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<br />lJ.C\~';5") <br />v ._~. .:... ~~ l.) <br /> <br />Table A Identified Needs for 23 Sample Irrigation Systems 11 <br />Missouri River Basin, Colorado <br /> <br />Item <br />Canal <br />Reservoir Imp. <br />Lining <br />Pipeline <br />Diversion Structures <br />Water Cont. Str. <br /> <br />Unit <br /> <br />Ident ifi ed Need <br /> <br />No. <br />Miles <br />Miles <br />No. <br />No. <br /> <br />6 <br />109 <br />10 <br />10 <br />1,002 <br /> <br />Onfarm <br />Ditch Lining <br />Pipeline <br />Water Cont. Str. <br />Land Leveling <br />Irr. Water Mgt. Z/ <br />Convert Irr. Meth~dlI <br />Cons. Crop System1l <br /> <br />Mil es <br />Mil es <br />No. <br />Ac. <br />Ac. <br />Ac. <br />Ac. <br /> <br />310 <br />169 <br />1,275 <br />17,550 <br />264,199 <br />13,500 <br />6,500 <br /> <br />1/ Sample of 25 percent of predominantly surface water supplied systems. <br />Z/ This is a non-structural practice involving improvements such as: <br />irrigation scheduling, time of irrigation set, optimum stream size, <br />and/or tailwater management. <br />1/ Change from surface systems to sprinkler systems, cablegation and <br />surge irrigation. <br />AJ Non-structural practices of management of crop residues. <br /> <br />- 7 - <br /> <br />'~" <br />~, <br /> <br />