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83 <br />• 1 <br />2 <br />3 <br />4 <br />5 <br />6 <br />7 <br />I • <br /> <br />8 <br />9 <br />10 <br />11 <br />12 <br />13 <br />14 <br />15 <br />16 <br />17 <br />18 <br />19 <br />20 <br />21 <br />22 <br />23 <br />24 <br />25 <br />creek level here is about 86 so we're about 180 feet <br />,below the surface. <br />MR. DONALD: I don't mean to yell at <br />somebody who is three feet away from me, but to make <br />sure everybody else can hear -- how high above the <br />(creek level is the lift of the pit? <br />MR. DODSON: About -- at that point <br />(,probably about 40 -- 40 feet above the hundred-year <br />event, 40 to 50 feet above the hundred-year event. <br />MR. DONALD: In elevation? <br />MR. DODSON: Yes. See, that river -- <br />that creek is very concise. It's channeled' out -- <br />from the ground elevation there the creek is eroded <br />away down about 22 to 23 feet in this area below the <br />ground surface level, and as we move away, the <br />topography is going up so we're looking at probably <br />about another 40 to 50 feet upwards to the lip. <br />MR. DANIELSON: It seemed to me that <br />in addition to a flood event there's two other <br />possible ways water could get into the pit, either <br />through this ore zone aquifer we heard about or <br />groundwater from the alluvium along the creek <br />flowing in. <br />Is the pit within the zone that has <br />alluvial groundwater? <br />