<?xml version="1.0" encoding="UTF-8"?>
<RunResults>
  <RunName>CalibrationWindow</RunName>
  <Description>Basin: TuleRiver_Cal , Meteorology: Livneh , Control: CalibrationPeriod</Description>
  <ExecutionTime>29 May 2026, 20:27:56</ExecutionTime>
  <StartTime>1 October 1982, 00:00</StartTime>
  <EndTime>1 October 1992, 00:00</EndTime>
  <BasinElement name="MF_TuleR_S20" type="Subbasin">
    <ExecutionTime>29 May 2026, 20:27:56</ExecutionTime>
    <SubbasinArea area="85.800" units="MI2" />
    <ObservedSweGage name="MFTuleR_S20_UofA" />
    <UnitSystem>English</UnitSystem>
    <IsComputationPoint>No</IsComputationPoint>
    <DrainageArea area="85.800" units="MI2" />
    <ObservedSweGage name="MFTuleR_S20_UofA" />
    <Hydrology>
      <TimeSeries>
        <TimeSeriesType type="Outflow" displayString="Outflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/FLOW//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Outflow" displayString="Cumulative Outflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/FLOW-CUMULATIVE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Incremental Precip" displayString="Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/PRECIP-INC//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Precip" displayString="Cumulative Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/PRECIP-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Observed SWE" displayString="Observed SWE" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/SWE-OBSERVED//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Residual SWE" displayString="Residual SWE" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/SWE-RESIDUAL//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Canopy Excess" displayString="Canopy Overflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/EXCESS-CANOPY//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Potential ET" displayString="Potential Evapotranspiration" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/ET-POTENTIAL//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Canopy ET" displayString="Canopy Evapotranspiration" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/ET-CANOPY//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Canopy Storage" displayString="Canopy Storage" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/STORAGE-CANOPY//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Air Temperature" displayString="Air Temperature" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/TEMPERATURE-AIR//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="LWASS" displayString="Liquid Water at Soil Surface" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/PRECIP-LWASS//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
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        <TimeSeriesType type="Cumulative LWASS" displayString="Cumulative LWASS" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/PRECIP-LWASS-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="SWE" displayString="Snow Water Equivalent" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/SWE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Snow Covered Area" displayString="Snow Covered Area" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/SNOW COVERED AREA PERCENT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cold Content" displayString="Cold Content" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/COLD CONTENT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cold Content ATI" displayString="Cold Content ATI" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/ATI-COLD//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Melt Rate ATI" displayString="Melt Rate ATI" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/ATI-MELT//3HOUR/RUN:CalibrationWindow/</DssPathname>
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      <TimeSeries>
        <TimeSeriesType type="Snow Liquid Water" displayString="Liquid Water Content" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/LIQUID WATER//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Snow Accumulated Interception" displayString="Snow Accumulated Interception" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/INTERCEPTION//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Infiltration" displayString="Soil Infiltration" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/INFILTRATION//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Soil Percolation" displayString="Soil Percolation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
