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<br /> 4797A
<br /> 74� 4797 4 0476
<br /> t PP1101,, a. i
<br /> _5 7 F
<br /> IN 8
<br /> T 3 N, R 64 W
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<br /> 4 x 4�14.9 x 4789.6
<br /> NN
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<br /> i r9. 4809.9 4788.1
<br /> X 4810.5 4787.9 (11 x 4770
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<br /> X x
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<br /> 4813.0 EXISTING POWER POLE
<br /> Phase I bond release areas
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<br /> X� x 4788.6 x
<br /> 4815.9 X �.�x
<br /> x 4809.2 a .6 479 x 4771.51
<br /> x 4795.6 x ---------- EXISTING GROUND CONTOUR
<br /> x 4815.1 x 4790.9 Phase II bomd release areas
<br /> 47841
<br /> x 4808.8 479k4
<br /> H.V.9010 EXISTING "PINNED" HORIZONTAL & VERTICAL CONTROL POINT
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<br /> x 4813.7 xi�4807.9 x 4783.9
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<br /> V% 22 NATURAL UNDISTURBED AREA
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<br /> 4 %47844
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<br /> i.
<br /> x
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<br /> 23 AREA REFEREMCE NUMBER
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<br /> _Z3
<br /> MAJOR PIT DISTURBED AREA
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<br /> 4782.22
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<br /> 478015 x 4775.2
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<br /> 'E (EL. `48(01.91 ) LIMITS` TERSE
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<br /> REMAINING LIMIT$ 776
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<br /> 4818A
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<br /> X 4817.4
<br /> x N
<br /> 48216 64 W x 4784.9 x 4784.8
<br /> 4817.4 4819.0 x 4811.0 x 4791A
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<br /> X 478 2 x
<br /> X 4837.1 4838A x 4784A 4784.3 x 4783.6
<br /> x x 0
<br /> 4827.0 x 4823.7 4814
<br /> 4830.1 -4 47�6.8
<br /> 3.6 2 4 4783.2
<br /> 48291 A._ %
<br /> x x 4819.5 x CD x 10 x 4784.5
<br /> X x
<br /> x 4836.8 .10
<br /> C> 4784.1
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<br /> 4 a )%4818.4
<br /> 836 47822 x
<br /> • 4824.1 7863
<br /> x
<br /> 47842 x 47842
<br /> x 4788. x
<br /> ` (', X 4831.0 48271 4813.3 CD 784.6 x 4787.0
<br /> X x x
<br /> x 4825.4 x 4822.1 4821.7 4821.3 x 4797.3 471842
<br /> 4823.4 x x
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<br /> 4788.4
<br /> 190
<br /> 824.1 x 4812.6 x 4787.0
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<br /> X 7925
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<br /> 0
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<br /> 4
<br /> x 4819.5 7.4 x X x 4786.1
<br /> tt 4832.3 x 4826.1
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<br /> 4817.4 4791.2
<br /> x
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<br /> 4Z 90 4787.2
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<br /> A IN
<br /> IN ::z IN
<br /> X x 4829.4 47974 x 4789.0
<br /> IN J v
<br /> 4835.6
<br /> 4838.6 4837.3 x x _x_
<br /> 4840.3 4834.2
<br /> 4(43.2\ x 483 6 18 �?o - __.��SEE PERMIT ARE
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<br /> x 48 8.8
<br /> 4M.9-,( -1 1 1 - heg.?ENDIX A-1 FOR
<br /> N x 4795.0
<br /> X. 4939.0
<br /> ------ x 4835.3 EXTENDED BOUNDARY
<br /> 88
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<br /> x 4831.3
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<br /> 4860) .4 x 4MMI
<br /> 78
<br /> 47 5.
<br /> x 4801.6
<br /> 4 T6 4832.3 OL
<br /> x s �` �7 x4840.9
<br /> 39.07 AC.
