FUTURE PROOFING SHRIMP PRODUCTION

The report advocates for 'controlled intensification' in shrimp aquaculture to replace unsustainable extensive farming. It proposes three accelerators—widespread technology use, intentional capital direction, and democratization of knowledge—to achieve conversion-free production and resource efficiency. The document outlines a three-phase innovation pathway (Predict and Control, Optimize, and Breakthrough) and emphasizes the role of long-term contracts and impact investing in scaling these systems.

• Controlled intensification is presented as a sustainable alternative to extensive farming, balancing profitability with disease mitigation and reducing the environmental burden per unit of production.
• The report identifies a significant underutilization of land in global shrimp farming, noting that 54% of the 2.4 million hectares of shrimp farms produce 94% of the global supply, while the remaining 46% of land produces only 6%.
• High-intensity production systems could potentially meet global shrimp demand using only 42,622 hectares, which is approximately 2% of the 2,131,100 hectares estimated to be in use as of March 2018.
• The report proposes a three-phase technological innovation pathway: first, 'Predict and control' to stabilize crops and mitigate disease; second, 'Optimize' to improve resource and cost efficiency; and third, 'Breakthrough' to reshape the industry through advancements like genome decoding.
• Disease outbreaks in the Asian shrimp sector have caused an estimated $20 billion in lost income globally, with survival rates often hovering around 60% compared to over 90% in mature systems.
• Long-term contracts are recommended as a tool for buyers and retailers to stabilize supply and help farmers secure loans, with estimates that farmers can borrow up to 40% of a contract's estimated value in working capital.
• A pilot project by the conservation finance group Rare in Indonesia demonstrated that converting extensive farms to intensive pools with aerators increased yields eleven-fold and revenues fourteen-fold, while more than doubling farmer incomes.

APA

WWF International (n.d.). FUTURE PROOFING SHRIMP PRODUCTION. https://www.worldwildlife.org/documents/153/8asymp9pvq_WWF_Accenture_Future_Proofing_Shrimp_Production_vF.pdf

Chicago

WWF International. FUTURE PROOFING SHRIMP PRODUCTION. n.d. https://www.worldwildlife.org/documents/153/8asymp9pvq_WWF_Accenture_Future_Proofing_Shrimp_Production_vF.pdf.

Wikipedia

{{cite report |author=WWF International |title=FUTURE PROOFING SHRIMP PRODUCTION |url=https://www.worldwildlife.org/documents/153/8asymp9pvq_WWF_Accenture_Future_Proofing_Shrimp_Production_vF.pdf |access-date=23 October 2026 |via=Climate Insights Directory}}

BibTeX

@techreport{wwfinternationalndfuture, author = {{WWF International}}, title = {{FUTURE PROOFING SHRIMP PRODUCTION}}, institution = {WWF International}, url = {https://www.worldwildlife.org/documents/153/8asymp9pvq_WWF_Accenture_Future_Proofing_Shrimp_Production_vF.pdf}, urldate = {2026-10-23}, note = {Indexed by Climate Insights Directory} }