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Month <br />istorical <br />Diversions <br />(ac -ft) <br />[1] <br />Ditch <br />Loss <br />(ac-ft) <br />[la] <br />Farm <br />Delivery <br />(ac -ft) <br />[lb] <br />Surface <br />Runoff <br />(ac -ft) <br />[ <br />Consumptive <br />Irrigation <br />Requirement <br />(ft) <br />[3] <br />Consumptive <br />Irrigation <br />Requirement <br />(ac -ft) <br />[ <br />Consumptive <br />Use (CU) <br />per StatcCU <br />(ac -ft) <br />1 <br />To <br />Groundwater <br />(ac -ft) <br />[6] <br />Glover <br />Lagging <br />Factors <br />( ) <br />1 <br />Lagged <br />Groundwater <br />Return Flow <br />(ac -ft) <br />181 <br />Total <br />Return <br />Flow <br />(ac -ft) <br />1 <br />'istorical <br />Stream <br />Depletion <br />(ac -ft) <br />1 <br />istorical <br />Stream <br />Accretion <br />(ac -ft) <br />[t1] <br />istorical <br />Stream <br />Depletion <br />(ac -ft) <br />[ <br />' istorical <br />Stream <br />Accretion <br />(ac -ft) <br />[13] <br />Feb <br />0.01 <br />2.82 <br />2.82 <br />2.82 <br />1.74 <br />Mar <br />0.01 <br />2.72 <br />2.72 <br />2.72 <br />1.68 <br />Apr <br />43.45 <br />4.35 <br />39.11 <br />7.82 <br />0.14 <br />12.52 <br />9.65 <br />21.64 <br />0.07 <br />I6.00 <br />23.83 <br />15.28 <br />9.44 <br />May <br />126.33 <br />12.63 <br />113.70 <br />22.74 <br />0.34 <br />30.40 <br />29.42 <br />61.54 <br />0.19 <br />46.96 <br />69.70 <br />44.00 <br />27.17 <br />Jun <br />127.98 <br />12.80 <br />115.18 <br />23.04 <br />0.58 <br />51.85 <br />50.73 <br />41.41 <br />0.19 <br />45.88 <br />68.92 <br />46.26 <br />28.56 <br />Jul <br />128.35 <br />12.83 <br />115.51 <br />23.10 <br />0.67 <br />59.90 <br />56.34 <br />36.07 <br />0.16 <br />40.05 <br />63.I5 <br />52.36 <br />32.33 <br />Aug <br />97.86 <br />9.79 <br />88.07 <br />17.61 <br />0.55 <br />49.17 <br />43.66 <br />26.80 <br />0.14 <br />34.18 <br />51.80 <br />36.27 <br />22.40 <br />Sep <br />65.15 <br />6.52 <br />58.64 <br />11.73 <br />0.33 <br />29.50 <br />25.98 <br />20.93 <br />0.08 <br />19.91 <br />31.64 <br />27.00 <br />16.67 <br />Oct <br />55.34 <br />5.53 <br />49.81 <br />9.96 <br />0.07 <br />6.26 <br />5.11 <br />34.74 <br />0.07 <br />17.64 <br />27.60 <br />22.21 <br />13.71 <br />Nov <br />0.03 <br />8.35 <br />8.35 <br />8.35 <br />5.16 <br />Dec <br />0.02 <br />4.86 <br />4.86 <br />4.86 <br />3.00 <br />Jan <br />0.02 <br />3,73 <br />3.73 <br />3.73 <br />2.31 <br />Total <br />644.47 <br />64.45 <br />580.02 <br />116.00 <br />2.68 <br />239.59 <br />220.88 <br />243.13 <br />1.00 <br />243.13 <br />359.14 <br />243.38 <br />22.49 <br />150.27 <br />13.89 <br />Table 2 <br />Transit Mix - Grisenti Gravel Pits <br />Distorical arigation Summar0 <br />Full 89.4 Acres 55.2 Acres Pro Rata <br />Notes: <br />[1] Based upon analysis of Lestcr- Attebcry Ditch daily diversions between 1950 - 2006, pro -rated based upon percent ownership of each of the three water rights totaling 9.1 cfs. <br />[la] Ditch Loss equals 10 of diversions, [1] 0.1. <br />[lb] Farm Delivery equals diversions minus ditch loss, [ 1] - [la]. <br />[2] Surface Runoff equal to 20 percent of farm delivery [lb] • 0.2. <br />[3] Based upon Modified Blaney- Criddie analysis with an elevation adjustment for the Grisenti crop mix of primarily alfalfa, and climate records from the Canon City weather station from 1950 - 2006, as <br />computed in StatcCU. <br />[4] Distorical irrigation on Grisenti Ranch averaged 89.4 acres between 1950 and 2006, based upon aerial photo delineation and consistent with information provided by Mr. Grisenti. <br />[5] CU results from StateCU analysis. <br />[6] Equals [lb] - [2] - [5]. <br />[7] Lagging factors based upon a steady -state Glover analysis using the following parameters: D (weighted) TI700 feet, T G40,000 gpd/11, and s 0.087. <br />[8] Lagged Groundwater Return Flow equals annual amount To Groundwater distributed monthly using the Glover Factors, [6 Total] x [7 Monthly]. <br />[9] 'Total Return Flow equals Surface Runoff + Lagged GW Return Flow, [2] + [8]. <br />[10] istorical Stream Depletion equals istorical Diversion less Total Return Flow, [lb] - [9]Cif positive, else [ ro. <br />[11] istorical Stream Accretion equals Total Return Flow less istorical Diversion , [9] - [Ib]Gf positive, else Caro. <br />[ 12] Based upon Phase 1 and partial Phase lI mining removing 55.2 acres of irrigated acreage, [ 10] • 55.2/89.4. <br />[13] Based upon Phase 1 and partial Phase 11 mining removing 55.2 acres of irrigated acreage, [11] • 55.2/89.4. <br />BBA <br />watetwn.7t.nt. BISHOP-AROCOEN ASSOCIATES. INC <br />RECEIVER <br />►'rw 052012 <br />•r/A; $-11.1 RESOLFCES <br />St 1TE ENGINEER <br />COLO. <br />Prxud Oa I tan01I P18 <br />• <br />