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Water level (ft.) <br />Temperature (C) <br />pH (standard units) <br />E.C. (umho/cm) <br />TDS (mg/L) <br />Iron (mg/L) <br />Manganese (mq/L) <br />Sulfate (mg/L) <br />Carbonate (mg/L) <br />Bicarbonate (mg/L) <br />Potassium (mq/L) <br />Calcium (mq/L) <br />Magnesium (mq/L) <br />Sodium (mg/L) <br />Chloride (mg/L) <br />Fluoride (mq/L) <br />Nitrate-Nitrogen (mg/L) <br />Aluminum (mg/L) <br />Barium (mg/L) <br />Boron (mg/L) <br />cadmium (mg/L) <br />Chromium (mg/L) <br />Copper (mq/L) <br />Lead (mg/L) <br />Mercury (mq/L) <br />Molybdenum (mg/L) <br />Nickel (mg/L) <br />Phosphorus (orthoj (mg/Lj <br />Vanadium (mq/L) <br />SAR (only for sample type G-SAR) <br />8. Sample Plan X <br />Water level (ft.) <br />9. Sample Plan XF <br />Water level (ft.) <br />Temperature (C) <br />pH (standard units) <br />E.C. (uIDho/cm) <br />II. Baseline Water Quality Data and 1995 Data Compared: <br />In this section of the review, baseline water quality data will be <br />compared with the current 1995 data in order to check the possible <br />effects of mining on the hydrologic balance. The following tables <br />will show the parameters tested for, the baseline water quality <br />data, and the 1995 data. A range will be shown for both baseline <br />and the 1995 data. Such as AP-1, have no baseline water quality <br />data. In order to check the effects of mining, an average of data <br />values for wells or surface water stations in the area will be used <br />