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Vi o a r.7.e Jt!E D c re A de li gip' ; ci i • 0 D' e 58=6 C D y a 77 fc i .•o L°: , ✓/:i 2/yi. 1/4„-'L... cENLA/7 56f.L — - v --- `�/i I TM_ FA/LITER Y ! • Y _ 3. 6.. $LOTTED E Si,y , 61 ( Consdi-44.c iii n pT Wei/ Dr/ g3 2t2 .. GI Hf N7 of 00 CO _ IV Cry` Scow sR%�D 2S V czc -GRAVEL `o ioU 7-1.--.---••• 5 I• D C/4.5/^/6L cr' GEHENT sCAL L,r v pfcrrSR --, �7 �/s 6orEtio1� (o3, _ - 4.----(N---- S L c T TED c, 2 S i,v6 $'Fi 2, L IQ RA;HIc 38 - v T t 1 IC, Y T /'T67P 0 Coq< $6- fr 62 • CO 11Chr z Chen. O f WELL D 61 *U-/71----CH / -2" &Rourvc suR7,C CEHENTIl;I{ i ��i it $0 'c`.. - BLOW S,'9Nt )ca c ! i Coo } o •6,' A e� c, k R•- 16 J) 'do ;G 1 -• iti „ Jo z�' vs, bore fo� ',9• G Apo C' loo ^ 0 .i ° �- 5 I. 0• CAS/NG 59I 9 �`t •4SRI??H/E �� G�`�- G R4Vc L iC $O 0 C. IC, c s LL , iI IA 7 � CEHENT SEAL %(41., ,� ! X T ! � ip !, - --- / \ �'�Phr KER i 1 i c ORL 2 I. SEf'r� • _ i H. Y - v , _. __.' a 9 5'Hell E .1 f "- SLOTTED CAS/No 63 4 is—as" 6R v cUN ur_F� - �A ! 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"Ern err _nitre- 1 //�� rq !f_ •7S •}A r = 2. 303x • / 6 — - y 4' /to" y- 7C /2I rr7 rn l 67 Ce) Recc ucry ±es� o r ulell II7 r o 4•b '4'* "/ rnin re c.- .c 1 q ii,re 5 d!t .� J e'y c12 = 15 • 1 5 4X3c14• X /SIS T �J iJr�wc� o1ah±_e or, a6Sera u -oin uJ =cJi I 4jj'' II r = 5 From -Pt 3‘ 6 4s/.!',ai eyo% _ // 3 �� % = 2• 303X O • 14/- ‘, - 2 ,Y,o" z 4X 3'1f X1 . 3 rrCn tire 6 t0 : cz roirn = 2 . 24= E X ax o"Z X 42. = 7 •c X/o' `74 al / / 9 Lrawd//owe +et on observa�-to-. we.il • 24(rn my we/I 74-1 //7 = 0 • `967743/ /n corn �i g v re 7-7vrr QAl io q c yc% a .7 -pt 68 }- 4 x 30144 k 8 ,3 /—rO N'j —ce9 c.GY f. 7 C O = LT M/r] 3 2 • acE.b x 3 •o7)(10-3X 31 .5 = 8•? XIo-5 roo.. k GCy.., Er c I , J ( T a) 51.)C-tit C0. QCt.11 ON w2..0 Si'# 137' 1u = c • C 9 .4 c, 3/m.n r'r aert c u..-✓e A ivx c1,1,C 8 44 /!c i c,'c- I r_ = 4 5 ct• 7 c 2,3303 )( 6 = 2_3n3 x • cq6 = 3 . 9X1a • �/ 4--I•'%,in • 4.77 4.4 4Xe 'kit x �.� V) Fran, C.ttr-✓e 5 1,; (r✓cc re: Q E S//oy cyc (r .72 2 , 7 •"i rf- = c • /2T7-3/nn,n v ✓ 7 = o. = 1 X eP 3 47* 2�inin 4 X it ••H•x 22.; c) Recocer1 I.e's r WP4I f �.•� a :. - 096 T+3/pntn corn /rq.S.P_ l d5// cjcle = I $ -c+ = 2 .303 X -oq = 4 .7X10- u -f'f'Ym..: 4- X % •Ivx A) Slug t S1 0n W t I1 • U0ttune SLuq = o • S2 -c43 C n n groin {'l aacre /O = 3 •�+ T9�' /t = •012S r%'7r 3 . 69 T r O 2.x 0 /._ c /. ,Z 0 -4 '�r,rr� 4a „ i x3 e) sE_cc iC, cat&r4j test er, wEli +* 6l • _ G 7.10. / 41+3/rrr m Fro.re Curut A e rr,/g wre_ /1 44//x9 avol� = < .�'`1' _ `. 3e 3 X_I 2 . 