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Draft Supplemental Environmental Impact Report Page II-26 <br /> Forward Inc. Landfill 2014 Expansion Project <br /> resources due to loss of Continued recharge of extracted and treated groundwater. Although the <br /> recharge surface area. existing recharge program being carried out by Forward Inc. does not <br /> specifically address the loss of infiltration within the expansion area it is <br /> designed to generally meet the intent of the water district to minimize <br /> overdrafting. <br /> F.B. The expansion of the Less than significant. None required. Less than <br /> landfill would result in Significant <br /> the removal of existing <br /> groundwater monitoring <br /> wells. <br /> G. SOILS AND <br /> GEOLOGY <br /> G.1. Seismic shaking Proposed as Part of the Project: Less than <br /> could impair or Significant <br /> otherwise compromise The project sponsor has prepared a seismicity study for the site, with details <br /> both the existing and in Appendix D of the Geotechnical Investigation Report(Geo-Logic, 2008a, <br /> proposed (for the new 2008b) and the Geosyntec (1999)report. If the potential maximum peak <br /> expansion areas) Class II ground acceleration in the seismicity study is greater than that assumed in <br /> liner and associated the preliminary design, the final project design analysis will make <br /> leachate collection modifications needed to meet the factor of safety (determinations may be <br /> system integrity, causing subject to the approval of the CalRecycle and/or RWQCB). Impacts to the <br /> slope instability, damage new liner and drainage system installed will be monitored as appropriate <br /> to drainage features, or based on any stipulations of the CalRecycle and/or RWQCB. <br /> differential settlement of <br /> the landfill over the life <br /> of the project, or <br /> following closure. <br /> G.2. Slope instability Proposed as Part of the Project: Less than <br /> caused by an earthquake Significant <br /> could result in damage to Overall reduction—or, in some cases, elimination or improvement—of <br /> existing and proposed slope instability at the project site can be achieved through the <br />