022-12-13T12:24:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>44</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>39</UID>
      <Name>Censoring level</Name>
      <Description>Lower or upper value at which the result is censored</Description>
      <LastChangeDate>2023-07-31T09:03:19 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>40</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>31</UID>
      <Name>Contract Detection Limit</Name>
      <Description>Minimum level of detection acceptable under the contract Statement of Work (SOW). However, laboratory-derived IDLs (adjusted for sample size, dilution and moisture) are used for reporting limits</Description>
      <LastChangeDate>2016-06-16T10:11:16 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>21</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>19</UID>
      <Name>Contract Quantitation Limit</Name>
      <Description>- Minimum level of reliable quantitation acceptable under the contract Statement of Work (SOW).</Description>
      <LastChangeDate>2015-12-21T14:28:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>5</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>20</UID>
      <Name>Daily detection limit</Name>
      <Description>Daily detection limit</Description>
      <LastChangeDate>2015-12-21T14:28:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>19</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>40</UID>
      <Name>Detection Limit</Name>
      <Description>A detection limit value was reported, but the type is unknown.</Description>
      <LastChangeDate>2023-09-08T17:01:19 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>47</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>35</UID>
      <Name>Detection limit by DQCALC</Name>
      <Description>Lowest concentration, with 90% confidence, will be exceeded no more than 1 percent when a blank sample is measured. Detection limit by DLDQC is the critical level &quot;Lc&quot; by ASTM D6091, nearly equal MDL.</Description>
      <LastChangeDate>2022-12-13T12:24:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>42</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>7</UID>
      <Name>Drinking Water Maximum</Name>
      <Description>Maximum Contaminant Levels (MCLs) is the legal threshold limit on the amount of a substance that is allowed in public water systems under the Safe Drinking Water Act.</Description>
      <LastChangeDate>2006-08-12T00:26:53 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>27</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>3</UID>
      <Name>Estimated Detection Level</Name>
      <Description>Estimated Detection Level -- Minimum concentration required to produce a specified signal-to-noise (S/N) ratio.</Description>
      <LastChangeDate>2006-08-12T00:26:53 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>14</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>30</UID>
      <Name>Estimated Quantitation Limit</Name>
      <Description>Lowest concentration that can be reliably achieved within specified limits of precision and accuracy during routine lab operations. EQLs normally are arbitrarily set rather than explicitly determined.</Description>
      <LastChangeDate>2016-06-16T08:37:57 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>4</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>27</UID>
      <Name>Field Holding Time Limit</Name>
      <Description>Performed in field. Samples are only representative of the area they were taken from for a specific length of time before sample preparation or analysis must begin. This is defined as &quot;holding time.&quot;</Description>
      <LastChangeDate>2016-04-04T15:13:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>25</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>1</UID>
      <Name>Instrument Detection Level</Name>
      <Description>Instrument Detection Level(IDL)--Lowest concentration that can be detected by an instrument without correction for the effects of sample matrix or method-specific parameters such as sample preparation</Description>
      <LastChangeDate>2010-01-26T12:17:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>13</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>13</UID>
      <Name>Interim Reporting Level</Name>
      <Description>Interim Reporting Level - a temporary reporting level used for new or custom schedules when a LRL has not yet been established</Description>
      <LastChangeDate>2014-09-10T00:00:00 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>18</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>26</UID>
      <Name>Laboratory Holding Time Limit</Name>
      <Description>Performed in Lab. Samples are only representative of the area they were taken from for a specific length of time before sample preparation or analysis must begin. This is defined as  &quot;holding time.&quot;</Description>
      <LastChangeDate>2016-04-04T14:05:33 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>26</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>14</UID>
      <Name>Laboratory Reporting Level</Name>
      <Description>Laboratory Reporting Level - formerly referred to as Non-Detection Value</Description>
      <LastChangeDate>2014-11-03T00:00:00 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>9</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>6</UID>
      <Name>Long Term Method Detection Level</Name>
      <Description>is a modification of the defintion of the method detection limit (MDL). It includes a more thorough capture of laboratory variability, and is calculated using three different possible data assessments</Description>
      <LastChangeDate>2006-08-12T00:26:53 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>17</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>38</UID>
      <Name>Lower 95% Confidence Limit</Name>
      <Description>Lower limit of 95% confidence limit, the below point estimate within which the true value </Description>
      <LastChangeDate>2023-04-25T14:58:03 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>45</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>5</UID>
      <Name>Lower Quantitation Limit</Name>
      <Description>Lower Limit of Quantitation(LLQ) Generally the same as EQL. </Description>
      <LastChangeDate>2006-08-12T00:26:53 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>2</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>10</UID>
      <Name>Lower Reporting Limit</Name>
      <Description>Lower Reporting Limit</Description>
      <LastChangeDate>2006-08-12T00:26:53 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>10</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>21</UID>
      <Name>Lower limit of detection</Name>
      <Description>- Generally the same as Instrument Detection Level (IDL). IDLs are explicitly determined and generally defined as three times the standard deviation of the mean noise level.</Description>
      <LastChangeDate>2015-12-21T14:28:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>12</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>16</UID>
      <Name>Measurement Uncertainty</Name>
