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• <br />C~ <br />• <br />`J <br />• <br />Continued culCivation to control competing ve~;e ion sl.~•.:L3 be prnctic~ci <br />for as many years as possible following planting. Trees that are best II <br />suited and have good survival are Rocky Mt, juniper, eastern redcedar, <br />ponderosa pine, Siberian elm, Russian olive and hackberry. Shrubs best <br />suited are skunkbush sumac, lilac, Siberian peashrub and Amr_rican plum. <br />Wildlife is an important secondary use, with these soils be:;t suited for <br />openland and rangeland wildlife. In cropland areas, habitat favorable for <br />ring-necked pheasants, mourning doves, and many non-game species can be <br />developed by establishing wildlife areas for nesting and escape cover. <br />For pheasants, the inclusion of undisturbed nesting cover is vital and <br />should be included in plans for habitat development: this :is especially <br />true in areas of intensive agriculture. Rangeland wildlife, exemplified <br />by the pronghorn antelope, can be assisted and encouraged b~c development <br />of livestock watering facilities, proper livestock grazing management, <br />and range reseeding where needed. <br />This Kim soil has a good potential for urban and recreation:31 development. <br />Increased population growth in the area (county) has resulted in increased <br />home site construction. The primary limiting soil feature :=or urban <br />development and road construction is the sails limited ability to <br />support a load. Septic tank absorption fields will function properly, <br />however, community sewage systems ahould be provided if the population <br />density is increased. The permeability of the substratum rniy require <br />sewage lagoons to be sealed. Lawns, shrubs and trees for beautification <br />will do well. <br />Capability subclass IIIe irrigated I <br />IVe nonirrigated <br />Loamy plains range site <br />