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<br /> `I I keyun VRI
<br /> I tie ne-N 14)111 Climax Mine ARIL
<br /> itvV'ji- 11
<br /> Date:04/194
<br /> Page 31 of 37
<br /> TABLE6
<br /> Target Surface Water Samples-Total Metals
<br /> Compared To Background For Tenmile Mining District
<br /> Concentrations in ug/l(ppb)
<br /> In: stckaroead CSiC'XSW-TI CMCX-S\V-T2 CIIICXSW-T3 CMCX-SW-T4 CMCX.SW-TS CMCX-SW-T6 CMCX-SW-
<br /> 'LabeLa: Valtut Tkese 14436W 8.143550 8-143545 8,143541 T7 CN1CX•S\V-T'8 C61CX-SW-T'9 CNICX-S\V-TIO CNICX.SW-TII CBICXSW-SW CNICXSIV-TI3 CMCXS\V-773 CMCXS\V-JO
<br /> 'e [0ectatratbu 8.14J5J1 8-I43527 8-143523 8-143350 8-14J346 8-14J74J 8-t43324 8.11J320 8-14JJI2
<br /> Sar(ace waur Surface water Surface carom Surface water Surface water Surface water Surface water .Surface water Surface water Surface water Surface water Surface water Surface water Dupleate surface Mosaic art 1M klg►cat [Mlected from collected(ram tolleeled from collected from collected from collected from collected from Surfcolle a eel from Surfcolle aced from Surcollface
<br /> eel from collected from Surface
<br /> from collected from water of
<br /> relevate adecs Teemtle Crack Teamilc Creek Tenmile Creek Tax,
<br /> Creek Tenmile Creek Tenmlle Creek Teomile Creek Teomile Creek Tromilt Creek Tenmile Creek Tenmile Creek Tenmile Creek Teomile Crack CNICXS\V-
<br /> tram a8 Immediately below approximately 1.1 approximately 2.1 approximately 3.1 a TU.
<br /> ba[ roaad Y PProximakly 4.1 approximately S.I approximately 6.1 approsimately7.1 approcimaleiy 8.1 ■pproximattly9.1 approximately approximatelyapproximately
<br /> lee CM NPDES mile below CNI miles below CAI miles below C61 miles below CM miles below Chi miles below CNI miles be10w Chi mites below CAI miles below C51 10.1 milts below I1.1 mites belo 1 mllebo
<br /> rmples omfall NPDFS oulfall. NPDES oulfdl. NPDES oulfall. NPDES oulfdl. NPDES oulfall. NPDES oulfall. NPDES oulfall. NPDES outfall. NPDES oulfall. CAI NPDES CM NPDES Chl NPDES
<br /> [uDrtkd far 161a
<br /> fM.
<br /> oulfall. oulfall. oulfall.
<br /> rm (All 40 0 U 421)0) *6J2 (200)sY 156) 470U 470U *695 (200) *554 (200) *307 (200) *605 (200) *507 (200) 284 U 105 U 93.9 U 63.8 U 93.8 U 41.3 U 64.9 U
<br /> • 47.0U 47.0U 47.0U 47.0U 47.0U 47.0U 47.0U. 47.0U 47.011 47.01) 47.0U 47.0 it 47.0U 47.011
<br /> 4As) I.IU I I U I.IU III I.IU I.IU I.IU I.IU
<br /> 411a1 61 1 U (200) 31.1 U 31.6 U 37.4 U I.I U 1.1 U I.1 U I.I U I.I U 1.1 U I.i U
<br /> 134.I1 (200) (ll.l] (200) 134.31 (200) (41.41 (200) 166.0 I.I U
<br /> m Ilkl .10 U 2.0 U 2.O U 2.0 U ] (200) 162.51 (200) 158,01 (200) 159.01 (200) 149.1 (200) 152.0 2.0 U 2,0 U J J (200) 2.0 U (200) 9.0 U
<br /> m I('d) 4OU 40U 4.0U 2.OU 2.OU 2.OU 2.OU 2.OU 2.OU 2.OU 2.OU
<br /> IOU 4.0U 477, 4.OU 4.OU 4.0U 4.0U 4.0U 4.0U 4.0U 4.0U 4.0U 40U 4.0U
<br /> ' Il'al 28.9Ut1 (3.0))1 2U,4W *201,000 (5,000) *220,000 (5,000) *177,000 (5,000) *164,000 (3,000) *166,000 (5,000) *153,000 (5,000) *94,300 (5,000) *94,100 (5,000) *92.300 (5,000) 82,300 57,200 66,300 68,100 4.0 U
<br /> 1m ICn) SOU !OU S.OU
