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vicinity. The IS will summarize any responses related to this effort. We assume <br /> that no issues will arise. <br /> • Conduct archival research on history of site. <br /> • Standard mitigation measures for archaeological or paleontological resources <br /> will be identified. <br /> Geology/Soils <br /> The following scope of work assumes that the City will provide a Geotechnical <br /> Investigation submitted to City by the Applicant. Consultant will conduct the <br /> following tasks: <br /> • Peer review and evaluate the Geotechnical Investigation submitted to the City <br /> by the Applicant by Consultant's professional engineer. <br /> • Report the type and magnitude of seismic activity typical in the San Francisco <br /> Bay Area, the standards to be met by proposed structures to resist damage <br /> during seismic events, and design features to be incorporated in the proposed <br /> project to comply with those standards. <br /> • Evaluate the geohazard risks from development at the project site, using <br /> available geologic and/or soils maps, published literature, and other <br /> information, reports, and/or plans. The main issue that will be analyzed is the <br /> seismic and geotechnical safety of the proposed buildings. <br /> • Assess potential project geohazard impacts in light of existing regulations and <br /> policies that would serve to minimize potential impacts. Pertinent regulatory <br /> requirements will be explicitly identified so that the nexus between regulations <br /> and minimized impacts is apparent. In general, construction of development <br /> similar to the proposed project has little or no effect on the geology of an area, <br /> but is still subject to seismic groundshaking and local soil conditions, including <br /> ground oscillation and long-term and differential settlement. Standard design <br /> and construction techniques and compliance with City standards (including <br /> applicable portions of the California Building Code and the National Pollutant <br /> Discharge Elimination System [NPDES]) typically eliminate or minimize seismic <br /> and geotechnical hazards. <br /> Greenhouse Gas Emissions <br /> Consultant will apply BAAQMD thresholds to determine the contribution of <br /> Greenhouse Gas (GHG) emissions from the proposed project and will suggest <br /> reduction measures necessary to either meet regulatory requirements or reduce <br /> emissions to the greatest extent possible. GHG emissions of construction and <br /> operation of the project will be determined based on BAAQMD methodology and <br /> guidance. Consultant will conduct the following tasks: <br /> • Describe climate change concepts, the science that supports these concepts, <br /> and each GHG as well as the project's contribution to the formation of these <br /> gases. <br /> • Describe the current regulatory setting. <br /> � Obtain all relevant project and site background information including base <br /> graphics showing site vicinity, proposed project, and adjacent land uses; and <br /> traffic generation within the project-specific traffic study. <br /> ATTY/AGR/2012.154/24 HOUR CONTRACT/ATKINS NORTH AMERICA <br /> REV:09-19-12 JS <br /> Page 14 of 26 <br />