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ATTY/RESO.0034/PC RESO RECOMMENDING CEQA APPROVAL – 505 E. BAYSHORE – EXHIBIT A <br />REV: 05-12-23 JB <br />Page 29 of 30 <br />commercial development on the property. The alternative project could potentially be similar <br />in scale to or larger than the proposed development, as allowed under the General Plan. To the <br />extent more intense development were to be proposed beyond what is currently pending with <br />the subject project application, construction and operational effects could be increased. <br />Additionally, this alternative would not provide affordable housing to the City; therefore, the <br />City Council hereby finds that the No Project – Existing Plans and Policies Alternative is not <br />feasible. <br /> <br />Findings Relating to Design Alternative – Removal of Cantilevered Portions of Public Trail <br />As described in Section 3.4 Biological Resources, portions of the trail would be cantilevered to <br />overhang 0.04 acre (or roughly 1,742 square feet) of muted tidal marsh habitat. Although these <br />portions of the trail would not result in direct impacts to the habitat from grading or construction <br />activities, shading from the cantilevered structures would result in long-term degradation of <br />this habitat, which provides potential foraging habitat for salt marsh harvest mice and salt marsh <br />wandering shrews. This habitat is of low quality due to its small size and isolation from higher <br />quality marsh habitats to the north, but it is possible that individual salt marsh harvest mice and <br />salt marsh wandering shrews occur here. Due to the rarity of the salt marsh harvest mouse and <br />salt marsh wandering shrew, project impacts to their habitat would be considered significant, <br />even though the existing habitat is of low quality. <br /> <br />Eliminating the cantilevers structures would avoid the impact to muted tidal marsh habitat. It <br />should be noted that this impact would be reduced to a less than significant level under the <br />currently proposed project with implementation of mitigation measures (MM BIO-5.1). This <br />alternative would still meet all project objectives but would reduce passive recreational <br />opportunities for users of the trail by eliminating areas for resting, gathering, and viewing the <br />San Francisco Bay. Additionally, removing the cantilevered portions of the trail may require a <br />reduction to the width of the trail in some locations, which could result in inconsistencies with <br />BCDC requirements for trail design; therefore, the City Council hereby finds that the Design <br />Alternative – Removal of Cantilevered Portions of Public Trail is not feasible. <br /> <br />Findings Relating to Reduced Scale Alternative <br />The majority of the project’s impacts are a result of general development activity that would <br />occur with nearly any project on the site, regardless of size (Impacts BIO-1 through BIO-4, <br />Impact BIO-6, and Impacts HAZ-2 and HAZ-2). However, impacts related to VMT (Impact <br />TRN-2) and construction air quality emissions (Impact AIR-1) could potentially be reduced by <br />reducing the scale of the project. The City’s Transportation Analysis Manual identifies the <br />screening threshold to result in a less than significant VMT impact for multi-family residential <br />projects as roughly 20 units. Reducing the scale of the project to 20 or fewer units, therefore, <br />would place the project below the City’s screening threshold, avoiding the need to mitigate the <br />project’s VMT impacts. It should be noted that this impact would be reduced to a less than <br />significant level under the currently proposed project with implementation of mitigation <br />measures (MM TRN-2.1). Implementation of Reduced Scale Alternative would avoid the need <br />for mitigation for project-related VMT impacts and may avoid impacts to muted tidal marsh by <br />allowing for a redesign of the proposed public trail. However, this alternative would still be <br />required to implement mitigation measures for all other identified impacts on the site. This <br />alternative would meet most of the project objectives, albeit to a lesser degree than the proposed