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results in and along Ralston Creek, demonstrating that the mine pool does not contribute uranium <br />to Ralston Creek via the Schwartz Trend. Opening Brief at 8. This sampling was performed <br />after the electrical conductivity readings described in the Answer Brief at 15, and demonstrated <br />that the Schwartz Trend was not a conduit for uranium contamination to Ralston Creek. See <br />AR:00087 for discussion of water quality monitoring and gamma results. <br />The Defendants also refer to the West Rogers Fault, without acknowledging that the West <br />Rogers Fault does not appear to directly connect to Ralston Creek. See Answer Brief at 19, <br />AR:00078. <br />The Defendants continually refer to Cotter's consulting hydrologist's opinion that the <br />mine pool at most would contribute 0.08% to 8% of the flow (called mixing calculation) to the <br />alluvium. Answer Brief at 8 -9, 29, 30, 41, but ignore the key words "at most." The Order <br />acknowledged that "[a]t the July 2010 hearing, the Operator explained that the calculation was a <br />worst case evaluation of the maximum upper limit of possible contribution from the mine pool." <br />AR:00848 1123. Moreover, the Division testified that the mixing calculation should be <br />disregarded. AR:00477; 01001:11 -22. The Defendants argue that Cotter's attorney said that <br />Cotter's expert had been "forthright" in the EPP, and suggest that Cotter's attorney was referring <br />to the mixing calculation. Answer Brief at 31 (citing AR:00908). The actual statement made at <br />the Hearing was that Susan Wyman, Cotter's consultant, has "been forthright in identifying the <br />source of the periodic exceedance of the Ralston Creek uranium stream standard, which is the <br />alluvium and fill material that will be addressed by Corrective Action Number 1." <br />AR:00908:18 -25. <br />The Defendants state that the Board "concluded that the mine pool was contributing <br />uranium to Ralston Creek," and allege that certain citations in the Answer Brief support that <br />14 <br />