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SOIL CONDITIONS. Certain soils in the Township have poor building develop- <br /> ment potential. The extreme eastern portion of the Township along the <br /> Durham County line and the area know as the "southern triangle" contain <br /> soils which have limitations for development because of erodability, shallow <br /> depth to bedrock and high runoff potential. The University Lake watershed <br /> area is comprised of generally poor soils in ter nm of development potential . <br /> North of Chapel Hill and Carrboro soils are more suitable for various types <br /> of development. Similar to steep slopes, poor soil conditions do not neces- <br /> sarily represent prohibitive constraints on development. Rather, they indi- <br /> cate the need for appropriate design standards. <br /> PLAN FRAMEWORK AND ANALYSIS <br /> Organizing Concepts <br /> The following Township statements represent the organizing concepts around <br /> which the Land Use Plan for Chapel Hill Township is constructed: <br /> 1) The urbanizing areas of the Towns are the major growth centers <br /> in the Township. The " fill" of existing urban areas is the <br /> guiding principle upon which the Chapel Hill Township Plan is <br /> based. "Infill" development of suitable vacant land within the <br /> Towns at existing or projected densities as set forth in the <br /> Towns' 19.77 Land Use Plans should be encouraged. <br /> 2) The more intensive land uses are most appropriately located within <br /> the Towns and then within the areas adjacent to the Towns likely <br /> to become urban. <br /> 3) The rural residential and agricultural character of the Township <br /> outside the Towns and adjacent transition areas should be main- <br /> tained. <br /> 4) The existing open space system in Chapel Hill Township, which in- <br /> cludes the Duke Forest Lands, the UNC buffer around University <br /> Lake, the Morgan Creek Wildlife area, and existing agricultural <br /> and forest land, should be protected from intrusion by incompatible <br /> land uses. <br /> 5) University Lake water supply watershed should be developed in a <br /> manner which will protect the quality of the water supply. Very <br /> low density residential, low intensity commercial and agricultural <br /> land uses are appropriate in this area. <br /> Population Projections and Land Requiremtnts: 1980-2000 <br /> One of the initial and fundamental steps in the land use planning process <br /> is the calculation of the amount of land required to accomodate projected <br /> growth in an area. Generally, the amount of land required for residential <br /> and associated non-residential and commercial uses is directly related to <br /> the size of the population. <br /> However, the forecast of the amount of land required to accomodate future <br /> population growth must rely upon both a projection of future population <br />