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COLORADO LEGACY LAND <br /> iw "WI TABLE 2A:SURFACE WATER SAMPLE FIELD PARAMETERS <br /> Elevation' Field Parameters <br /> Location ID/ (ft above Sample Date Dissolved Notes/Location Description <br /> Sample ID p Flowrate pH Temperature Conductivity ORP <br /> p mean sea Oxygen <br /> level (ft3/s) (unitless) (°C) (µS/cm) (m� m L <br /> SW-AWD 6,636.37 Not Sampled2 — — — — — — Upstream sample location. Above waste dump(AWD).Onsite. <br /> SW-NWRP 6,626.91 Not Sampled2 — — — — — — Downstream of the North Waster Rock Pile(NWRP). <br /> SW-AO01 6,603.98 Not Sampled2 — — — — — — Above former discharge point.Onsite.Directly below the west waste rock pile. <br /> SW-BDIS 6,592.67 Not Sampled2 — — — — — — Below former discharge(BDIS).Onsite.Below former concrete containment structure. <br /> SW-PL 6,583.53 Not Sampled2 — — — — — — Former parking lot(PL)location.Onsite. <br /> SW-OS 6,562.51 Not Sampled2 — — — — — — Former ore sorter(OS)location.Onsite. <br /> SW-BOS 6,556.19 Not Sampled2 — — — — — — Below former ore sorter(BOS)location.Onsite. <br /> SW-GS 6,545.54 Not Sampled2 — — — — — — Former guard shack(GS)location.Onsite. <br /> SW-BPL 6,522.53 Not Sampled2 — — — — — — Below property line(BPL).Downstream sample location,just below entrance gate.Offsite. <br /> SW-FBRG 6,489.65 Not Sampled2 — — — — — — First bridge (FBRG) after leaving site.Offsite. <br /> SW-ARH 6,364.04 10/06/2022 Flow too low for 8.38 14.3 88.1 163.9 9.16 Above red hill (ARH). Near the large red boulders in the creek bed.Offsite. <br /> meter to measure <br /> SW-LLHG 6,158.46 Not Sampled2 — — — — — — Long lake head gate(LLHG). Just above head gate.Offsite. <br /> SW-WEIR 6,069.11 Not Sampled2 — — — — — — Weir structure before Ralston Reservoir Offsite. <br /> Citation: <br /> 1 Locations surveyed by Lambert Land Consulting on 7/23/2020. <br /> Notes: <br /> 2 Not sampled during this sampling event due to no flow. <br /> µS/cm=Micro Siemens 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 /> my=Millivolts <br /> ORP=Oxidization Reduction Potential <br /> PAGE 7 OF 16 <br />