      <Description>A quantitative expression of error that results from incomplete knowledge or information about a parameter or value</Description>
      <LastChangeDate>2015-12-09T07:39:00 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>16</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>2</UID>
      <Name>Method Detection Level</Name>
      <Description>Synonymous with Method Detection Limit (MDL), is the minimum concentration of a substance that can be measured and reported with a 99% confidence that the analyte concentration is greater than zero.</Description>
      <LastChangeDate>2017-01-24T16:36:33 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>15</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>15</UID>
      <Name>Minimum Reporting Level</Name>
      <Description>Minimum Reporting Level is the smallest measured concentration of a constituent that can be reliably measured using a given analytical method (Method Reporting Level).</Description>
      <LastChangeDate>2014-11-03T00:00:00 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>6</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>12</UID>
      <Name>Practical Quantitation Limit</Name>
      <Description>Practical Quantitation Limit (PQL)</Description>
      <LastChangeDate>2010-01-26T12:17:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>1</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>23</UID>
      <Name>Reporting limit</Name>
      <Description>Reporting limit (RL) is defined as the smallest concentration of a chemical that can be reported by a laboratory.</Description>
      <LastChangeDate>2015-12-21T14:28:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>7</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>34</UID>
      <Name>Reporting limit by DQCALC</Name>
      <Description>Greater than or equal to two times the detection limit by DQCALC, where the detection limit by DQCALC is the critical level &quot;Lc&quot; by ASTM D6091. DQCALC software used to determine limits (ASTM D7510-10)</Description>
      <LastChangeDate>2022-12-13T12:24:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>43</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>73</UID>
      <Name>Required detection limit</Name>
      <Description>New term from the Federal Register ... to be investigated</Description>
      <LastChangeDate>2018-07-19T08:11:17 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>48</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>29</UID>
      <Name>Sample Detection Limit</Name>
      <Description>Sample Detection Limit (SDL) - The MDL adjusted to reflect sample-specific actions such as dilution or use of smaller aliquot sizes, or to report results on a dry-weight basis.</Description>
      <LastChangeDate>2016-06-16T08:25:43 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>11</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>24</UID>
      <Name>Sample-Specific Quantitation Limit</Name>
      <Description>The largest or smallest concentration that an instrument can reliably detect for a specific sample.</Description>
      <LastChangeDate>2015-12-21T14:28:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>3</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>36</UID>
      <Name>Sample-specific critical level</Name>
      <Description>The calculated and reported value below which a radiochemistry result is considered a non-detection. </Description>
      <LastChangeDate>2022-12-13T12:24:18 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>41</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>11</UID>
      <Name>Sample-specific min detect conc</Name>
      <Description>The smallest concentration that an instrument can reliably detect for a specific sample.</Description>
      <LastChangeDate>2009-10-29T12:33:39 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>8</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>25</UID>
      <Name>Specified in workplan</Name>
      <Description>Specified in workplan... requested by GLENDA</Description>
      <LastChangeDate>2016-03-29T15:06:29 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>31</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>17</UID>
      <Name>Statistical Uncertainty</Name>
      <Description>That component of uncertainty which arises from imprecision. www.iaea.org/OurWork/ST/NE/NEFW/WTS-Networks/IDN/idnfiles/Wkp_on_Development_WM,WasteCharacterization_Clearance/Day3/12.Statistics_GREY.pdf</Description>
      <LastChangeDate>2015-12-09T07:55:38 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>29</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>18</UID>
      <Name>Systematic Uncertainty</Name>
      <Description>That component of uncertainty which arises from biases. www.iaea.org/OurWork/ST/NE/NEFW/WTS-Networks/IDN/idnfiles/Wkp_on_Development_WM,WasteCharacterization_Clearance/Day3/12.Statistics_GREY.pdf</Description>
      <LastChangeDate>2015-12-09T07:55:38 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>28</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>28</UID>
      <Name>Taxonomic Loss Threshold</Name>
      <Description>Taxonomic Loss Threshold</Description>
      <LastChangeDate>2023-02-16T12:05:38 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>32</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>37</UID>
      <Name>Upper 95% Confidence Limit</Name>
      <Description>Upper limit of 95% confidence limit, the above point estimate within which the true value </Description>
      <LastChangeDate>2023-04-25T14:58:03 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>46</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>32</UID>
      <Name>Upper Calibration Limit</Name>
      <Description>Highest concentration that can be reliably measured. The highest calibration standard in the lab&apos;s initial calibration curve adjusted for initial sample volume or weight</Description>
      <LastChangeDate>2016-06-16T10:29:57 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>24</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>4</UID>
      <Name>Upper Quantitation Limit</Name>
      <Description>The largest concentration that an instrument can reliably detect.</Description>
      <LastChangeDate>2006-08-12T00:26:53 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>22</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>9</UID>
      <Name>Upper Reporting Limit</Name>
      <Description>The largest concentration that can be reliably reported.</Description>
      <LastChangeDate>2006-08-12T00:26:53 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>23</HierarchySortOrder>
    </DetectionQuantationLimit>

    <DetectionQuantationLimit>
    <Domain>Detection Quantation Limit(DetectionQuantitationLimitTypeName)</Domain>
      <UID>8</UID>
      <Name>Water Quality Standard or Criteria</Name>
      <Description>Provisions of state, territorial, tribal or federal law approved by EPA that describe the desired condition of a water body and the means by which that condition will be protected or achieved.</Description>
      <LastChangeDate>2006-08-12T00:26:53 AMERICA/NEW_YORK</LastChangeDate>
      <HierarchySortOrder>30</HierarchySortOrder>
    </DetectionQuantationLimit>


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