6 gic-V ft2/n11 4 x3•iy. X3.2 I•-'r•orn c e.t-i-fr 2 on /Cie,.re // 44//or c:r .fc z • /1 kr ? .4- X' •w•X i So = O • I • cry f r / 2 e.175. �� - .:'t- / .� 2 ,f''3 X _l f • X r o 44 ,97•1 2�rr rri r�•X� •/ 4174"7 ,[)rz.l,ictow... ,-{-r.'Si. ov.. 0L„c•.rvo:t• C‘n Wet( % 62. • Fir �. w F_ l t_ _ 13 dS/..('.�.-c 1cle = . tl. -N T = 2 . 303 X • = 2 . / S X/A^ a P4 /rnrn / a/eferrndy;e f-/e .117CDr-aje eoeh6c,en eSr hr on, l�i9wr� $3 � = 37 rt"- Y 70 _ e•a.gb T 7_0 = 2 .24.,4N x z • rE uto-2x ; 4 = 7.2X/0-t'` (re K A) �!rawcCu)v -71-e..774 O„ o6sen/A-Aon c t-U #- 60 as-u. i t b t.4,- -care w a J # 6 ! cm /O - ° I � y I.aiwtv1 Ili- eOq te+^ I . C I � . 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I- __ _ — — _ o_ r 1 ----, ` r 3--- ---_. -- __- - I - I INQ - —_ — r c� _ j I I ,I L 14 • , (--11 tf is t z C.± _ I -ff = 1�r � I 1 I— ! 1 , ..Z1-.7‘-Z.C :./ ! ;4 ,1-;1,n re-.12, .1 85 APPENDIX C DATA TYPE OF TEST; SPECIFIC CAPACITY/RECOVERY PUMPING WELL NO. : 61 CASING DIAMETER; 0.42 ft TOTAL DEPTH: 119 ft HOLE DIAMETER: 0.66 ft SCREENED INTERVAL: 108-119 ft TYPE OF AQUIFER: confined (coal ) _ STATIC WATER LEVEL: 40.46 ft TOP OF CASING ABOVE GROUND SURFACE: CEMENTED INTERVAL; 0-10 ft TOTAL PUMPING TIME: tp = 95 min WATER METER READING: END = 4759.5 gal START = 4690.9 gal AVERAGE DISCHARGE OVER PUMPING PERIOD: 0.72 gpm = 0.1 ft3/min Time Depth to Drawdown Temp pH Spec.Res. EC@T EC@25°C Min Wfer ft °C ohm-cm mmhos/cm :mmhos/cm 0.5 40.06 -0.40 15 440 2.27 1 .0 40.19 -0.27 2.0 41 .38 0.92 2.5 41 .54 1 . 08 3. 5 41 .94 1 .48 5 43.54 3.08 6 44.19 3.73 7 44.88 4.42 8- 45.48 5.02 9 46.29 5.83 10 46.95 6.49 15 770 3.70 4.62 12 48.22 7.76 14 49.22 8.76 16 7.3 270 3.70 4.51 16 50.34 9.88 18 51 .42 10.96 20 52.38 11 .92 25 55. 59 15. 13 30 59. 19 18.73 35 65. 21 21 .75 18 7.5 260 3.85 4.48 40 66.42 25.96 45 69.88 29.42 50 72.75 32.29 60 73.67 38.21 18 7.9 380 2.63 3.06 85 95.94 55.48 95 101 .78 61 .33 18 9.3 510 1 .96 2.78 pump shut off - start recovery 85 WELL # 61 (cont'd) Depth to Time Water Dra own t/t-tP Temp pH Spec,Res. EC@T EC@25°C Min ft ohm-cm mmhos/cm mmhos/cm 105 101 .75 61 .29 10.5 108 100.28 59.82 8.31 115 100.29 59.83 5.75 125 100.00 59.54 4. 17 135 99.04 58.58 3.38 _ 150 98.04 57.58 2.73 160 97.38 56.92 2.46 175 96.29 55.83 2. 19 190 95.35 54.89 2.00 205 94.72 54. 26 1 .86 230 93. 63 53.17 1 .70 264 92.08 51 .62 1 .56 18 9.2 480 2.08 2.-2 Pumping started again at end of recovery test to collect another water sample. 