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The project developer shall undertake a detailed, design-level geotechnical in- <br />visitation and, based upon this investigation, shall submit adesign-level report <br />with the tentative subdivision map that incorporates and further develops the <br />conclusions and recommendations of the existing planning/development level <br />geotechnical report and the comments and recommendations provided by the <br />City's peer review geologist/geotechnical engineer. The report shall be subject to <br />the review and approval by the City Engineer before the Planning Commission's <br />action on the tentative subdivision map. <br />• To ensure that existing landslides are properly identified, repaired, and areas of <br />unstable soils are stabilized, the report shall evaluate each lot for geotechnical <br />suitability. If unstable soils and/or slopes could affect areas within designated lot <br />boundaries, these areas shall be clearly demarcated on an engineering geologic <br />map and repaired prior to issuance of building permits. <br />• The project developer shall arrange and pay for a geotechnical engineer to <br />inspect and approve all subdivision improvements including, but not limited to, <br />retaining walls, drainage improvements, geotechnical mitigations, etc., during <br />construction to ensure that the recommendations have been properly <br />incorporated into the development. The geotechnical engineer shall be present <br />on site during grading and excavation operations. The results of the inspections <br />and the as-built conditions of the project shall be certified in writing by the <br />geotechnical consultant for conformance to the approved plans and geotechnical <br />report and shall be submitted to the City Engineer for review and approval prior <br />to the sale of the lots. <br />• The lot-specific building developer shall arrange and pay for a geotechnical <br />engineer to inspect and approve all building site improvements including, but not <br />limited to, foundations, retaining walls, drainage improvements, geotechnical <br />mitigations, etc., during construction to ensure that the recommendations have <br />been properly incorporated into the development. The geotechnical engineer <br />shall be present on site during grading, excavation, and construction operations. <br />The results of the inspections and the as-built conditions of the project shall be <br />certified in writing by the geotechnical consultant for conformance to the <br />approved plans and geotechnical report and shall be submitted to the Chief <br />Building Official for review and approval prior to the inspection. This statement <br />shall appear in the design guidelines. <br />• The project developer shall create a Geologic Hazard Abatement District (GRAD) <br />for the development covered by this approval. The project developer shall be <br />responsible for preparing all necessary documentation to create the GRAD, <br />including any expenses incurred by the geotechnical engineer for the preparation <br />of the GHAD. The developed project site -privately-owned and City-owned - <br />shall be maintained through an ongoing Slope Management Program (SMP) and <br />a Plan of Control (POC), administered by the GHAD. The project developer shall <br />Page 28 of 45 <br />