<br /> S.1U 5.0U 5.0U 5.0U S.OU 5.0U 5.0U 5.0U 3.0U 5.0U 5.0U 5.0U 5.0U
<br /> 14941
<br /> ICoI !aU SOU 5.0U l.1U
<br /> S.OU S.OU S.OU 5.0U 5.0U 3.0U 5.0U 5.0U S.OU 5.0U S.OU S.OU
<br /> (l'ul 40U 1251 40U 4.0U 4.0U 4.0U 4.0U [5.1 3.0U
<br /> I(el IIJ U (I()1) 919 U ] (23.0) (5.7J (25.0) 4.0 U 4.0 U 4.0 U 4.0 U 4.0 U 4.0 U 14.11 (25.0) 4.0 U
<br /> 149 U 127 U 66.3 U *164 (100) *179 (100) 81.2 U *220 (100) *189
<br /> IITI 13i1 IJU 1.3 U1 1.3U 1.3U 1.3U (100) 103U *142 (100) 72.5U - 86.SU 92.SU 4.OU
<br /> .um lNl) 14,600) _ 1.3U 1.3U I.3U 1.3U I.3U I.3U 1.3U I.3U 1.4U
<br /> c.e (Nlnl !7 I (4�9J1 14,19011 (4,370]1 14,06011 13,79011 13.9801) [3.380 1 1.3 U
<br /> (15 0) *216 (I3 0) *238 (15.0) *231 (15.0) 160 *192 J [4,890JJ [4,760JJ 14,47011 14,50011 (4,440J1 (4,690J1 14,800J1 33.3 U1
<br /> (IS.0) *176 (13.0) 125 126 128 89.9 77.4 38.9 42.2 45.1 2.0 U
<br /> II igl 0 20 11R 0 20 UR 0 20 UR 0.20 UR 0.20 U 0.20 U 0.20 U 0.20 U 0.20 U 0.20 U 0.20 U 0.20 U 0.20 U 0.20 U 0.20 U 0.20 U
<br /> :num (At-) 6 0 U (6 Ol *810 (6.0) *7% (6.0) *962 (6.0) *685 (6.0) *626 (6.0) *641
<br /> IN,) 6 0 U 7 4 U 6.0 U B.IU 6.OU (6.0) *571 (6.0) *712 (6.0) *313 (6.0) *304 (6.0) *260 (6.0) *169 (6.0) *198 (6.0) *204 6.0U 6.0U 6.0U 6.0U 6.0U 6.0U 6.0U 6.0U 6.0U 6.0U (60j
<br /> lKl J.it1UU (1.1))1) &0U
<br /> m *17.700 (3,000) *19,100 (5,000) *19.600 (5,000) *15,500 (3,000) *15.000 (5,000) *14.500 (5,000) *14,000 (5,000) *7.190 (5,000) *7.350 (5,000) *7,530 (5,000) *7,670 (5,000) 11,560
<br /> .n ISc) 1 4 U 1 4 U 1.4 U 1.4 U 1.4 U 1.4 U IA U 1.4 U 1 (5.000) *5,130 (5,000) 6,480 (5,000) 3.700 U
<br /> IAgI 70U 1UU 7.OU 7,011 L4U 1.4U 1.4U 1.4U L4U 1.4U 1.4U 1.4U
<br /> 7.0U 7.OU 7.0U 7.0U 7.0U 7.0U 7.0U 7.0U 7.0U 7.0U 7.0U 7.0U
<br /> ' IN.) 2.190 U IJ.Ooo) *11.000 45,000) *13.000 (5,000) *13.900 (5,000) *12,000 (5,000) *10.700 (5,000) *11.200 (5,000) *I1.1 o0 (5,000) *9.590 (5,000) *9,300 (5,000) *9,620 (5,000) *9,080 (5,000) *6.040 (5,000) *6.770 (5,000) *6.870 (5,000) 250 U
<br /> Irb I3U 13 UJ 1.3 U1 1.3 U) 1.3U 1.3U 1.3U 1.3U 1.3U 1.3U I.3U
<br /> ro IV) 401) 4OU 4OU 40U 4.0U 1oU 1.0U I.0U 1.0U 1.0U
<br /> 4.O0 4.O2 4.O1 4.OU 4.OU 4.OU
<br /> 1%nl 43 4 U (200) 72.0 U 116 U *131 (20,0) *III (20.0) *109 4.0 U 4.0 U 4.0 U 4.0 U 4.0 U
<br /> WnI 10111 10 pl. (20.0) *124 (20.0) *112 (20.0) *99.8 (20.0) *94.1
<br /> 10111 (20.0) *78.9 (20.0) *11.2 (20.0) 02.6 U 56.0 U *68.5 (20.0) 3J U
<br /> loll) IO UJ IO U) to in 10 U1 IO UJ IO U) 10 it)
<br /> IOU) 10 IJJ 10 Ul 10 UJ 10 Ul The uxl)tc o nuneticil icd avalu u c t e CRD d quantity because quality control criteria xere not met.Presence of the anilyte is reliable.
<br /> The anallk wu nut delecnN ilawc the CRDL -
<br /> The uwnaud numerrY value was dcucud below the CRDL,but greater than the method detection limit and is therefore an estimate(qualified by laboratory).
<br /> S-PI6Quarlllwan Limit(SQL)
<br /> 5l9nrficance st-a bat►grmnd oubltshed."ding I.IIRS guidelines for mal)tical interpretation.Refer to section 4.1 for protocol.
<br /> INtAMI'mal ARRITAOLE-S wpd but
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