87 TYPE OF TEST: DRAWDOWN/RECOVERY PUMPING WELL NO. : 61 CASING DIAMETER: 0.17 ft TOTAL DEPTH: 115 ft HOLE DIAMETER: 0.4 ft SCREENED INTERVAL: 105-115 ft TYPE OF AQUIFER: confined STATIC WATER LEVEL: 40.21 ft TOP OF CASING ABOVE CEMENTED SEAL: 1 .02 ft CEMENTED INTERVAL: 0-10 ft OBSERVATION WELL NO. : 60 DISTANCE TO OBSERVATION WELL: 50 ft TOTAL PUMPING TIME: = 95 min WATER METER READING:tp END = 4759.5 gal START = 4690.9 gal AVERAGE DISCHARGE OVER PUMPING PERIOD: 0.72 gpm = 0.1 ft3/min Time Depth to Drawdown min Water ft ft 2 40.25 0.04 7 40.28 0.07 15 40.28 0.07 20 40.33 0.12 27 40.34 0.125 37 40.24 -0.031 40 40.24 -0.031 49 40.41 0.203 60 40.46 0.250 83 40.60 0.39 98 40.72 0.51 Pump .shut off - Start recovery test 102 40.72 0.51 106 40.71 0.50 115 40.65 0.44 126 40.59 0.38 143 40.78 0.57 169 40.81 0.60 191 40.81 0.60 228 40.84 0.63 265 40.82 0.61 289 40.82 0.61 88 TYPE OF TEST: DRAWDOWN/PECOVERY PUMPING WELL NO. : 61 CASING DIAMETER: 0.17 ft TOTAL DEPTH: 118 ft HOLE DIAMETER: 0.4 ft SCREENED INTERVAL: 108.5-118 ft TYPE OF AQUIFER: confined (coal STATIC WATER LEVEL: 40.41 ft TOP OF CASING ABOVE GROUND SURFACE: 1 .05 ft CEMENTED INTERVAL: 0-10 ft OBSERVATION WELL NO. : 62 DISTANCE TO OBSERVATION WELL: 50 ft . TOTAL PUMPING TIME: tp= 95 min WATER METER READING: END = 4759.5 gal START = 4690.9 gal AVERAGE DISCHARGE OVER PUMPING PERIOD: 0.72 gpm = 0.1 ft3/min Time Depth to Drawdown min Water ft ft 5 40.28 -0.13 10 40.30 -0.11 17 40.30 -0.11 24 40.33 -0.08 31 40.34 -0.07 39 40.36 -0.05 45 40.40 -0.01 58 40.44 0.03 66 40.47 0.06 85 40.58 0.17 100 40.63 0.22 Pump shut off at 95 min, Start of recovery test 108 40.59 0. 18 122 40.70 0.29 128 40.72 0.31 146 40.76 0.35 171 40.76 0.35 194 40.79 0.38 234 40.77 0. 35 267 40.76 0.35 291 40.77 0.36 89 8/29/78 TYPE OF TEST: SPECIFIC CAPACITY/RECOVERY PUMPING WELL NO, : 117 CASING DIAMETER: 0.42 ft TOTAL DEPTH: 142 ft HOLE DIAMETER: 0.66 ft SCREENED INTERVAL: 102-142 ft TYPE OF AQUIFER: overburden — STATIC WATER LEVEL: 22 ft CEMENTED INTERVAL: 0-10 ft OBSERVATION WELL NO. : 117 TOTAL PUMPING TIME: tp=145 min WATER METER READING: END = 5316.9 gal START = 5158.6 gal AVERAGE DISCHARGE OVER PUMPING PERIOD: 1 .09 gpm = 0.146 ft3/min Time Depth to Drawdown Temp pH Spec.Res. EC@T EC@25°C Min Wfer ft °C ohm-cm mmhos/cm mmhos/cm 0 20.85 -1 .15 1 22.79 0.79 2 24.48 2.48 3 25.42 3.42 5 28.00 6.00 15.5 159 6.29 7.84 7 29.79 7.79 9 31 .10 9.10 }'O 31 .54 9.54 12 32.63 10.63 15 33.98 11 .98 18 35.00 13.00 21 36.06 14.06 25 37.29 15.29 16.5 150 6.67 8.01 30 38.46 16.46 36 39.55 17.55 40 40.00 18.00 @ 41 min 17 155 6.45 7.67 50 41 .00 19.00 60 41 .88 19.88 @ 65 min 17 6.9 142 7.04 8.37 75 43.10 21 .10 @ 88 min 16.5 140 7.14 8.57 90 43.67 21 .67 @101 min 17 6.8 150 6.67 7.93 105 43.98 21 .98 @128 min 17 154 6.49 7.72 135 44. 