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      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Moisture Deficit" displayString="Moisture Deficit" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/MOISTURE DEFICIT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Soil Saturation Fraction" displayString="Saturation Fraction" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/SATURATION FRACTION//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Precip Excess" displayString="Excess Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/PRECIP-EXCESS//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Excess" displayString="Cumulative Excess Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/PRECIP-EXCESS-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Precip Loss" displayString="Precipitation Loss" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/PRECIP-LOSS//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Loss" displayString="Cumulative Precipitation Loss" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/PRECIP-LOSS-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Direct Runoff" displayString="Direct Runoff" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/FLOW-DIRECT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow" displayString="Baseflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/FLOW-BASE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow Layer 1" displayString="Baseflow Layer 1" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/FLOW-BASE-1//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow Layer 2" displayString="Baseflow Layer 2" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/FLOW-BASE-2//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow Layer 3" displayString="Baseflow Layer 3" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/FLOW-BASE-3//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Aquifer Recharge" displayString="Aquifer Recharge" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S20/AQUIFER RECHARGE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
    </Hydrology>
    <Sediment />
    <Statistics>
      <StatisticMeasure type="Inflow Minimum" displayString="Minimum Inflow" value="0.0000000" units="CFS" />
      <StatisticMeasure type="Inflow Minimum Time" displayString="Time of Minimum Inflow" value="1 October 1982, 00:00" />
      <StatisticMeasure type="Inflow Maximum" displayString="Maximum Inflow" value="0.0000000" units="CFS" />
      <StatisticMeasure type="Inflow Maximum Time" displayString="Time of Maximum Inflow" value="1 October 1982, 00:00" />
      <StatisticMeasure type="Inflow Volume" displayString="Inflow Volume" value="0.0000000" units="AC-FT" />
      <StatisticMeasure type="Inflow Depth" displayString="Inflow Depth" value="0.0000000" units="IN" />
      <StatisticMeasure type="Inflow Average" displayString="Inflow Average" value="0.0000000" units="CFS" />
      <StatisticMeasure type="Outflow Minimum" displayString="Minimum Outflow" value="0.6014242" units="CFS" />
      <StatisticMeasure type="Outflow Minimum Time" displayString="Time of Minimum Outflow" value="14 February 1991, 03:00" />
      <StatisticMeasure type="Outflow Maximum" displayString="Maximum Outflow" value="2640.5397999" units="CFS" />
      <StatisticMeasure type="Outflow Maximum Time" displayString="Time of Maximum Outflow" value="25 December 1983, 12:00" />
      <StatisticMeasure type="Outflow Volume" displayString="Outflow Volume" value="436786.6911720" units="AC-FT" />
      <StatisticMeasure type="Outflow Depth" displayString="Outflow Depth" value="95.4516411" units="IN" />
      <StatisticMeasure type="Outflow Average" displayString="Outflow Average" value="60.2815768" units="CFS" />
      <StatisticMeasure type="Direct Flow Minimum" displayString="Minimum Direct Flow" value="0.0000000" units="CFS" />
      <StatisticMeasure type="Direct Flow Minimum Time" displayString="Time of Minimum Direct Flow" value="1 October 1982, 00:00" />
      <StatisticMeasure type="Direct Flow Maximum" displayString="Maximum Direct Flow" value="2230.4999748" units="CFS" />
      <StatisticMeasure type="Direct Flow Maximum Time" displayString="Time of Maximum Direct Flow" value="25 December 1983, 03:00" />
      <StatisticMeasure type="Direct Flow Volume" displayString="Direct Flow Volume" value="18853.6989271" units="AC-FT" />
      <StatisticMeasure type="Direct Flow Depth" displayString="Direct Flow Depth" value="4.1201267" units="IN" />
      <StatisticMeasure type="Direct Flow Average" displayString="Direct Flow Average" value="2.6019932" units="CFS" />
      <StatisticMeasure type="Baseflow Minimum" displayString="Minimum Baseflow" value="0.6014242" units="CFS" />
      <StatisticMeasure type="Baseflow Minimum Time" displayString="Time of Minimum Baseflow" value="14 February 1991, 03:00" />
      <StatisticMeasure type="Baseflow Maximum" displayString="Maximum Baseflow" value="523.4585918" units="CFS" />
      <StatisticMeasure type="Baseflow Maximum Time" displayString="Time of Maximum Baseflow" value="13 March 1983, 03:00" />
      <StatisticMeasure type="Baseflow Volume" displayString="Baseflow Volume" value="417932.9922449" units="AC-FT" />
      <StatisticMeasure type="Baseflow Depth" displayString="Baseflow Depth" value="91.3315144" units="IN" />
      <StatisticMeasure type="Baseflow Average" displayString="Baseflow Average" value="57.6795835" units="CFS" />
