🐟 Aquaculture Reform

⚠️ The Core Welfare Problems Aquaculture Reform Must Address

• Stocking density: Most farmed fish are kept at densities causing chronic stress, oxygen depletion, and behavioral suppression
• Slaughter without stunning: The majority of farmed fish worldwide are killed without prior stunning — ice-water asphyxiation, CO2, or live bleeding
• Sea lice and disease: Parasites and infectious diseases cause prolonged suffering; treatments are often stressful themselves
• Water quality: Poor dissolved oxygen, temperature extremes, and waste accumulation cause chronic physiological stress
• Handling and crowding: Regular handling for health checks, grading, and treatment causes acute stress and injury
• Enrichment deprivation: Many species have complex behavioral needs unmet in barren tank/net pen environments

🔧 Reform Pathways

1. Slaughter Reform — The Highest-Impact Priority

Improving slaughter methods is the single most tractable welfare improvement in aquaculture. The transition from ice-water asphyxiation to electrical or percussive stunning is technologically straightforward and the cost differential is manageable at scale.

2. Stocking Density Reduction

Research consistently shows welfare improvements when density is reduced. The European Commission has proposed maximum stocking density guidelines for salmon (15 kg/m³ operational, 25 kg/m³ maximum). Norway's salmon welfare regulations set operational density limits. Corporate buyers can require density certificates from suppliers.

3. Sea Lice Management Without Suffering

Sea lice management causes some of the worst acute suffering in salmon aquaculture. Reform approaches:

• Laser lice removal (Stingray Aquaculture): Optical system identifies and destroys lice with laser — no chemical stress; increasingly adopted in Norwegian industry
• Snorkel cages: Submerge salmon below the surface lice zone — mechanical prevention
• Cleaner fish welfare: Wrasse and lumpfish used to eat lice need their own welfare standards; currently largely unprotected
• Selective breeding for resistance: Some salmon strains show genetic resistance to lice attachment

4. Recirculating Aquaculture Systems (RAS)

Land-based RAS technology allows precise control of water quality, temperature, and stocking density — potentially enabling far better welfare standards than open-net pen aquaculture. Key advantages:

• Eliminates sea lice problem entirely
• Allows optimal water quality control
• Prevents disease transmission from wild fish
• Can be located near consumption centers, reducing transport
• Welfare monitoring is more feasible

Challenges: Energy-intensive; high capital cost; scaling remains difficult. Several major RAS salmon projects underway in USA, Europe, and Asia.

📋 Certification Standards: What They Cover

🗺️ Country Leadership in Aquaculture Welfare

🏢 Corporate Campaign Opportunities

Given the concentration of the seafood retail sector, corporate campaigns targeting major buyers can drive rapid supply chain improvements. Key leverage points:

• UK supermarkets: Tesco, Sainsbury's, M&S, and Waitrose collectively reach 70%+ of UK salmon consumers — their procurement decisions transform the Norwegian and Scottish salmon industry
• US foodservice: McDonald's, Darden (Olive Garden), and Compass Group are massive seafood buyers — their standards ripple through supply chains
• Sushi chains: Growing segment with strong consumer connection to fish welfare
• Pet food industry: Large buyer of fish meal and whole fish — significant welfare and sustainability implications

Aquatic Life Institute focuses specifically on corporate engagement to improve aquaculture welfare standards — a highly leveraged approach given the scale of institutional buying.

🌊 The Shrimp Problem

Shrimp farming is the highest-concern sector from a sheer numbers perspective — approximately 450 billion shrimp are farmed annually. Current welfare standards are effectively zero in most producing countries (Thailand, Vietnam, India, Ecuador, Indonesia).

• Eyestalk ablation: Removing the eyestalks of female broodstock shrimp is still standard practice to stimulate breeding — causes severe harm
• Stocking density: Intensive shrimp ponds reach 200–400 animals/m² — extreme crowding causes disease and behavioral stress
• Water quality: Ammonia accumulation, low oxygen, disease outbreaks are endemic to intensive systems
• Shrimp Welfare Project: The leading organization focused specifically on shrimp welfare — working with producers in Southeast Asia on evidence-based reforms