Research and Extension
The National Aquaculture Association has identified critical research and Extension priorities that would be beneficial to all U.S. aquaculture farmers.
In 2024, NAA conducted a survey of farm and association members to produce a comprehensive Aquaculture Research Priorities document. The guidance and specific priorities highlighted in this document should be used by Extension specialists, researchers and grant organizations to focus funding, projects and communications and maximize the benefit to U.S. aquaculture farmers.Â
Strengthen the Land Grant cooperative extension services.
Farms require aquaculture Extension specialists who possess in-depth familiarity with individual farms and have nurtured close working relationships with the farming community.
Aquaculture Extension specialists should:
Collaboratively manage research yield verification trials on farms to verify that research results will hold up under commercial conditions.
Actively engage with the aquaculture research community to ensure that the researchers focus their proposals and research programs on real, applied problems on farms.
Assist farmers to understand regulations and anticipate regulatory changes.
USDA must strengthen aquaculture Extension services by conducting frank discussions with land-grant universities to increase base Extension support for aquaculture producers, especially in major aquaculture-producing states, with priority given to Extension programming, not grant writing.
Aquatic animal selection and domestication
Achieve the complex goals of improved growth, health (including disease resistance), and yield within different production systems using agricultural biotechnology (traditional selection, hybridization, or genetic modification) that may include sterility to reduce environmental risk or achieve desirable growth and yield characteristics.
- Candidate species evaluation.
- Production system domestication optimizing growth, health, and yield through:
- Selection.
- Hybridization.
- Sterility.
- Genetic modification.
Aquatic animal selection and domestication to achieve the complex goals of improved growth, health (including disease resistance) and yield within different production systems using agricultural biotechnology (traditional selection, hybridization, or genetic modification) that may include sterility to reduce environmental risk or achieve desirable growth and yield characteristics.
Aquatic Animal Health Management
Implement risk-based health assessment and management practices to protect and support the care and growth of farm-raised aquatic animals and to prevent pathogen introduction, spread, or release.
Aquatic animal health management encompasses animal physiology, farm management, diagnostic and treatment options, health professional education and training, life stage nutrition and feed quality, optimizing plant derived nutrition, epidemiology, and risk management (farm and livestock insurance).
Health management:
- Farm management.
- Veterinarian and fish health professional – education and training.
- Therapeutant development and testing – vaccines and medicines.
- Anti-microbial risk assessment.
- Risk management:
- Insurance.
- Pathogen horizon scanning.
- Zoonotic pathogens.
- Animal Nutrition:
- Live feeds – larval nutrient delivery system
- Nutrient retention
- Palatability
- Production system specific feeds
- Life stage specific feeds
- Plant-based feed optimization
Environmental management, on- and off-farm, should integrate production system design, construction, management, and maintenance to provide optimum growing conditions, animal pathogen and pest protection, confinement, water conservation, eco-friendly materials and coatings, feed production, and minimal off-farm effects.
- Production system design, management and maintenance:
- Effluent reduction and treatment.
- Water quality.
- Water conservation.
- Off-flavor mitigation.
- Alternative materials and coatings – biodegradable, anti-biofouling, eco-friendly production gear, containers and packaging.
- Crop pest management:
- Predator and pest control (vertebrates and invertebrates).
- Parasite control.
- Nuisance plant and invasive species control.
- Escape
- Feed production:
- Low environmental footprint US grains.
- Pellet stability to minimize nutrient discharge.
Hatchery, production, species, and transportation system economic feasibility evaluations, energy source selection, and workforce development focused on production efficiency and intensification through robotics and instrumentation while keeping innovation real and grounded through economic analysis.
- Robotics
- Production intensification
- Instrumentation:
- Environmental parameter and biomass monitoring.
- Livestock inventory.
- Farm security surveillance.
- Harmful algal bloom detection/quantification.
- Economics:
- Business planning.
- Production system evaluation.
- New species evaluation.
- Alternative energy source evaluation.
Increase market value by informing: 1) new farm planning or existing operation expansion, 2) candidate species evaluation to appreciate pricing, product forms, and demand and 3) enhance consumer valuation and product value through consumer education, value-added processing, or attribute labeling.
- Consumer Education.
- Market Evaluation and Reporting.
- Product Development and Promotion.
- Enhancing product value through processing efficiencies, value-added processing, and establishing Aquaculture Organic Standards.