      <StatisticMeasure type="Precipitation Maximum" displayString="Maximum Precipitation" value="0.4498110" units="IN" />
      <StatisticMeasure type="Precipitation Maximum Time" displayString="Time of Maximum Precipitation" value="21 December 1982, 12:00" />
      <StatisticMeasure type="Precipitation Total" displayString="Precipitation Total" value="289.0994420" units="IN" />
      <StatisticMeasure type="Precipitation Volume" displayString="Precipitation Volume" value="1322918.9902150" units="AC-FT" />
      <StatisticMeasure type="Loss Maximum" displayString="Maximum Loss" value="0.2621049" units="IN" />
      <StatisticMeasure type="Loss Maximum Time" displayString="Time of Maximum Loss" value="12 February 1986, 06:00" />
      <StatisticMeasure type="Loss Total" displayString="Loss Total" value="284.9793977" units="IN" />
      <StatisticMeasure type="Loss Volume" displayString="Loss Volume" value="1304065.6683543" units="AC-FT" />
      <StatisticMeasure type="Excess Maximum" displayString="Maximum Excess" value="0.1242507" units="IN" />
      <StatisticMeasure type="Excess Maximum Time" displayString="Time of Maximum Excess" value="24 December 1983, 21:00" />
      <StatisticMeasure type="Excess Total" displayString="Excess Total" value="4.1200443" units="IN" />
      <StatisticMeasure type="Excess Volume" displayString="Excess Volume" value="18853.3218607" units="AC-FT" />
      <StatisticMeasure type="LWASS Maximum" displayString="Maximum LWASS" value="0.3808101" units="IN" />
      <StatisticMeasure type="LWASS Maximum Time" displayString="Time of Maximum LWASS" value="12 February 1986, 06:00" />
      <StatisticMeasure type="LWASS Total" displayString="LWASS Total" value="289.0994420" units="IN" />
      <StatisticMeasure type="LWASS Volume" displayString="LWASS Volume" value="1322919.0465726" units="AC-FT" />
      <StatisticMeasure type="SWE Maximum" displayString="Maximum SWE" value="23.5378072" units="IN" />
      <StatisticMeasure type="SWE Maximum Time" displayString="Time of Maximum SWE" value="8 February 1983, 12:00" />
      <StatisticMeasure type="SWE Total" displayString="SWE Total" value="159.4177399" units="IN" />
      <StatisticMeasure type="Moisture Deficit Maximum" displayString="Maximum Moisture Deficit" value="3.0000000" units="IN" />
      <StatisticMeasure type="Moisture Deficit Maximum Time" displayString="Time of Maximum Moisture Deficit" value="27 August 1984, 15:00" />
      <StatisticMeasure type="Moisture Deficit Total" displayString="Moisture Deficit Total" value="49306.2858952" units="IN" />
      <StatisticMeasure type="Air Temperature Minimum" displayString="Minimum Air Temperature" value="-11.2596074" units="" />
      <StatisticMeasure type="Air Temperature Minimum Time" displayString="Time of Minimum Air Temperature" value="21 December 1990, 00:00" />
      <StatisticMeasure type="Air Temperature Maximum" displayString="Maximum Air Temperature" value="24.4532598" units="" />
      <StatisticMeasure type="Air Temperature Maximum Time" displayString="Time of Maximum Air Temperature" value="3 July 1991, 00:00" />
      <StatisticMeasure type="Observed SWE Maximum" displayString="Observed Maximum SWE" value="29.9217491" units="IN" />
      <StatisticMeasure type="Observed SWE Maximum Time" displayString="Time of Observed Maximum SWE" value="12 April 1983, 15:00" />
      <StatisticMeasure type="Observed SWE Total" displayString="Observed SWE Total" value="545.4337757" units="IN" />
      <StatisticMeasure type="Observed SWE RMSE Stdev" displayString="Observed SWE RMSE Stdev" value="0.4263927" units="IN" />
      <StatisticMeasure type="Observed SWE Coefficient of Determination" displayString="Observed SWE Coefficient of Determination" value="0.8214076" units="" />
      <StatisticMeasure type="Observed SWE Nash Sutcliffe" displayString="Observed SWE Nash Sutcliffe" value="0.8181892" units="" />
      <StatisticMeasure type="Observed SWE Percent Bias" displayString="Observed SWE Percent Bias" value="9.0557653" units="" />
      <StatisticMeasure type="Observed SWE Modified Kling-Gupta" displayString="Observed SWE Modified Kling-Gupta" value="0.8040042" units="" />
      <StatisticMeasure type="Observed SWE Correlation Coefficient" displayString="Observed SWE Correlation Coefficient" value="0.9063154" units="" />
      <StatisticMeasure type="Observed SWE Variability Ratio" displayString="Observed SWE Variability Ratio" value="0.8535867" units="" />
      <StatisticMeasure type="Observed SWE Bias Ratio" displayString="Observed SWE Bias Ratio" value="1.0905577" units="" />
    </Statistics>
  </BasinElement>
  <BasinElement name="TuleR_MF" type="Junction">
    <ExecutionTime>29 May 2026, 20:27:56</ExecutionTime>
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    <IsComputationPoint>No</IsComputationPoint>
    <DrainageArea area="85.800" units="MI2" />
    <FlowLink upstreamName="MF_TuleR_S20" />
    <Hydrology>
      <TimeSeries>
        <TimeSeriesType type="Outflow" displayString="Outflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