90 22.90 @143 min 17 6.8 139 7 .19 8.59 145 pump shut off-start recovery 90 8/29/78 (cont'd) Depth to ' Time Water Drawdown t/t-t Min ft ft 146 44.17 22. 17 146 147 43.29 21 .29 73.5 148 42.33 20.33 49.33 150 40.75 18.75 30.00 152 39.46 17.46 21 .71 154 38.27 16.27 17.11 157 36.75 14.75 13.08 160 35. 65 13.65 10.67 162 34.81 12.81 9.53 165 33.79 11 .79 8.25 170 32.54 10.54 6.80 175 31 .38 9.38 5 .83 180 30.58 8.58 5.14 195 28.79 6.79 3.90 210 27.54 5.54 3.23 225 26.71 4.71 2.81 91 8/29/78 TYPE OF TEST: DRAWDOWN PUMPING WELL NO. : •117 CASING DIAMETER: 0.17 ft TOTAL DEPTH: 142 ft HOLE DIAMETER: 0.40 ft SCREENED INTERVAL: 52-142 ft TYPE OF AQUIFER: overburden STATIC WATER LEVEL: 24.06 ft CEMENTED INTERVAL: 0-10 ft OBSERVATION WELL NO: 118 DISTANCE TO OBSERVATION WELL: 50 ft TOTAL PUMPING TIME: tp = 145 min WATER METER RE-DING: END = 5316.9 gal START = 5158.6 gal AVERAGE DISCHARGE OVER PUMPING PERIOD: 1 .09 gpm = 0.146 ft3/min Time Depth to Drawdown min Water ft ft 23 24.07 0.01 32 24.13 0.07 43 24.20 0.14 51 24.25 0.19 63 24.30 0.24 68 24.34 0.28 82 24.42 0.36 92 24.49 0.43 109 24.62 0.56 123 24.66 0.60 92 8/29/78 TYPE OF TEST: DRAWDOWN PUMPING WELL NO. : 117 CASING DIAMETER: 077 ft TOTAL DEPTH: 142 ft HOLE DIAMETER: 0.40 ft SCREENED INTERVAL: 82-142 ft TYPE OF AQUIFER: overburden STATIC WATER LEVEL: 22.22 ft CEMENTED INTERVAL: 0-10 ft OBSERVATION WELL NO. : 119 DISTANCE TO OBSERVATION WELL: 50 ft TOTAL PUMPING TIME: tp=145 min WATER METER READING: END = 5316.9 gal START = 5158.6 gal AVERAGE DISCHARGE OVER PUMPING PERIOD: 1 .09 gpm = 0. 146 ft3/min Time Depth to Drawdown min Water ft ft 21 22.49 0.27 34 23.05 0.83 41 23.46 1 .24 51 24.15 1 .93 61 24.60 2.38 71 25.12 2.90 80 25.59 3.37 94 26.34 4. 12 107 26.81 4.59 126 27.42 5.20 93 TYPE OF TEST: SLUG WELL NO. : 116 CASING DIAMETER: 0.42 ft TOTAL DEPTH: 168 ft HOLE DIAMETER: 0.66 ft SCREENED INTERVAL: TYPE OF AQUIFER: confined (coal ) _ STATIC WATER LEVEL: 49.71 ft TOP OF CASING ABOVE GROUND SURFACE: REFERENCE POINT FOR MEASUREMENTS: Top of casing CEMENTED INTERVAL: 0-10 ft VOLUME SLUG: 0.52 ft3 Depth to Time Drawdown lit min Wafter ft min-1 1 45.93 3.77 1 .00 2 45.98 3.73 0.50 5 46.00 3.71 0.20 7 46.06 3.65 0. 143 10 46.10 3.60 0.100 15 46.20 3.51 0.067 25 46.38 3.33 0.040 40 46.56 3.15 0.025 55 46.75 2. 