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The Warner Redhill Mixed -Use Project CEQA Findings of Fact <br />detailed in Section 5.11, Population and Housing, the Project region has an existing and <br />projected future imbalance between the number of jobs and housing units. Thus, per <br />CAPCOA guidance, the addition of residential units within the area would reduce VMT <br />and the VMT-related GHG emissions. <br />• Location Efficiency: Location efficiency describes the location of a project relative to the <br />type of urban landscape such as an urban area, compact infill, or suburban center. <br />CAPCOA guidance measure LUT-2.22 describes that a reduction in VMT and the related <br />GHG emissions occurs from development within urban areas that include residential, retail, <br />office, industrial, mixed -uses, and transportation access. As described previously, the <br />Project is located in an urban infill location and would provide residential units near <br />employment, retail, and services. Additionally, the Project is located adjacent to the <br />Orange County Transit Authority (OCTA) bus lines that runs along Red Hill Avenue and <br />Warner Avenue that makes use of transit efficient. Thus, the location efficiently of the <br />Project would provide for reduced VMT and the related GHG emissions. <br />Also, according to the CAPCOA guidance, factors that contribute to VMT reductions include <br />pedestrian connectivity between the project site and off -site destinations. The Project would <br />include onsite sidewalks that would connect to the existing offsite sidewalks and bicycle lanes exist <br />in the Project vicinity. Both walking and bicycling to onsite or nearby destinations would reduce <br />transportation energy use and the related GHG emissions. Therefore, although the Project <br />Applicant and City cannot reduce GHG vehicular emissions, the Project is consistent with the <br />CAPCOA guidance for mitigating or reducing transportation related VMT from land use <br />development projects. <br />In addition, the Project incorporates various sustainable design features that would reduce GHG <br />emissions, which include: <br />• A minimum of 94 electric vehicle charging stations. <br />• Installation of drought -tolerant plants for landscaping. <br />• Installation of water -efficient irrigation systems, such as weather -based and soil -moisture - <br />based irrigation controllers and sensors, for landscaping according to the California <br />Department of Water Resources Model Efficient Landscape Ordinance. <br />• Designing buildings to provide CALGreen Standards with Leadership in Energy and <br />Environmental Design features for potential certification and would employ energy and <br />water conservation measures in accordance with such standards. This includes design <br />considerations related to the building envelope; heating, ventilating, and air conditioning; <br />lighting; and power systems. <br />• Installation of landscaping in surface parking lots to reduce heat island effect. Trees would <br />be selected and placed to provide canopy and shade for the parking lots. <br />• Implementation of a recycling program in order to meet a 75 percent minimum waste <br />diversion goal. <br />• Utilization of construction materials and interior finish products with zero or low emissions <br />to improve indoor air quality. <br />City of Santa Ana <br />May 2020 <br />