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<br /> <br />Rf:SP©NSE <br />Water level <br />pH (field) <br />Conductivity at 25°C (field) <br />TemperaturE:(field) <br />Total Dissolved Solids <br />Sodium Absorption Ratio <br />Bicarbonate (HCO-3) <br />Calcuim (Ca+2) <br />flouride (F-) <br />Magnesium (Mg+2) <br />Ammonia (NH3) <br />Nitrate (NO-3) <br />Sodium (Na+) <br />Sulfate (SOq-) <br />Aluminum (Al) <br />.Boron (B) <br />Copper (Cu) <br />Iron (Fe) <br />Lead (Pb) <br />Mar~anese (Mn) <br />Mq~ybdenum (Mo) <br />Selenium (Se) <br />Zinc (Zn) <br />3. The results of monitoring will be submitted to the division <br />semi-annually.. <br />~, <br />SURFACE WAT.l:R <br />The following surface water monitoring plan i.s proposed for Hay- <br />den and Dowden Gulch. <br />HAYDEN GULCH <br />Within 9.0 days of permit issuance, one surface wateP .monitoring <br />site will be installed upstream of all mining d>lsturbances <br />(existing and planned). The proposed location for this site is <br />adjacent to existing mine office. One monitoring site' will also <br />be established downstream (south) of sedimesfCati'rx- pontll H-G 8. <br /> <br />DOWDEN GULCH <br />One .surface water monitoring. site will be installed in Dowden <br />Gulch one year prior to any disturbance of tf)e 'bU.wden Gulch <br />M287 <br /> <br />