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<br />Sustainability features of this project include: <br />• Ideal location for bike commuting or walking to the University or to the immediately adjacent <br /> commercial area; <br />• Use of high-efficiency, low-emissive coated windows in vinyl frames; <br />• Traditional attic roof construction to allow gravity ventilation of heat build-up; west windows to <br /> provide solar insulation; <br />• Use of highly efficient insulation and weatherization; <br />• Most units will include gas fireplaces which allow an alternate fuel for heating, reducing reliance on <br /> hydroelectric power; <br />• Some units to use natural gas for water heating; <br />• Parking garage to use a time clock and occupancy sensors for control of efficient fluorescent lights; <br />• Use of photocell-controlled exterior lights at common areas to reduce energy and enhance safety; <br />• Use of electricity and gas metered for each unit to encourage personal conservation; <br />• Most vehicle maneuvering and parking areas will be under living units or under high canopy trees, <br /> resulting in a minimal contribution to the “heat island” effect of concrete and asphalt exposed to the sun; <br />• Waste generated in the construction process will be minimized due to designer’s familiarity with <br /> standard sizes and construction systems, and a well-integrated approach to value engineering <br /> throughout the design-build process. Builder also recycles materials. Recycling area is conveniently <br /> located; <br />• Many products produced from sustainable forestry practices, or smaller diameter, non-old growth <br /> materials will be used for construction materials; <br />• A balance between architectural interest and contextual compatibility has been sought; <br />• Indoor air quality will be enhanced by use of cabinets, doors and interior trim that are pre-finished <br /> offsite, as well as provision of more operable window areas than the code requires. Exhaust fans <br /> will be provided with timers to reduce moisture problems in units. All units will provide washers <br /> and dryers to reduce need for transporting laundry; and <br />• Landscaping will be incorporated on all sides. Plants will be selected for low water usage, ease of <br /> maintenance and aesthetic considerations. Many native species will be used. <br /> <br />There are currently three structures and four housing units on the combined property that includes both <br />the Quinney’s existing private property and the City’s West University Park site. One of the buildings is <br />on the reconfigured property that will contain the new apartments. None of the structures are identified <br />as an historic resource. The applicant did inform the City of the intent to demolish on April 28, 2006, <br />and again on May 24, 2006. This satisfies the required 60-day notification requirement. <br /> <br />The City and other local taxing districts forgo revenue when property is exempted from taxes. This <br />project proposes new construction on a property that has been partially vacant. The land continues to be <br />taxed during the exemption period. The improvements will bring substantial revenue after ten years <br />beyond what is currently being collected. <br /> <br />The neighborhood and community will gain the resource of a new park. Currently there are no city <br />parks in this neighborhood. <br /> <br />The MUPTE Standards and Guidelines require both an opportunity for the Planning Commission to <br />comment and publishing a display advertisement in the Register-Guard, followed by a 30-day comment <br />period. The display advertisement was printed on June 16, 2006. The Planning Commission received <br />notice on June 28. Staff received no negative comments and one supportive comment on this proposal <br />from the Planning Commission. <br /> L:\CMO\2006 Council Agendas\M060724\S0607242D.doc <br />