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Inventory & Evaluation February 6, 1979 <br />Ed Bryant Page 1 <br />SW1/4 SW1~L: Sec. 31, T11S, R65W <br />MAPPING SYNIDOL SOIL RANGE SITE HYDROLOGIC <br />GROUP <br />RO-B Peyton sandy loam, 1 to 596 elopes Sandy divide B <br />RO-D Peyton sandy loam, 5 to 996 elopes Sandy divide B <br />RO-B Peyton sandy loam, 1 to 596 elopes <br />Non-irrigated Land Capability Unit - IVs <br />The Peyton aeries consists of deep, dark, well-drained soils. <br />The surface layer, 6 to 14 inches thick, ie a sandy loam. <br />The subsoil, 15 to 20 inches thick, is a sandy clay loam. <br />Underlying material is a sandy loam and extends to a depth of <br />60 inches or more. Water intake rate is moderate and water <br />holding capacity is high. <br />RO-D Peyton sandy loam, 5 to 996 elopes <br />Non-irrigated Land Capability Unit - IVs <br />This mapping unit is similar to RO-B except for the percent of <br />slopes. <br />Sandy Divide Good winter snow cover followed by early spring showers and <br />scattered heavy summer thunderstorms give this site a high <br />potential for productive forage growth. Production reaches ae <br />high ae 2$00 pounds per acre, air-dry, in favorable years. <br />Mountain mutely, little bluestem, needle-and-thread and Arizona <br />fescue, combined with lesser percentages of Prairie sendreed, <br />and big bluestem make up s major portion of the vegetative <br />cover. This site ie subject to invasion by Kentucky bluegrass. <br />and Gambel oak. <br />SEEDING RECOMMIIIDATIONS: <br />Seedbed Preparation <br />1.) Remove all rocks, trash and other debris from the soil surface that will <br />interfere with seeding, site utilization and maintenance. <br />2.) Areas of fill soil end other loose soils should be firmed. This usually <br />requires irrigating end cultipacking, end additional fill Boil in the <br />low areas. These steps should be repeated until the area is smooth, firm <br />and free from settling. <br />3.) Till the ground to a depth of 4 to 6 inches. <br />