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<br />TABLE 2-1 <br />SURFACE WATER QUALITY PARAMETERS AND <br />' ALLUVIAL MONITORING HOLE WATER QUALITY PARAMETERS' <br />FIELD MEASUREMENTS LA90RATORY ANALYSIS <br />' Discharge Ammonia Potassium <br />pH Bicarbonate Selenium* <br />Specific Conductance Boron Sodium <br />Temperature Calcium Sulfate <br />Carbonate Total Suspended Solids <br />Chloride Total Dissolved Solids <br />Copper' Total Volatile Solids <br />Fluoride Sodium Adsorption Ratio <br />Iron* <br />Lead* <br />' Magnesium <br />Manganese* <br />Nickel* <br />' Nitrate <br />' Groundwater holes in Leases C-8424 and C-8425 will be sampled from the middle facie zone and <br />' analyzed for these parameters prior to entering those leases, and prior to the wells being mined out <br />or before bond release. <br />' * Total metals analyses for surface, dissolved for alluvial and groundwater <br />necessity of the surface monitoring program and recommended that BME revise the permit to <br />' eliminate the surface water monitoring program. BME submitted a technical revision application <br />(TR47) on 7/14/97 in this regard. DMG approved the revision on August 11, 1997 and the surface <br />water monitoring program was discontinued. <br />' 2.1.2 Ground Water Monltoring Program <br />' The Deserado Mine groundwater monitoring program consists of monitoring water depths and water <br />quality from bedrock strata, the White River alluvium and the alluvium of the Red Wash tributary <br />' north of Refuse Disposal Area 2/3. Bedrock hydrology monitoring is conducted at 15 holes on seven <br />(7) locations while alluvial hydrology monitoring is conducted at two locations -the one remaining <br />after Kenney Reservoir was filled (QAL-5) and the alluvial monitoring hole RM-1 near the refuse <br />' disposal areas. The locations of each of the groundwater monitoring sites is shown on Plate 1 in <br />4 <br /> <br />