96 0.018 75 47.04 2.67 0.013 90 47.21 2.50 0.011 105 47.38 2.34 0.010 _ 120 47.63 2.09 0.008 125.5 47.60 2.11 0.008 94 8/30/78 TYPE OF TEST: SLUG WELL NO. : 122(Ennis Draw GWOW) CASING DIAMETER: 0.417 ft TOTAL DEPTH: 57 ft HOLE DIAMETER: 0.66 ft SCREENED INTERVAL: 10-57 ft TYPE OF AQUIFER: overburden ( Ennis Draw) — STATIC WATER LEVEL: 15.88 ft CEMENTED INTERVAL: 0-10 ft VOLUME SLUG: 0.52 ft3 • Depth to Time Drawdown 1/t min Wfer ft min-I 0.5 15.73 -0.15 2 1 15.77 -0. 11 1 2 15.82 -0.06 0.5 3 15.82 -0.06 0.333 4 15.83 -0.05 0.25 5 15.84 -0.04 0.2 8 15.84 -0.04 0.125 15 15.85 -0.03 0.067 21 15.86 -0.02 0.048 95 9/1/78 TYPE OF TEST: SPECIFIC CAPACITY/RECOVERY PUMPING WELL NO. : 137 CASING DIAMETER: 0.417 ft TOTAL DEPTH: 143 ft HOLE DIAMETER: 0.66 ft SCREENED INTERVAL: 132-143 ft TYPE OF AQUIFER: coal STATIC WATER LEVEL: 81 .65 ft CEMENTED INTERVAL: 0-10 ft OBSERVATION WELL NO. : 137 TOTAL PUMPING TIME: tp 35.5 min WATER METER READING: END = 5336.2 gal START = 5307.0 gal AVERAGE DISCHARGE OVER PUMPING PERIOD: 0.823 gpm = 0.11 ft3/min (Note: No response observed in observation wells 134 and 138. ) Time Depth to Drawdown Cum. Temp pH Spec.Res. EC@T EC@25°C Min Water ft pumped °C ohm-cm mmhos/cm mmhos/cm ft meter ft3 0.5 83.02 1 .37 1 .0 85.59 3.94 1 .5 - - 2.0 86.11 4.46 " 2.5 86.97 5.32 F 3.0- 87. 56 5.91 E 3.5 88.41 6.76 `2 4 88.79 7.14 -, 5 89.68 8.03 e 6 90. 50 8.85 an 7 91 .75 10.10 p_ v 8 92.84 11 .19 sS v 9 93.82 12.17 - 10 95.06 13.41 rn o 11 96.40 14.75 12 96.80 15.15 fd 13 96.41 14.76 14 96.41 14.76 a 15 96.41 14.76 16 96.41 14.76 ci 18 96.41 14.76 (flow increased) 19 102.79 21 .14 20 103.80 22.15 21 104.72 23.07 (Ave. pumping rate b/w, t=18 m and t=35.5 m, 23 106.48 24.83 is approximately 0.096 ft3/min) 24 107.01 25.36 26 108.73 27.08 28 110. 14 28.49 30 111 .56 29.91 19 8.6 206 4.85 5.52 32 112.94 31 .29 34 114.22 32.57 96 9/1/78 (cont'd) Recovery Test on Well No. 137 Depth to Time Drawdown t/t-t Min Water ft - ft 36 114.36 32.71 72 37 114.42 32.77 24.67 38 114.47 32.82 15.20 42 114.13 32.48 6.46 43 114.66 33.01 5.73 44 114.21 32.56 5. 18 45 114.27 32.62 4.74 46 114.09 32.44 4.38 48 114.02 32.37 3.84 50 114.03 32.38 3.45 53 114.06 32.41 3.03 55 113.96 32.31 2.82 57 113.88 32.23 2.65 59 113.78 32.13 2.51 60 113.74 32.09 2.45 62 113.65 32.00 2.34 64 113.56 31 .91 2.25 66 113.48 31 .83 2.16 68 113.47 31 .82 2.09 69 113.34 31 .69 2.06 70 113.29 31 .64 2.03 75 113.09 31 .44 1 .90 80 112.84 31 . 19 1 .80 85 112.68 31 .03 1 .72 90 112.46 30.81 1 .65 95 112.17 30.52 1 .60 100 112.05 30.40 1 .55 105 111 .85 30.20 1 . 