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Month <br />( <br />( <br />( 1 ( ( ( <br />( 1 ( ( 1 ( <br />( ( 1 ( 1 ( <br />Net <br />Evaporation <br />Adjusted for <br />Ice <br />Dust <br />Suppression <br />Aggregate Production <br />Total Depletions <br />Total Lagged Depletions <br />Year -One <br />Year -Two <br />Year -Three <br />Years Four <br />Through <br />Seven <br />Year -One <br />Year -Two <br />Year -Three <br />Years Four <br />Through <br />Seven <br />Year -One <br />Year -Two <br />Year -Three <br />Years Four <br />through Seven <br />August <br />0 37 <br />0 71 <br />0.26 <br />0 35 <br />044 <br />0 71 <br />1 34 <br />1.43 <br />1 51 <br />1 78 <br />1 25 <br />1.33 <br />1 41 <br />1 64 <br />September <br />0 25 <br />0 61 <br />0 26 <br />0.35 <br />0 44 <br />0 71 <br />1 13 <br />1 22 <br />1 30 <br />1 57 <br />1 19 <br />1 27 <br />1 35 <br />1 59 <br />October <br />0 16 <br />0 71 <br />0 26 <br />0 35 <br />044 <br />0,71 <br />1.13 <br />1 22 <br />1 31 <br />1.57 <br />1 14 <br />1 22 <br />1 31 <br />1 55 <br />November <br />0 09 <br />0 68 <br />0 26 <br />0 35 <br />044 <br />0 71 <br />1.03 <br />1 12 <br />1 20 <br />1.47 <br />1 10 <br />1 18 <br />1 26 <br />1 51 <br />December <br />0 00 <br />064 <br />006 <br />0 07 <br />0 09 <br />0 15 <br />0 70 <br />0 72 <br />0 74 <br />0 79 <br />0 96 <br />1 02 <br />1 07 <br />1 25 <br />January <br />0 00 <br />0 71 <br />006 <br />0 07 <br />0.09 <br />0.15 <br />0 76 <br />0 78 <br />0 80 <br />0.85 <br />0 87 <br />0 91 <br />0.95 <br />1.07 <br />February <br />008 <br />061 <br />0.06 <br />007 <br />009 <br />015 <br />075 <br />077 <br />079 <br />084 <br />0.85 <br />089 <br />092 <br />102 <br />March <br />0 13 <br />064 <br />0 14 <br />0.19 <br />0 24 <br />0 38 <br />0 92 <br />0 97 <br />1 01 <br />1 16 <br />0 89 <br />0.93 <br />0 97 <br />1 10 <br />April <br />0.23 <br />0 68 <br />0 15 <br />0 21 <br />0 26 <br />0 41 <br />1.06 <br />1 11 <br />1.16 <br />1 31 <br />0 97 <br />1 02 <br />1 07 <br />1 22 <br />May <br />0.32 <br />0 71 <br />0 15 <br />0 21 <br />0.26 <br />0 41 <br />1.18 <br />1 24 <br />1 29 <br />144 <br />1 06 <br />1.11 <br />1 16 <br />1 32 <br />June <br />0 42 <br />0 61 <br />0 26 <br />0 35 <br />0 44 <br />0.71 <br />1 29 <br />1 38 <br />1.47 <br />1 74 <br />1 15 <br />1 21 <br />1 28 <br />1 47 <br />July <br />0 43 <br />0 68 <br />0 26 <br />0.35 <br />0 44 <br />0.71 <br />1.37 <br />1 45 <br />1.54 <br />1.81 <br />1 22 <br />1.29 <br />1.37 <br />1 59 <br />Annual <br />1 2.47 <br />7.98 <br />r 2.21 <br />2.94 <br />3.68 <br />5.89 <br />12.65 <br />13.39 <br />14.13 <br />16.33 <br />12.65 <br />13.39 <br />14.13 <br />16.33 <br />Table 2 <br />Debeque Gravel Pit <br />Phase 1 Active Mining Water Depletions <br />(all values in acre -feet) <br />Notes. <br />1) Table 1, Column 9 Same for el of Phase 1 <br />2) (10,000 gallons per working day x number at working days on each month) / 325,851 gallons per AF Same for all of Phase 1 <br />3) 75,000 tons per year x 4% depletion x 2,000 pounds per ton x monthly production percentage / (62 4 pounds per cub¢ foot x 43,560 tuba feet per AF) <br />4) 100,000 tons per year x 4% depletion x 2000 pounds per ton x monthly production percentage /(624 pounds per cubic foot x 43,560 cube feet per AF) <br />5) 125,000 tons per year x 4% depletion x 2000 pounds per ton x monthlyproducbon percentage (624 pounds per cube foot x 43,560 cubic feet per AF) <br />6) 200,000 tons per year x 4% depletion x 2,000 pounds per ton x monthly production percentage / (62 4 pounds per cubic foot x 43,560 cube feet per AF) <br />7) Column (1)+ Coklnn (2) to Column (3) <br />8) Column (1) Column (2) + Column (4) <br />9) Column (1)+ Column (2) + Column (5) <br />10) Column (1) * Column (2) + column (6) <br />11) Column (7) lagged depletions based on results of Glover Analy woth franslnssmly = 50,880 galons per day per foot, specific yield = 0 20, and distance from cenirotd of Phase 1 pot to Colorado Rover = 906 feet <br />12) Column (8) lagged depletions based on results of Glover Analysts wdh transom¢smly = 50,880 gallons per day per foot, specific yield = 0 20, and distance from centime] of Phase 1 pot to Colorado Rover = 906 feet <br />13) Coklmn (9) legged deplebons based on results of Glover Analysis sixth transtmissxty= 50,880 gallons per day per foot specNo Neld = 0 20, and distance horn centrold of Phase 1 pot to Colorado Rover = 906 feet <br />14) Column (10) legged depletions based on results of Glover Analysis with trenserxssoorty = 50,880 gallons per day per foot, specific y eld = 0 20, and distance from centro,d of Phase 1 pot to Colorado Rover = 906 feet <br />P\ 061 -052)060 Debegue Gravel Pe \ SWSP \2012 -2013 SWSP \Updated SWSP for 2 Year Renewal\ Wrghl Water Engineers, Inc On by RMN <br />Tables Updated for 2 Year Renewal Updated Call Perod xhx 7/6/2012 Ckd by PRF <br />