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      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Outflow" displayString="Cumulative Outflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
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      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Combined Inflow" displayString="Combined Inflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//TuleR_MF/FLOW-COMBINE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
    </Hydrology>
    <Sediment />
    <Statistics>
      <StatisticMeasure type="Inflow Minimum" displayString="Minimum Inflow" value="0.6014242" units="CFS" />
      <StatisticMeasure type="Inflow Minimum Time" displayString="Time of Minimum Inflow" value="14 February 1991, 03:00" />
      <StatisticMeasure type="Inflow Maximum" displayString="Maximum Inflow" value="2640.5397999" units="CFS" />
      <StatisticMeasure type="Inflow Maximum Time" displayString="Time of Maximum Inflow" value="25 December 1983, 12:00" />
      <StatisticMeasure type="Inflow Volume" displayString="Inflow Volume" value="436786.6911720" units="AC-FT" />
      <StatisticMeasure type="Inflow Depth" displayString="Inflow Depth" value="95.4516411" units="IN" />
      <StatisticMeasure type="Inflow Average" displayString="Inflow Average" value="60.2815768" units="CFS" />
      <StatisticMeasure type="Outflow Minimum" displayString="Minimum Outflow" value="0.6014242" units="CFS" />
      <StatisticMeasure type="Outflow Minimum Time" displayString="Time of Minimum Outflow" value="14 February 1991, 03:00" />
      <StatisticMeasure type="Outflow Maximum" displayString="Maximum Outflow" value="2640.5397999" units="CFS" />
      <StatisticMeasure type="Outflow Maximum Time" displayString="Time of Maximum Outflow" value="25 December 1983, 12:00" />
      <StatisticMeasure type="Outflow Volume" displayString="Outflow Volume" value="436786.6911720" units="AC-FT" />
      <StatisticMeasure type="Outflow Depth" displayString="Outflow Depth" value="95.4516411" units="IN" />
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    </Statistics>
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      <StatisticMeasure type="Inflow Minimum" displayString="Minimum Inflow" value="0.6014242" units="CFS" />
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      <StatisticMeasure type="Inflow Volume" displayString="Inflow Volume" value="436786.6911720" units="AC-FT" />
      <StatisticMeasure type="Inflow Depth" displayString="Inflow Depth" value="95.4516411" units="IN" />
      <StatisticMeasure type="Inflow Average" displayString="Inflow Average" value="60.2815768" units="CFS" />
      <StatisticMeasure type="Outflow Minimum" displayString="Minimum Outflow" value="0.6014242" units="CFS" />
      <StatisticMeasure type="Outflow Minimum Time" displayString="Time of Minimum Outflow" value="14 February 1991, 03:00" />
      <StatisticMeasure type="Outflow Maximum" displayString="Maximum Outflow" value="2640.5397999" units="CFS" />
      <StatisticMeasure type="Outflow Maximum Time" displayString="Time of Maximum Outflow" value="25 December 1983, 12:00" />
      <StatisticMeasure type="Outflow Volume" displayString="Outflow Volume" value="436786.6911720" units="AC-FT" />
      <StatisticMeasure type="Outflow Depth" displayString="Outflow Depth" value="95.4516411" units="IN" />
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    </Statistics>
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    <ExecutionTime>29 May 2026, 20:27:56</ExecutionTime>
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    <DrainageArea area="98.066" units="MI2" />
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      <TimeSeries>
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        <DssFileName>CalibrationWindow.dss</DssFileName>
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      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Incremental Precip" displayString="Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/PRECIP-INC//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Precip" displayString="Cumulative Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/PRECIP-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Canopy Excess" displayString="Canopy Overflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/EXCESS-CANOPY//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Potential ET" displayString="Potential Evapotranspiration" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/ET-POTENTIAL//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Canopy ET" displayString="Canopy Evapotranspiration" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/ET-CANOPY//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Canopy Storage" displayString="Canopy Storage" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/STORAGE-CANOPY//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Air Temperature" displayString="Air