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Lead <.02 .31 <br />Mercury <.0002 .0014 <br />Molybdenum <.O1 ---- <br />Nickel <.02 .08 <br />Phosphorus (ortho) .03 2.79 <br />Vanadium <.O1 .003 <br />SAR (only if sample <br />type is G-SAR) 2.74 9.26 <br />F. MAL Well Stations: <br />1. Well Station AH-1 <br />~~ ~F s~ ~~~_~ ~~2~ ~~~~~~~ <br />J w` <br />Depth to water at station AH-1 ranged from 5.2 - 9.3 ft. <br />and had an average of 7.12 ft. This station had no <br />baseline water depth data to compare with the 1995 depth <br />data. ~ N,~r,~, <br />2. Well Station AH-2 .S~°"'~s~ OY l~~u~ ~ ~Yy~ ~ y <br />b ti= <br />Depth to water at station AH-2 ranged from 7.5 - 9.5 ft. <br />and had an average of 8.22 ft. This station has no <br />baseline water depth data to compare with the 1995 depth <br />data. <br />3. Well Station AO-1 rV S'~ "~~~~9V~"' <br />Depth to water at station AO-1 ranged from 4.6 - 6.9 ft. <br />and had an average of 6.1 ft. This station has no <br />baseline water depth data to compare with the 1995 depth <br />data. <br />G. LALS Well Monitoring Stations: <br />The following tables compare the baseline water quality data <br />with the current 1995 data. All measurements are given in <br />mg/L unless otherwuse stated. <br />1. Well Station AP-1 L/~ ~~Ncr n- ~"~~ <br />No baseline water quality data is available for this <br />station. To supplement the lack of baseline data, mean <br />values of area wells will be used. The supplemental <br />baseline data will however, not be very accurate in <br />characterizing the baseline conditions at the loadout. <br />The average baseline data will be coming from alluvial <br />wells in the mining area. <br />