Avalon Homes Subdivision

The Avalon Homes Subdivision project involves the development of up to 65 residential units on an 8.75-acre portion of a 38.33-acre property in Oxnard, California, with the land being divided into 17 residential lots and five open space lots. The tentative tract map provides for either 15 single-family homes or 30 duplexes on 15 lots, plus two additional lots designated for 35 clustered condominium units. The project is managed by the City of Oxnard as the lead agency, with planning oversight and environmental compliance governed under the California Environmental Quality Act (CEQA). All development activities must adhere to strict environmental mitigation measures outlined in the approved Mitigation, Monitoring, and Reporting Program, including ecological restoration with a two-to-one habitat replacement ratio, five-year maintenance of restored areas, and compliance with California Green Building Code, Tier 4 emissions standards for equipment, and NPDES stormwater regulations. Dust control, sediment management, wildfire hazard reduction, and passive energy design are mandatory, with all work subject to inspection and final acceptance by the City of Oxnard. No federal contract clauses, pricing data, award evaluation factors, or procurement-specific administrative details are included, as this is a local land-use and environmental planning initiative rather than a federal procurement. The sole point of contact for project-related inquiries is Jamie Peltier, Planning Supervisor with the City of Oxnard Planning Division. Financial terms, payment mechanisms, and contract value are not defined in the available materials, and no federal acquisition regulations, contract administration data, or offeror certifications are applicable or referenced. The project’s procedural foundation lies entirely in state and local environmental law, with performance obligations tied to ecological outcomes, regulatory compliance, and municipal approval processes rather than competitive bidding or federal contracting frameworks.