Temperature" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/TEMPERATURE-AIR//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="LWASS" displayString="Liquid Water at Soil Surface" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/PRECIP-LWASS//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative LWASS" displayString="Cumulative LWASS" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/PRECIP-LWASS-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="SWE" displayString="Snow Water Equivalent" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/SWE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Snow Covered Area" displayString="Snow Covered Area" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/SNOW COVERED AREA PERCENT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cold Content" displayString="Cold Content" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/COLD CONTENT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cold Content ATI" displayString="Cold Content ATI" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/ATI-COLD//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Melt Rate ATI" displayString="Melt Rate ATI" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/ATI-MELT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Snow Liquid Water" displayString="Liquid Water Content" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/LIQUID WATER//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Snow Accumulated Interception" displayString="Snow Accumulated Interception" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/INTERCEPTION//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Infiltration" displayString="Soil Infiltration" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/INFILTRATION//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Soil Percolation" displayString="Soil Percolation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/PERC-SOIL//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Moisture Deficit" displayString="Moisture Deficit" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/MOISTURE DEFICIT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Soil Saturation Fraction" displayString="Saturation Fraction" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/SATURATION FRACTION//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Precip Excess" displayString="Excess Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/PRECIP-EXCESS//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Excess" displayString="Cumulative Excess Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/PRECIP-EXCESS-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Precip Loss" displayString="Precipitation Loss" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/PRECIP-LOSS//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Loss" displayString="Cumulative Precipitation Loss" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/PRECIP-LOSS-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Direct Runoff" displayString="Direct Runoff" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/FLOW-DIRECT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow" displayString="Baseflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/FLOW-BASE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow Layer 1" displayString="Baseflow Layer 1" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/FLOW-BASE-1//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow Layer 2" displayString="Baseflow Layer 2" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/FLOW-BASE-2//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow Layer 3" displayString="Baseflow Layer 3" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/FLOW-BASE-3//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Aquifer Recharge" displayString="Aquifer Recharge" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//NF_TuleR_S10/AQUIFER RECHARGE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
    </Hydrology>
    <Sediment />
    <Statistics>
      <StatisticMeasure type="Inflow Minimum" displayString="Minimum Inflow" value="0.0000000" units="CFS" />
      <StatisticMeasure type="Inflow Minimum Time" displayString="Time of Minimum Inflow" value="1 October 1982, 00:00" />
      <StatisticMeasure type="Inflow Maximum" displayString="Maximum Inflow" value="0.0000000" units="CFS" />
      <StatisticMeasure type="Inflow Maximum Time" displayString="Time of Maximum Inflow" value="1 October 1982, 00:00" />
      <StatisticMeasure type="Inflow Volume" displayString="Inflow Volume" value="0.0000000" units="AC-FT" />
      <StatisticMeasure type="Inflow Depth" displayString="Inflow Depth" value="0.0000000" units="IN" />
      <StatisticMeasure type="Inflow Average" displayString="Inflow Average" value="0.0000000" units="CFS" />
      <StatisticMeasure type="Outflow Minimum" displayString="Minimum Outflow" value="0.4861575" units="CFS" />
      <StatisticMeasure type="Outflow Minimum Time" displayString="Time of Minimum Outflow" value="11 February 1991, 15:00" />
