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-WMIO <br /> COLORADO LEGACY LAND <br /> ' TABLE 1A.SURFACE WATER SAMPLE FIELD PARAMETERS <br /> Field Parameters <br /> Location ID/ Flowrate pH Temperature Conductivity <br /> Sample ID Sample Date (ft3/s) (unitless) (°C) (µS/cm) ORP(mV) Dissolved Oxygen(mg/L) Notes/Location Description <br /> SW-AWD Not Sampled,Dry, -- -- -- -- -- -- Upstream sample location. Above waste dump (AWD).Onsite. <br /> SW-NWRP Not Sampled, -- -- -- __ -- -- Downstream of the North Waster Rock PileNWRP . <br /> Insufficient Volume2 ( ) <br /> SW-A001 Not Sampled,Dry, -- -- -- -- -- -- Above former discharge point.Onsite.Directly below the west waste rock pile. <br /> SW-BDIS Not Sampled,Dry, -- -- -- -- -- -- Below former discharge(BDIS).Onsite.Below former concrete containment structure. <br /> SW-PL Not Sampled,Dry, -- -- -- -- -- -- Former parking lot(PL)location.Onsite. <br /> SW-OS Not Sampled,Dry, -- -- -- -- -- -- Former ore sorter(OS)location.Onsite. <br /> SW-BOS Not Sampled,Dry, -- -- -- -- -- -- Below former ore sorter(BOS)location.Onsite. <br /> SW-GS Not Sampled,Dry, -- -- -- -- -- -- Former guard shack(GS)location.Onsite. <br /> SW-BPL 10/16/2019 0.76 7.41 16.3 105.2 180.9 7.88 Below property line(BPL).Downstream sample location,just below entrance gate.Offsite. <br /> SW-FBRG 11/4/2019 1.99 7.98 8.4 263.3 197.9 10.20 First bridge(FBRG)after leaving site.Offsite. <br /> SW-ARH 11/4/2019 1.00 7.97 6.7 288.9 184.6 12.66 Above red hill (ARH). Near the large red boulders in the creek bed.Offsite. <br /> SW-LLHG 11/4/2019 0.29 7.72 5.8 285.9 168.8 10.83 Long lake head gate(LLHG). Just above head gate.Offsite. <br /> SW-WEIR 11/4/2019 1.71 7.58 6.4 298.0 277.9 10.66 Weir structure before Ralston Reservoir <br /> Notes: <br /> 1There was no water present at these locations. <br /> 2Water present in creek at location,but an insufficient volume was present to allow for a water sample to be taken. <br /> RS/cm=microSiemens per centimeter <br /> °C=degrees Celsius <br /> ft3/s=cubic feet per second <br /> kg/day=kilogram per day <br /> mg/L=milligrams per liter <br /> mV=millivolts <br /> ORP=Oxidization Reduction Potential <br /> PAGE 4OF12 <br />