English Meadow Beaver Conservation Translocation

The English Meadow Beaver Conservation Translocation project aims to re-establish a self-sustaining breeding population of North American beavers in the Middle Yuba River watershed of California, specifically within English Meadow, over a three- to five-year timeframe. Beavers will be captured from healthy source populations, undergo quarantine, and be released into the valley watershed with each individual uniquely tagged and a subset fitted with transmitters for ongoing monitoring. The project’s success will be evaluated through long-term tracking of population dynamics and broader ecosystem impacts, including enhanced groundwater recharge, improved baseflows, restoration of wetlands and riparian habitats, increased habitat complexity for other species, and the creation of functional wetland systems that serve as wildfire buffers and improve ecological resilience. The initiative is being led by the California Department of Fish and Wildlife’s Wildlife and Fisheries Division, operating under categorical exemptions under California Code of Regulations Title 14 Sections 15307 and 15308, which acknowledge its nature as a minor environmental restoration activity. No formal solicitation number, pricing details, contract type, or competitive procurement structure is present, indicating this is an agency-led conservation effort rather than a competitive federal contract. The project’s implementation and monitoring are overseen by Valerie Cook, the Environmental Program Manager, who serves as the primary point of contact, with Morgan Kilgour, Regional Manager, having executed the project’s formal approval. No standard Federal Acquisition Regulation clauses, payment terms, accounting codes, invoicing methods, inspection protocols, or contractor evaluation criteria are specified, as the undertaking does not follow a traditional federal contracting framework. Instead, it operates as a state-managed environmental restoration program with no formal bidding process, subcontracting requirements, or commercial deliverables. The focus remains entirely on ecological outcomes rather than contracting logistics, with performance measured through field observations and ecological monitoring rather than contractual inspection or acceptance criteria. The project reflects a commitment to habitat restoration through the strategic reintroduction of a keystone species, leveraging modern tracking technology to ensure data-driven outcomes and long-term ecological benefits within the California landscape.