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Table 3. Descriptive statistics for soil ECe by individual five foot lifts of the Lift a, Lift B, and Mixed Topsoil <br />stockpiles at the New Horizon Mine. <br />Standard Sample <br />2 <br />ECMinimumMaximum <br />Zone <br />DeviationSize <br />Lift A <br />13.91.87.01.410 <br />24.12.57.01.310 <br />33.82.05.91.310 <br />43.92.08.71.910 <br />53.62.14.80.810 <br />63.01.25.41.57 <br />73.21.63.70.86 <br />83.43.23.60.24 <br />Lift B <br />13.73.14.10.310 <br />23.62.94.40.510 <br />33.93.35.30.610 <br />43.93.24.90.610 <br />53.72.84.60.610 <br />63.42.63.80.310 <br />73.83.44.30.310 <br />83.83.55.00.410 <br />93.52.54.00.57 <br />103.73.64.00.23 <br />Mixed A and B <br />13.82.35.70.910 <br />23.31.85.71.310 <br />33.72.15.91.310 <br />44.63.56.81.39 <br />55.24.16.70.88 <br />64.74.05.30.64 <br />74.74.74.7--1 <br />Notes: <br />1 Average, minimum, maximum, soil EC for all soil samples <br />obtained from designated zones. <br />2 Zones refere to relative distance from the bottom of the soil <br />stockpile. Zone 1 is from samples taken from the base of the <br />sampled stockpile. The zones are assumed to be approximate to <br />how the soil may have been stockpiled. <br />To have this extremely low variability in the Lift B soil stockpile makes it very hard to believe <br />that the increase in soil ECe is due to the application of mine pit water. If mine pit water was <br />responsible for the increase in soil ECe one would expect an extremely high variability in the soil <br />ECe sample data due to the inability to uniformly apply the mine pit water with large watering <br />9 <br />{00136879.1 } <br />