      <StatisticMeasure type="Outflow Maximum" displayString="Maximum Outflow" value="2339.8614530" units="CFS" />
      <StatisticMeasure type="Outflow Maximum Time" displayString="Time of Maximum Outflow" value="25 December 1983, 12:00" />
      <StatisticMeasure type="Outflow Volume" displayString="Outflow Volume" value="404867.6901921" units="AC-FT" />
      <StatisticMeasure type="Outflow Depth" displayString="Outflow Depth" value="77.4098007" units="IN" />
      <StatisticMeasure type="Outflow Average" displayString="Outflow Average" value="55.8765473" units="CFS" />
      <StatisticMeasure type="Direct Flow Minimum" displayString="Minimum Direct Flow" value="0.0000000" units="CFS" />
      <StatisticMeasure type="Direct Flow Minimum Time" displayString="Time of Minimum Direct Flow" value="1 October 1982, 00:00" />
      <StatisticMeasure type="Direct Flow Maximum" displayString="Maximum Direct Flow" value="1845.1287542" units="CFS" />
      <StatisticMeasure type="Direct Flow Maximum Time" displayString="Time of Maximum Direct Flow" value="25 December 1983, 12:00" />
      <StatisticMeasure type="Direct Flow Volume" displayString="Direct Flow Volume" value="18982.5508062" units="AC-FT" />
      <StatisticMeasure type="Direct Flow Depth" displayString="Direct Flow Depth" value="3.6294214" units="IN" />
      <StatisticMeasure type="Direct Flow Average" displayString="Direct Flow Average" value="2.6197760" units="CFS" />
      <StatisticMeasure type="Baseflow Minimum" displayString="Minimum Baseflow" value="0.4861575" units="CFS" />
      <StatisticMeasure type="Baseflow Minimum Time" displayString="Time of Minimum Baseflow" value="11 February 1991, 15:00" />
      <StatisticMeasure type="Baseflow Maximum" displayString="Maximum Baseflow" value="573.6400750" units="CFS" />
      <StatisticMeasure type="Baseflow Maximum Time" displayString="Time of Maximum Baseflow" value="12 February 1986, 18:00" />
      <StatisticMeasure type="Baseflow Volume" displayString="Baseflow Volume" value="385885.1393859" units="AC-FT" />
      <StatisticMeasure type="Baseflow Depth" displayString="Baseflow Depth" value="73.7803793" units="IN" />
      <StatisticMeasure type="Baseflow Average" displayString="Baseflow Average" value="53.2567713" units="CFS" />
      <StatisticMeasure type="Precipitation Maximum" displayString="Maximum Precipitation" value="0.3735050" units="IN" />
      <StatisticMeasure type="Precipitation Maximum Time" displayString="Time of Maximum Precipitation" value="21 December 1982, 12:00" />
      <StatisticMeasure type="Precipitation Total" displayString="Precipitation Total" value="249.0461755" units="IN" />
      <StatisticMeasure type="Precipitation Volume" displayString="Precipitation Volume" value="1302557.9310126" units="AC-FT" />
      <StatisticMeasure type="Loss Maximum" displayString="Maximum Loss" value="0.2485637" units="IN" />
      <StatisticMeasure type="Loss Maximum Time" displayString="Time of Maximum Loss" value="12 February 1986, 03:00" />
      <StatisticMeasure type="Loss Total" displayString="Loss Total" value="245.4168267" units="IN" />
      <StatisticMeasure type="Loss Volume" displayString="Loss Volume" value="1283575.7598498" units="AC-FT" />
      <StatisticMeasure type="Excess Maximum" displayString="Maximum Excess" value="0.1038833" units="IN" />
      <StatisticMeasure type="Excess Maximum Time" displayString="Time of Maximum Excess" value="22 January 1983, 09:00" />
      <StatisticMeasure type="Excess Total" displayString="Excess Total" value="3.6293489" units="IN" />
      <StatisticMeasure type="Excess Volume" displayString="Excess Volume" value="18982.1711628" units="AC-FT" />
      <StatisticMeasure type="LWASS Maximum" displayString="Maximum LWASS" value="0.3270890" units="IN" />
      <StatisticMeasure type="LWASS Maximum Time" displayString="Time of Maximum LWASS" value="12 February 1986, 03:00" />
      <StatisticMeasure type="LWASS Total" displayString="LWASS Total" value="249.0461755" units="IN" />
      <StatisticMeasure type="LWASS Volume" displayString="LWASS Volume" value="1302557.9865028" units="AC-FT" />
      <StatisticMeasure type="SWE Maximum" displayString="Maximum SWE" value="9.8831819" units="IN" />
      <StatisticMeasure type="SWE Maximum Time" displayString="Time of Maximum SWE" value="8 February 1983, 12:00" />
      <StatisticMeasure type="SWE Total" displayString="SWE Total" value="91.0503916" units="IN" />
      <StatisticMeasure type="Moisture Deficit Maximum" displayString="Maximum Moisture Deficit" value="3.0000000" units="IN" />
      <StatisticMeasure type="Moisture Deficit Maximum Time" displayString="Time of Maximum Moisture Deficit" value="18 August 1984, 15:00" />
      <StatisticMeasure type="Moisture Deficit Total" displayString="Moisture Deficit Total" value="50592.2440376" units="IN" />
      <StatisticMeasure type="Air Temperature Minimum" displayString="Minimum Air Temperature" value="-9.1521433" units="" />
