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I 2 <br /> <br />I8 <br /> <br />I10 <br /> <br />11 <br /> <br />I 13 <br /> <br />I14 <br /> <br />Stream Protection <br />Areas <br /> <br />· 50 x <br /> <br />6. Woodlands <br /> <br />.50 x <br /> <br />?. Steep Slopes .50. x <br /> <br />8, Total Land in Resource <br /> <br />9. Subtotal (Partially Unusable Lands) <br /> <br />acres <br /> <br />10. TOTAL Resource Protection Acreage = <br /> <br />acres <br /> <br />Form C . <br /> <br />Calculating Required Open Space and <br /> Site Capacity <br /> <br />1, Base Site Area (Form A.5) <br /> <br />acres <br /> <br />2. Multiply by Open Space Ratio (.35) <br /> and subtract required buffer (Form A.4) <br /> equals Minimum Required Open Space <br /> <br />= acres <br /> <br />3. Base Site Area minus Minimum <br /> Required Open Space equals Net <br /> Buildable Site Area <br /> <br />acres <br /> <br />4. Multiply Net Buildable Site Area <br /> by Density Factor ( ) equals <br /> maximum number of dwelling' units <br /> pe rmi tted <br /> <br />4 a. Tabulate all impervious Surfaces <br /> (~ Net Buildable Site Area (i.e. <br /> buildings, walks, parking, etc.) <br /> Divide total impervious Surface <br /> figure by Base Site Area (Form A.5) <br /> <br />dwelling <br />uni ts <br /> <br />acres <br /> <br />Impervious Surface-Ratio <br /> <br />Option <br /> <br />With bonus, multiply Net Buildable <br />Site Area by Density Factor ( ) <br />equals maximum number of dwelling <br />units ~ermltted <br /> <br />~-.~,, Tabulate all impervious Surfaces on <br /> ~t Buildable Site Area (i.e. buildings, <br /> walks, parking, etc,)' <br /> Divide total impervious Surface figure <br /> by Base lite Area (Form A.5) <br /> <br />dwelling <br />units <br /> <br />acres <br /> <br /> <br />