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Bowie Resources Limited <br />C~ <br />Bowie No. 2 Mine <br />Surface Water <br />Hydrologic Monitoring Data (1997 - 1999) <br />S34-23 Hubbard Creek -Spring 74-23 Elev. <br />`,1 <br />u <br />Field Parameters °"'° °"°' °'"' ""° °'"° °"" °"°' "" <br />Flow Rale (gpm) >s.° s.o o.o o.o o.o o.o o.o o.o <br />Water level orr on on on o,"9 orv <br />pH (Standard Units) r.s e.o <br />Conductivity (umhos/cm) slo era <br />Temperature (C) 111 u~9 <br />Lab Parameters ,.. <br />Wet Chemistry MDL <br />Alkalinity as CaCO (mg/I) ~°~ ]d <br />Bicarbonate as CaCO (mg/I) ~ ss' ~ <br />Carbonate as CaCO (mg/I) ' '~ <br />Hydroxide as CaCO (mgll) ' `M0L ` <br />Chloride (mg/1) ~ ' ~ <br />Conductivity (umhos/cm) 1 ss] ss] <br />Nitrate (mg/IJ °~ `MD ` <br />Nitrate/Nitrite as N, dis. (mgll) °o am <"a <br />Nitrite as N, dissolvetl (mg/I) aol <" <"o <br />pH (Lab Units) °.1 e.l e.< <br />Hartlness (mg/I) 1 11° 'm <br />Phosphate (mgll) °'m `"'a `" <br />Phosphorous, onho dis. (mg/I) o.oas <"o o.ou <br />TDS @160 C (mgll) 1 >.m "° <br />TSS (mg/I) 5 u <br />SAR a `" <br />Sulfate (mg/I) ' °° 50 <br />Metals <br />Aluminum, total rec. (mg/I) °~Q° °'1 i~n <br />Arsenic, total recoverable (mg/I) am' "^OL `"a <br />Cadmium, total recoverable (mgA) o.m] <" <"ol <br />Calcium, total recoverable (mg/I) o.: .s.l as <br />Copper, total recoverable (mg/I) 01 `" "'m` <br />Iron, total rewverable (mg/I) o.oi o.ss l.n <br />Lead, total recoverable (mg/I) °~0' `"a <br />Magnesium, total rec. (mg/I) o.] ls9 ls.. <br />Manganese, total rec. (mgll) °.: <" o.az6 <br />Mercury, total rec. (mg/I) o.°6m < <" <br />Molybdenum, total rec. (mgll) °~01 `MDL ` <br />Selenium, dissolvetl (mg/I) p.ml o,m5 p.ml <br />Sotlium, dissolved (mg/I) a~ s9.e ~.< <br />Zinc. dissolvetl (mgl0 c.ol <l,ol o.oi <br />Organic Analysis <br />Oil and Grease, total rec. (mg/I) 1 `" <br />Required by currant permit. <br />6/911998 to Praseni <br />6650 Baseline Operational <br />Min Max Avg <br />ore n.o las <br />ire e.o r.e <br />so ,6o im <br />R.i 15.9 N.e <br />m: m, :ls <br />3K 3el 16e <br />mot u 1 <br /><no~ <rq <not <br />x + s <br />sn sn su <br /><"oi <rlo, mot <br /><"DL 0.°1 0.01 <br /><nol mot <sas <br />e.l e., es <br />lw m m <br /><"pL <"CL <"0. <br /><"a o.au o.au <br />5m aw vs <br /><"ol u u <br />mot <"a <,loL <br />]° Se b <br />ere] ls] a.9s <br /><,ml <15w <nol <br />mot <15p1 <rml <br />ao.s U.1 •l.e <br /><elol <ra <"m <br />o.u l.n o.n <br /><"ot <i50. <i5m <br />15.9 16.1 le.l <br /><iwl o.ole o.ou <br />mot <"a <npL <br />mot <rlp <"ol <br />°.ml 0.m1 °.ml <br />598 °].< 61.1 <br />ma o.m o.m <br />mm <rxx <"pi <br />Baseline Information Collection initiated on 6/9/1998 one not yeI considered complete after monitonng for -19 monNS. Point 53423 has not been influenced by mining. <br />• Tha monitoring point location for 534-23 (Spring 34-23) is Ipcaletl high on the noM1ham facing slopes that lorms the Dove Gulch Canypn. I] ie acce65ed on Ie011mm the <br />remnants or an old coal exploration road in the mouth of Dove Gulch. It is one of three springs found in this location, originates in Ne sandstone outcrop and discharges via <br />sheet gow into Dove Gulch. <br />MDL = Melhotl Determination Limit BLANK = Nol Tested Monitoring Point Table 37 <br />