51 115 111 .47 29.82 1 .45 116 111 .43 29.78 1 .44 125 111 .08 29.43 1 .40 135 110.70 29.05 1 .36 97 9/1/78 TYPE OF TEST: SPECIFIC CAPACITY/RECOVERY PUMPING WELL NO. : 172 CASING DIAMETER: 0.42 ft TOTAL DEPTH: 62 ft HOLE DIAMETER: 0.66 ft SCREENED INTERVAL: 32-62 ft TYPE OF AQUIFER: overburden _ STATIC WATER LEVEL: 37.55 ft CEMENTED INTERVAL: 0-10 ft OBSERVATION WELL NO. : 172 TOTAL PUMPING TIME: tp—;-22 min WATER METER READING: END = 5362.3 gal START = 5337.6 gal AVERAGE DISCHARGE OVER PUMPING PERIOD: 1 .12 gpm = 0.15 ft3/min (Note: No response was observed in observation wells 173 and 174.) Time Depth to Drawdown Temp pH Spec.Res. EC@T EC@25°C Min Wafter ft °C ohm-cm mmhos/cm mmhos/cm 0.5 34.44 -3.11 1 .0 - - 1 .5 - - 2 38.29 0.74 3 38.64 1 .09 4 38.97 1 .42 5 39.49 1 . 94 6 39.85 2.30 7 40.01 2.46 8 40.46 2.91 9 40.70 3.15 10 41 .04 3.49 11 41 . 28 3.73 12 41 .69 4.14 13 41 . 95 4.40 14 42.04 4.49 15 42.39 4.84 16 42.67 5.12 17 42.85 5.30 18 43. 18 5.63 18 6.7 160 6.25 7.27 21 44.00 6.45 98 RECOVERY TEST ON WELL NO. 172 • Time Depth to Drawdown t/t-tp Min Wf ter ft t 24 41 . 54 3.99 120 25 40.75 3.20 8.33 26 40.22 2.67 6.50 27 40.07 2.52 5.40 28 39.87 2.32 4.67 29 39.64 2.09 4.14 30 39.46 1 .91 3.75 31 39.40 1 .85 3.44 32 39.21 1 .66 3.20 33 39.11 1 .56 3.00 34 39.02 1 .47 2.83 36 38.91 1 .36 2.57 38 38.83 1 .28 2.38 40 38.75 1 .20 2.22 42 38.60 1 .05 2. 10 44 38.64 1 .09 2.00 46 38.60 1 .05 1 .92 48 38.56 1 .01 1 .85 50 38.54 0.99 1 .79 55 38.44 0.89 1 .67 60 38.38 0.83 1 .58 65 38.34 0.79 1 .51 70 38.30 0.75 1 .46 75 38. 26 0.71 1 .42 85 38.21 0.66 1 .35 99 • APPENDIX D _ APPROXIMATE LOCATION OF EXISTING WELLS (study area indicated) WZo lfl C • ✓ 1 \\ \\ '\\ 1 \r - c\J • ,o o - � o �f :' w ) �r \, - - ;."� .; -H ' .,-7"2‘.22�>\'�-..,,ten} 731 1vur >A r �= I� U? n , � ti= ___ -. z _ -r- 1 vIb a v �4i.3 + � ,'Lvs� �� i,�l •. c-r icy \t.v p '' ' cif V vA i�V '' � h • A A A o �5 � 1 ‘,.-2.„,,p 9 v S� fb \ 1 G 1 z\uJ \ ;r3'.. \.C tz ' i r �� I, �� ,, ,�.�- A `1 a -� 1' �,A l v -- - ! �� , � 4 • c ° air - (' t \\n ^ < \� S r , - 1t3,i i } n _ --'^ ''' - aid. ,!�✓ Si Ir L Ce / f ( 1 _V r ^-Ty \�.,5— ^J it � \ ti � rr I t/ - I i• m x 0 z w w Q APPENDIX B L LETTERS OF COMMENT CP C cultural resource consultants inc. FLOYD PATTERSON Director November 10, 1978 Mr. Michael Wallace Environmental Administrator Coors Industry Inc . Mail 327 Golden, Colorado 80401 Dear Mr. Wallace: On October 31, 1978, Cultural Resource Consultants Inc . contracted with the Coors Industry Inc. , to provide a cultural resource survey of the site of a proposed coal mining operation in Weld County, Colorado. The work was performed under Purchase Order No. 20884 J 40890, and Colorado State Antiquities Permit No. 78-6. The purpose of the survey was to ensure compliance of the project with all relevant Federal and State laws concerning archaeological and historic sites , including the State Antiquities Act of 1973 (CRS 1973, 24-80-401 to 410) , the State Register of Historic Places Act of 1975 (CRS 1973, 24-80. 