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2015-03-16_PERMIT FILE - C1981008A (3)
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2015-03-16_PERMIT FILE - C1981008A (3)
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Last modified
8/24/2016 5:58:24 PM
Creation date
6/3/2015 10:46:56 AM
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Template:
DRMS Permit Index
Permit No
C1981008A
IBM Index Class Name
Permit File
Doc Date
3/16/2015
Doc Name
Vegetation Information
Section_Exhibit Name
Section 2.04.10 Vegetation Information NH2 Mine Area
Media Type
D
Archive
Yes
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scattered remnants of these native vegetation types in areas where soils are too shallow or <br />irrigation water could not be applied. Prior to agricultural conversion sagebrush shrublands <br />occupied the park -like areas with deeper soils and more gentle slopes while the more broken <br />upland areas with shallow coarse textured soils were occupied by the pinyon - juniper <br />woodlands. Since deeper soils are common in the study area, the sagebrush shrubland was <br />probably the predominant vegetation in the native landscape. Western settlers desiring to <br />convert native rangeland to agricultural ground, selected areas dominated by sagebrush <br />because these areas contained the deeper more desirable soils and more gentle slopes. <br />The incorporation of the Colorado Cooperative Company in 1894, completion of the Colorado <br />Cooperative Ditch in the early 1900's, and establishment of the Nucla community during the <br />same period were the driving forces resulting in the change from the semiarid natural <br />vegetation types to lands dedicated to irrigated agricultural production. The present landscape <br />and land use on First Park, and Second Park to the north across Tuttle Draw, reflects years of <br />development and management for irrigated hay, pasture and crop production. The irrigation <br />system reflects the typical mountain -type flood irrigation systems using gravity flow ditches, <br />laterals, and cut -outs to insure coverage over the irregular topography. The system is effective <br />in terms of irrigation water transport and application, and is dependent on inputs of manpower, <br />adequate water supplies, efforts by managers, and reuse of tail water by downfield operators <br />to insure adequate production. Levels of production vary greatly with the amount and degree <br />of inputs. Deeper soils on landforms that are less steep and more uniform enhance irrigation <br />water management with consequent benefits to production. <br />August 2013 (PR 08) 2.04.10 -8 <br />
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