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Spring S -46 is a developed spring first monitoring during the 1979 <br />spring survey. This spring became part of the required monitoring <br />program in 2000. It is located immediately below the 005 Pond. The TDS <br />plot indicates an increasing trend; however, the peak value occurred in <br />June 2011. <br />Spring S -47 was first discovered by SCC personal in 1989 and was <br />monitored first in June 1990. It is a developed spring existing <br />alongside the mine entrance haul road just to the west of the Seneca II- <br />W Meteorological Station. This spring became part of the required <br />monitoring program in 2000. Its TDS plot indicates an increasing trend; <br />however, the peak value occurred in July 2011. <br />Spring S -50 is the discharge of the french drain that collects water <br />from the W -24 series monitor wells (located below Pond 16A) that failed <br />in 2003. This water was first sampled in September 2005. The W -24 wells <br />were finally abandoned in August 2007. The entire area around this <br />spring was regraded in 2012. Its TDS plot indicates a decreasing trend, <br />with the peak value occurring in August 2013. <br />Spring S -7 in an alluvial clearwell located adjacent to Hubberson Gulch. <br />It serves as the non - potable water supply at the Smith ranch. Due to the <br />taste and possible coliform contamination of the spring, bottled water <br />is used for drinking. Sampling at this spring was discontinued in 1990, <br />but was reestablished in 1999 since it is downstream of mining at the <br />Seneca II -W South area. Its TDS plot indicates an increasing trend; <br />however, the peak value occurred in September 2006. <br />The hydrology monitoring program at the Seneca II -W Mine requires a <br />spoil spring survey every year after the spring snowpack runoff. Spoil <br />Spring 1 (WSSPGI, not to be confused with WSPG1) was discovered in 1998 <br />above the NPDES 005 pond (D pit area). It existed approximately 800 feet <br />southeast of Well GW- S2W -14W. Its TDS plot indicates an increasing <br />trend, with the peak occurring in June 2011. <br />18 <br />