1993-04-15_REVISION - M1977378 (2)

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Area Seep Inventory Page 3 o Sampled Mogul Mine #1 level (M#1) . A water sample was taken at the portal . This is the most likely site for detecting if a preferential flow path from the Sunnyside Mine along the Brenneman Vein exists. It is the lowest level of interconnected Mogul Mine workings. This portal flow was also sampled in 1992. o Seep 13 (S13) is a shallow adit. No water flow at the time of inspection but visible flow lines show that this adit drains some time during the year. o Seep 4 (S4) is a small adit south of Mogul Mine #1 level. A water sample was taken from portal. Based on the small size of the dump, this adit does not extend very far into the hillside. o Seep 9 (S9) is approximately . 15 miles south of the Mogul Mine #1 level. It is a small adit south of seep 4 adit and based on the size of the dump, does not extend very far into the hillside. A water sample was taken from portal. o Seep 5 (S5) is a hole in the ground that water exits under some pressure. No visible watercourses are in the immediate vicinity.. A sample was taken where the water surfaces. o MS1, MS2 and MS3 are distinct water courses draining the marshy zone just south of the Mogul #1 level. This marshy zone is on a topographic bench perched above Cement Creek. These sites are the Mogul Springs referred to by Simon Hydro- Search (September 3, 1993, Item 9, page 9) . These sites were also sampled in 1992. o Seep 8 (S8) is an old watercourse with no water in the upper section, but water appears just before Cement Creek. A water sample was taken where water surfaces. o Seep 6 (S6) is an old watercourse with no water visible in upper section, but water surfaces near Cement Creek. A water sample was taken where water surfaces. o Seep 7 (S7) is water surfacing through the bank of Cement Creek. The bank is wet for approximately 30 feet. A sample was taken before seep reaches Cement Creek. o Sampled Gold King #7 level (GK) . Water flows from portal, but flow is not measurable. Access to tunnel is blocked, therefore it cannot be certain that total flow is exiting portal. Flow from portal was estimated at 2.5 gal/min and a water sample was taken from portal.