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TAB 17 <br />PROBABLE HYDROLOGIC CONSEDUENCES <br />List of Tables ICont.) <br /> TSble No. Pace <br /> 17-13 Sulfate Fluxes at Sites SW-N103 and SW-N 101, Their Differences, <br /> and Calculated Ground-Water Discharge and Surface Runoff Into <br /> Calamity Drarv Betrveen the Two Sites 1i-54 <br /> 17-14 A Comparison of Mean Parameter Concentrations in Overburden, <br /> Spoils and Pond 001 Water 17-60 <br /> 17-15A Instantaneous Flow, TDS, and Chemical Loading Measurements <br /> Taken at Select Surface Water Monitoring Sites on 4/3/87 and <br /> 10/2/87 17-62 <br /> 17-158 Mean Annual Flow, TDS and Chemical Loadinq Values for Surface <br /> Water Monitoring Sites and Nucla East Spoils 17-63 <br /> 17-16 Individual Computations for Same Day (Irrigation Season) <br />.~ Impact Analyses for Mine Discharges to Tuttle Draw 17-65 <br /> 17-17 Individual Computations for Same Day (Non-Irrigation Season) <br /> Impact Analyses for Mine Discharces to Tuttle Draw 17-66 <br /> 1i-18 Individual Computations for Impact Analyses for Mean <br /> Annual Mine Discharges to Tuttle Draw 17-67 <br /> 17-15 Combined Effect of Mine Discharges into Calamity and Tuttle <br /> Draws on the San Miguel Water Quality 17-69 <br /> 17-20A Effects of Projected Spoil Discharges fran the Nucla East <br /> Mining Area on Calamity Draw Water Quality 17-70 <br /> 17-208 Effects of Measured Spoil Discharges from the Nucla Mining <br /> Area on Tuttle Draw Water puality 17-71 <br /> 17-21 Assumptions Associated with the Water Quality Impact Calculations <br /> Presented in Tables 17-19, 17-20A and 77-200 17-72 <br /> 17-22 Stream Lengths and Gradients of the West Return Ditch in the <br /> Vicinity of the Nucla Mine for Both Pre- and Postmining Conditions 17-74 <br /> 17-23 Ave ra qe Watershed Slope, Average W'a tershed Slope Length and Time <br /> of Concentration in the 007 Pond Watershed for Both Pre- and <br />~~ Postmining Topographies 17'75 <br />iv Revised 04/11/88 <br />