<br /> 4835.2 Al 012 :-1
<br /> x 4790.5
<br /> x 8471 0 x x 4836.8 NATURAL, 7
<br /> 4851.9 4837 4830.1
<br /> UNDIZZU D x
<br /> 4837.9 48M.8 C1
<br /> 7922 x 4790.6
<br /> x 48:39.0 AREA 1yo
<br /> mo 4 0
<br /> 4838.7 �w 4 ��3 o
<br /> L x 483 6
<br /> 7A x 4837.4 x 48M x 4791.2
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<br /> x4
<br /> 4 x 4791.7 x 479L7
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<br /> 4835.2 x
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<br /> A=m, x
<br /> 0 4836.3 x 0
<br /> x < _7
<br /> r-_ V
<br /> IN IN IN
<br /> 841.6 k IN 1�
<br /> x 483i7 7.2 4828.01 4791.7
<br /> 3 4 x 4799.0 x
<br /> 46352 x 4792.6
<br /> Z_
<br /> -IW39.9 8053 4855.3
<br /> 835, 82 0
<br /> x x 47992
<br /> 81 8.3
<br /> It—
<br /> e= ft
<br /> 4840.9 Q) 'T f 71.0
<br /> x C) 0 1 11 4801.0 -3 OD 4797.0 x 47932 G791.9
<br /> 41" Q) 4 #819 4 x x
<br /> 1 x 4799.3
<br /> 4 6
<br /> 4857.5 484 Aw 4A15.2 0519
<br /> x 86.3 ` I i O x
<br /> 0 4800.9
<br /> N 1,3 1 1 M1 x 36.4 482�0 4 4812.4 8.6 799.7 X 4795.2 x 4794.3
<br /> x x
<br /> x x 4800.3
<br /> x 4
<br /> 99.6
<br /> 4t,
<br /> 48021
<br /> 8024
<br /> x
<br /> 4810.6 x
<br /> 0
<br /> 0 0 0 19 C6
<br /> 0 0 0 0 x
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<br /> 06 C� 0 x x 48OP-4 x 7
<br /> E 1 0 0
<br /> AE 1
<br /> T 3 6
<br /> W 114 COR, SEC. 36
<br /> N890012'46"E 2630.55' N890012'46"E 00
<br /> T 3 N, R 64 W C 114 COR, SEC. 36 4824.1 4797.8 CN
<br /> Ld 05A 1`0
<br /> IT 3 N, R 64 W q48O8.4 x 06.1 41&00 Lli
<br /> x 4807.4 4807.2
<br /> I x I'll
<br /> 813.5 4817.,3 4809.5
<br /> x
<br /> I - -
<br /> 1110
<br /> PP 48 .7 x 48 x 4805.2
<br /> 04.52.12
<br /> APPENDIX L-5
<br /> co cc
<br /> I = 1_0
<br /> ----------
<br /> 0 100 200 400 COORS ENERGY COMPANY
<br /> ---
<br /> ------
<br /> APPROXIMATE SCALE (FEET) --- ------------ VEGETATION/RE-VEGETATION MAP
<br /> --------
<br /> --
<br /> CONTOUR INTERVAL 2 ----------
<br /> ------------
<br /> CLIENT: COORS ENERGY COMPANY (KEENESBURG,COLORADO)
<br /> The October 2012 Aerial survey of Keenesburg Mine was compiled and triangulated on Colorado state Plane;,North(surface)I PROJECT: RECLAMATION PLAN
<br /> and reprojected to Local Mine Datum running the following report: ----------- PROJECT NO: COORS2017 7- DATE COMPLETED: 01L2018
<br /> -
<br /> ----------
<br /> ---- ------ DRAWN BY: JGN
<br /> Horizontal Reprojection to Local mine Datum: Vertical Reprojection to Local mine Datum: REVISION: APPROVED BY: CJ_L5-2017.dw
<br /> A
<br /> I DWG NAME: Rg
<br /> Translation north:-1,282,156.5640 ft. Note:There is a vertical plane between the Njew vertical Datum and the Local mine Datum.
<br /> Translation east:-3,240,307.3930 ft. The following points were best fit to match Loical mine Datum.
<br /> Rotation:0001'39.45" X 36,620.749 Y 28,971.406 -3-834 ft.at power pole
<br /> ............
<br /> -Y�747h x
<br /> 4787.2 X
<br /> Original north: 1,318,616.5640 ft, X 36,498.977 - Y 36,412.435 -0-25 ft.at control point 1101 AMERICAN
<br /> Original east:3,280,875.3930 ft, X 40,568.000 - Y 36,460.000 1.273 ft.at control point 1103 REFERENCE: ENVIRONMENTAL
<br /> Scale factor: 1,00148829949 X 41,733.435 - Y 28,217.937 -1.834 ft.at power pole COOPER AF-RIAL, TLICSON, AZ.
<br /> 10/07/17 1 CONSULTING,LLC.
<br />
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