      <StatisticMeasure type="Air Temperature Minimum Time" displayString="Time of Minimum Air Temperature" value="21 December 1990, 00:00" />
      <StatisticMeasure type="Air Temperature Maximum" displayString="Maximum Air Temperature" value="26.5607241" units="" />
      <StatisticMeasure type="Air Temperature Maximum Time" displayString="Time of Maximum Air Temperature" value="3 July 1991, 00:00" />
    </Statistics>
  </BasinElement>
  <BasinElement name="MF_TuleR_S10" type="Subbasin">
    <ExecutionTime>29 May 2026, 20:27:56</ExecutionTime>
    <SubbasinArea area="23.944" units="MI2" />
    <UnitSystem>English</UnitSystem>
    <IsComputationPoint>No</IsComputationPoint>
    <DrainageArea area="23.944" units="MI2" />
    <Hydrology>
      <TimeSeries>
        <TimeSeriesType type="Outflow" displayString="Outflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/FLOW//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Outflow" displayString="Cumulative Outflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/FLOW-CUMULATIVE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Incremental Precip" displayString="Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/PRECIP-INC//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Precip" displayString="Cumulative Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/PRECIP-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Canopy Excess" displayString="Canopy Overflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/EXCESS-CANOPY//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Potential ET" displayString="Potential Evapotranspiration" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/ET-POTENTIAL//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Canopy ET" displayString="Canopy Evapotranspiration" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/ET-CANOPY//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Canopy Storage" displayString="Canopy Storage" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/STORAGE-CANOPY//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Air Temperature" displayString="Air Temperature" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/TEMPERATURE-AIR//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="LWASS" displayString="Liquid Water at Soil Surface" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/PRECIP-LWASS//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative LWASS" displayString="Cumulative LWASS" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/PRECIP-LWASS-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="SWE" displayString="Snow Water Equivalent" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/SWE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Snow Covered Area" displayString="Snow Covered Area" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/SNOW COVERED AREA PERCENT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cold Content" displayString="Cold Content" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/COLD CONTENT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cold Content ATI" displayString="Cold Content ATI" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/ATI-COLD//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Melt Rate ATI" displayString="Melt Rate ATI" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/ATI-MELT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Snow Liquid Water" displayString="Liquid Water Content" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/LIQUID WATER//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Snow Accumulated Interception" displayString="Snow Accumulated Interception" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/INTERCEPTION//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Infiltration" displayString="Soil Infiltration" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/INFILTRATION//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Soil Percolation" displayString="Soil Percolation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/PERC-SOIL//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Moisture Deficit" displayString="Moisture Deficit" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/MOISTURE DEFICIT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Soil Saturation Fraction" displayString="Saturation Fraction" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/SATURATION FRACTION//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Precip Excess" displayString="Excess Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/PRECIP-EXCESS//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Excess" displayString="Cumulative Excess Precipitation" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/PRECIP-EXCESS-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Precip Loss" displayString="Precipitation Loss" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/PRECIP-LOSS//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Cumulative Loss" displayString="Cumulative Precipitation