BLACK ABALONE REPRODUCTION INVESTIGATION: FACILITATING CRITICAL HABITAT EXEMPTION AT SAN CLEMENTE ISLAND FOR ENHANCED FLEET READINESS AND UNBURDENED TESTING AND TRAINING

The Commander Pacific Fleet (COMPACFLT) has announced a funding opportunity for research aimed at understanding the reproductive biology of black abalone (Haliotis cracherodii) through a cooperative agreement, under the auspices of the San Clemente Island Integrated Natural Resource Management Plan. The proposal seeks applications for research focusing on various aspects of abalone reproductive biology, utilizing red abalone (Haliotis rufescens) as surrogates. Key objectives include using non-invasive ultrasound to evaluate gonad development influenced by temperatures and diets, inducing spawning techniques, and assessing larval fitness and environmental impacts on cultured larvae. The funding totals approximately $367,721, divided across a base period and three option periods, each lasting 18 months. Eligible applicants include Cooperative Ecosystem Studies Unit Californian partners meeting specific federal requirements. Responses must address application structure and review criteria focused on personnel credentials, scientific approach, and pricing. The due date for applications is August 4, 2025, with awards to be notified by August 25, 2025. The announcement emphasizes ecological conservation and the recovery of endangered black abalone populations while aligning with federal regulations and policies.

The FY25 Statement of Objectives outlines a cooperative agreement for investigating black abalone reproductive biology at San Clemente Island to support fleet readiness and conservation efforts. Black abalone, classified as endangered due to severe population declines from withering syndrome, requires focused research on their reproductive development and larval recruitment to alleviate federal restrictions that could hinder Navy operations. This project aims to utilize red abalone as a surrogate to assess the effects of environmental factors like temperature and pH on reproduction, and it involves four key tasks: monitoring gonadal development, spawning techniques, larval culture evaluation, and environmental adaptability studies. The agreement is structured into a Base Period comprising two tasks, and three option periods for extended research as funding allows. The proposal emphasizes the importance of data collection, reporting, and compliance with safety regulations, ensuring that all findings will inform recovery strategies for black abalone and support ongoing Navy missions. Key personnel qualifications required for compliance include advanced degrees in relevant scientific fields and extensive research experience. Overall, this initiative integrates marine conservation with military resource needs, promoting sustainable practices while safeguarding an endangered species.