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If implemented <br /> Potentially Suggested will impact be <br /> mitigated to an <br /> Significant Mitigation <br /> Impacts Measures level?able <br /> Public Services and Utilities <br /> Sewage Disposal <br /> 1. The feasibility of on-site sewage disposal A minimum of three percolation yes <br /> for this project will primarily be dependent tests should be performed at each <br /> upon adequate soil percolation at each site. leachfield site. These tests are <br /> Subsurface soil conditions are relatively to be made at the depth of the <br /> uniform throughout the site, however, proposed leachfield system. If <br /> percolation rates are likely to vary somewhat test results do not comply with <br /> from lot to lot. If percolation rates are County standards, an alternative <br /> near the maximum allowable, these minor to septic tanks/leachfield systems <br /> C) variations may present a constraint to use of will be required. (Applicant/ <br /> individual systems. Local Health District) <br /> 2. High concentration of nitrate-nitrogen Increase lot sizes to 2 acres Yes <br /> of 6.5 mg/1 may result from development to reduce nitrate-nitrogen <br /> of the proposed density. concentrations from 6.5 to 5.0 <br /> mg/l. (Applicant/Local Health <br /> District) <br /> Drainage and Flooding <br /> 1. The utilization of on-site retention Individual lot sizes should be Yes <br /> ponds to accommodate storm runoff could increased in size to at least <br /> adversely affect adjacent water supply wells two acres. <br /> and on-site sewage disposal systems. The <br />