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' <br /> - 3 - <br />' WATER USE <br /> Historic Water Use <br />' Exhibit C illustrates the present land use on thf: <br /> dredging area. In past years the portion of the area west <br />' of the Lowline Ditch was part of a cattle feedlot. Since <br /> the end of this use the area has been partially coverf~d with <br /> grass, weeds and low shrubs. The remainder of the area is <br /> comprised of bare soil and three lake surfaces. Two :small <br /> lake surfaces resulted from previous mining in the arr:a. <br />' The largest resulted from the removal of manure and topsoil <br /> from the area. The lakes have a combined surface areas of <br />' S.7 acres. <br /> There has been no irrigation of the dredging areas in <br />' the past. Historic water use on land surfaces in the area <br /> has been limited to the evaporation and evapotranspir,stion <br />' of precipitation. Evaporation from the three Iakes is the <br /> area exceeds precipitation. The water evaporated in :xcess <br /> of precipitation is derived from the ground water res~~urces <br /> in the area. <br />' Future Water Use <br /> <br /> <br /> <br />1 <br /> <br /> <br /> <br /> <br />Exhibit F illustrates the future land configuration in <br />the dredging area. Land surfaces in the area will be graded <br />and seeded with vegetation which will not require long term <br />irrigation. Temporary irrigation may be required, however, <br />to establish the vegetation. Ultimately the water use on <br />the land surfaces will be limited to precipitation. The <br />future water use on land surfaces will be approximately equal <br />to the historic water use on the surfaces. <br />Dredging operations will result in the excavation of <br />two lakes on the area which will have a total surface area <br />of 32.65 acres. Evaporation form 5.7 acres is offset by <br />the existing lakes on the area. The amount of water which <br />Leonard Rice Consulting Water Engineers. Inc 16 <br />