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McClure Pass Slope: The long, gentle south-facing, aspen-covered <br /> slope that drops 1,750' on a 21 average slope for approximately <br /> 8,500' (1.6 miles) from the 10,555' point on the Hayes Creek <br /> divide to the 8,800' level just north of the McClure Pass or <br /> No. 133 Highway. The snow cover on this beginner-intermediate <br /> terrain would require continual mechanical maintenance and at <br /> best it can only be considered as a very marginal option due to <br /> the exposure and distance from the base area. <br /> The Lee Creek and McClure Pass segments are on another National <br /> Forest (the Gunnison portion of the Grand Mesa-Uncompaghre-Gunnison) <br /> that is headquartered in Delta. However, the ski lift tie between the <br /> Hayes Creek and Lee Creek units is obvious, and the ski patrol and <br /> lift operation procedures could be patterned after those used in the <br /> Vail "back bowls" and "Campground" trails at Snowmass. <br /> As mentioned in my 1969 abstract most of the expert terrain in the <br /> main or Bear Creek-Spring Creek segments - and there's an ever-increasing <br /> need and demand for this type - would of course involve using some of <br /> the avalanche "paths" that drop from the north side of the Hayes Creek- <br /> Coal Creek divide. The steepest pitches are in the 70 percent (35 degrees) <br /> to 75 percent range. Another example is the 10,048' "Hump" in Section 9 <br /> and the steep slopes that are bisected by the #5 mine road. The average <br /> grade here is about 50 percent with pitches in the 70 percent range in <br /> the upper half of the nearly 1,600' vertical drop. The isolated "Slot" <br /> west of the #5 mine that was mentioned earlier as a remote possibility <br /> for advanced skiers, has an average slope of 32 percent in the 2,000' <br /> drop down a relatively narrow (440' to 600' wide) corridor with a slope <br /> distance of about 6,300' . A few short pitches approach 75 percent (37 <br /> degrees) . However, a lift to serve only this slope could not be justi- <br /> fied in view of its isolation and limitations. <br /> -12- <br />