1-101 to 102) , the National Historic Preservation Act of 1966, as amended, and 36CFR800. This letter and accompanying material will serve as our final report. The research design consisted of a literature search supplemented by on site inspection by archaeologists of all ground to be disturbed by the proposed mining activities . The National Register of Historic Places was consulted as well as the Inventories of Historic and Archaeological Sites maintained by the Colorado State Historic Preservation Officer. 8614 YUKON STREET,SUITE 301C ARVADA,COLORADO 80005 (303) 422-3553 -2- All such sites were to be recorded. Floyd Patterson, Ph.D. served as Principal Investigator, performed the historical research, and administered the project. Robert Williams supervised the archaeological field work, assisted by Kirk Butterbaugh. Field work was performed November 1-6, 1978 . The proposed mining operation is to take place in south-central Weld County, Township 3N, Range 64W, S 4/5 Sec . 25, Sec . 26, NE Sec. 35, and Sec. 36. The project area was surveyed on foot, generally in thirty meter transects . Some areas were inspected more intensively, in particular 'blowouts , ' ridge- lines and all areas of high erosion or high ground visibility. Topographically the project area lies in the Great Plains between 4800 and 4900 feet elevation; it is generally quite flat but includes some areas of gentle sand hills . Subsurface water is indicated by numerous windmill-driven pumps in the area . The nearest surface water supply is Box Elder Creek, approxi- mately four miles to the west. It is a seasonal stream and was dry at the time of survey. No evidence was noted of any water erosion effects on the ground surface. At the time of survey the project area was free of any standing or flowing water, stream beds, or gullies. Wind erosion, however, is clearly present in the form of sand dunes and 'blowouts , ' depressed areas where the surface has lowered by erosion. Ground cover consists largely of sagebrush (Artemisia) , and tumbleweed (Cycloloma Atriplicifolium) , with some cactus (Opuntia) and grasses. Ground visibility averages about 507, varying from about 20% in some grassy areas to 100% in eroded areas . The surface is a fine, readily wind blown sand. No sites are recorded for the project area in the State