Loss" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/PRECIP-LOSS-CUM//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Direct Runoff" displayString="Direct Runoff" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/FLOW-DIRECT//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow" displayString="Baseflow" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/FLOW-BASE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow Layer 1" displayString="Baseflow Layer 1" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/FLOW-BASE-1//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow Layer 2" displayString="Baseflow Layer 2" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/FLOW-BASE-2//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Baseflow Layer 3" displayString="Baseflow Layer 3" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/FLOW-BASE-3//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
      <TimeSeries>
        <TimeSeriesType type="Aquifer Recharge" displayString="Aquifer Recharge" />
        <DssFileName>CalibrationWindow.dss</DssFileName>
        <DssPathname>//MF_TuleR_S10/AQUIFER RECHARGE//3HOUR/RUN:CalibrationWindow/</DssPathname>
      </TimeSeries>
    </Hydrology>
    <Sediment />
    <Statistics>
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    <Sediment />
    <Statistics>
      <StatisticMeasure type="Inflow Minimum" displayString="Minimum Inflow" value="1.4510192" units="CFS" />
      <StatisticMeasure type="Inflow Minimum Time" displayString="Time of Minimum Inflow" value="11 February 1991, 15:00" />
      <StatisticMeasure type="Inflow Maximum" displayString="Maximum Inflow" value="6648.6788312" units="CFS" />
      <StatisticMeasure type="Inflow Maximum Time" displayString="Time of Maximum Inflow" value="25 December 1983, 09:00" />
      <StatisticMeasure type="Inflow Volume" displayString="Inflow Volume" value="1350118.6619243" units="AC-FT" />
      <StatisticMeasure type="Inflow Depth" displayString="Inflow Depth" value="64.8621546" units="IN" />
      <StatisticMeasure type="Inflow Average" displayString="Inflow Average" value="186.3329317" units="CFS" />
      <StatisticMeasure type="Outflow Minimum" displayString="Minimum Outflow" value="1.4510192" units="CFS" />
      <StatisticMeasure type="Outflow Minimum Time" displayString="Time of Minimum Outflow" value="11 February 1991, 15:00" />
      <StatisticMeasure type="Outflow Maximum" displayString="Maximum Outflow" value="6648.6788312" units="CFS" />
      <StatisticMeasure type="Outflow Maximum Time" displayString="Time of Maximum Outflow" value="25 December 1983, 09:00" />
      <StatisticMeasure type="Outflow Volume" displayString="Outflow Volume" value="1350118.6619243" units="AC-FT" />
      <StatisticMeasure type="Outflow Depth" displayString="Outflow Depth" value="64.8621546" units="IN" />
      <StatisticMeasure type="Outflow Average" displayString="Outflow Average" value="186.3329317" units="CFS" />
      <StatisticMeasure type="Observed Flow Minimum" displayString="Minimum Observed Flow" value="0.0000000" units="CFS" />
      <StatisticMeasure type="Observed Flow Minimum Time" displayString="Time of Minimum Observed Flow" value="11 October 1984, 03:00" />
      <StatisticMeasure type="Observed Flow Maximum" displayString="Maximum Observed Flow" value="5650.0000000" units="CFS" />
      <StatisticMeasure type="Observed Flow Maximum Time" displayString="Time of Maximum Observed Flow" value="13 February 1986, 03:00" />
      <StatisticMeasure type="Observed Flow Volume" displayString="Observed Flow Volume" value="1439117.3553717" units="AC-FT" />
      <StatisticMeasure type="Observed Flow Depth" displayString="Observed Flow Depth" value="69.1378136" units="IN" />
      <StatisticMeasure type="Observed Flow Average" displayString="Observed Flow Average" value="198.6139264" units="CFS" />
      <StatisticMeasure type="Observed Flow RMSE Stdev" displayString="Observed Flow RMSE Stdev" value="0.7045176" units="CFS" />
      <StatisticMeasure type="Observed Flow Nash Sutcliffe" displayString="Observed Flow Nash Sutcliffe" value="0.5036549" units="" />
      <StatisticMeasure type="Observed Flow Percent Bias" displayString="Observed Flow Percent Bias" value="-6.1833503" units="" />
      <StatisticMeasure type="Observed Flow Coefficient of Determination" displayString="Observed Flow Coefficient of Determination" value="0.5058782" units="" />
      <StatisticMeasure type="Observed Flow Modified Kling-Gupta" displayString="Observed Flow Modified Kling-Gupta" value="0.6416726" units="" />
      <StatisticMeasure type="Observed Flow Correlation Coefficient" displayString="Observed Flow Correlation Coefficient" value="0.7112511" units="" />
      <StatisticMeasure type="Observed Flow Variability Ratio" displayString="Observed Flow Variability Ratio" value="0.7970241" units="" />
      <StatisticMeasure type="Observed Flow Bias Ratio" displayString="Observed Flow Bias Ratio" value="0.9381665" units="" />
    </Statistics>
  </BasinElement>
</RunResults>

