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<br />1 <br /> <br /> <br /> <br />- 'i/ - <br />Table G. 6 (con!t.) <br />Covers <br />Shrub cover was determined to be 74.17. using the line-intercept <br />method. Thirty-seven transacts were taken, each with 50 one-foot <br />intervals. Relative cover for each species was as follows: <br />' oak <br />service berry - 29.37. <br />- 36.68 <br /> mountain mohogany - 27.8% <br /> chokecherry - L.2Z <br />' anowberry - 2.07. <br /> pinion -1.37. <br /> Juniper - 1.7x <br /> <br />Productions <br />Thirty-seven plots were taken to determine herbaceous production. <br />' There was vegetation in 437. of the plots. Production was 3.14g/m2 <br />perennial forba, and 1.46 g/m2 cool season perennial grass. <br />1 , <br /> <br />1 <br /> <br />1 <br /> <br /> <br />1 <br />Densit s <br />Density was determined by counting the number of stems per clump in <br />a 10 m2 plot. Seventeen plots were sampled. Shrubby density was 10 stems <br />per m2: <br />Density can also be calculated with the equations <br />c UH~4 Artg <br />dCNgilY = (C M)~lo+nl TronSecf Long4N) <br />using data Erom the line-intercept method. Density was calculated to be <br />1.2 plants/m2. This equation can be found in the Laboratory Manual of <br />General Ecology by George W. Cox, Wm. C. Brown Cosapany Publishers, 1967. <br /> <br /> <br />