Inventories of Archaeological and Historic Sites , or in the National Register of Historic Places . No evidence of cultural resources was observed during the field survey. Extensive signs of recent human activity were noted, in particular, wind- mills , water tanks, fences, roads and cattle herds . These were judged to be of no significance due to their modern construction. This lack of prehistoric materials contrasts with some areas of Weld County, such as the Pawnee Grassland area, where sites are relatively common. It is likely that in aboriginal times the Project Area was as unsuitable for occupation as it is now, offering neither cover, water, nor stable food resources . It may have been exploited seasonally in the pursuit of game, but no surface indication of such use remains . -3- Subsurface disturbance may, of course, uncover archaeological or historic materials . In this case the operator should at once suspend operations and notify the office of the State Archaeologist of Colorado. Further archaeological work might then be required to comply with Federal and State antiquity laws . If you have any questions, feel free to contact me . Thank you for the opportunity to undertake this project. Sind /7- yd atterson, PH.D. Director STATE OF COLORADO Richard D.Lamm,Governor DEPARTMENT OF NATURAL RESOURCES CAM% DIVISION OF WILDLIFE O. Jack R. Oriel', Director , - i � 6060 Broadway p Denver, Colorado 80216 825-1192) Y' OF October 6, 1978 Mr. Paul Adams, Environmental Engineer Adolph Coors Company Golden, CO 80401 Dear Paul: I have reviewed your preliminary Keensburg coal mining proposal with appropriate Division of Wildlife personnel. We are impressed with the project and feel that you will have very little impact on the area's wildlife. Your test plots for reclamation seem to be proceeding well and this, coupled with the fact that only a small area will be disturbed at any one time, greatly reduces any impact on wildlife species. As we discussed, the area has been badly overgrazed in past years, and you should actually improve the existing habitat with your proposed plan. Please let me know if I can be of any assistance in the future and keep us informed of your progress. Yours truly, Allen Whitaker Wildlife Environmentalist AW:dh cc: Don Bogart DEPARTMENT OF NATURAL RESOURCES, Harris Sherman, Executive Director • WILDLIFE COMMISSION, Sam Caudill, Chairman Michael Higbee, Vice Chairman • Jay K.Childress, Secretary • Jean K.Tool,Member • Vernon C.Williams,Member Thomas Farley, Member • Roger Clark, Member • Wilbur Redden,Member Hello