Farmed Shrimp

Overview

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The average annual per capita consumption of shrimp in the U.S. is now at four pounds.

Farmed shrimp accounts for 55% of the shrimp produced globally. Most shrimp aquaculture occurs in China, followed by Thailand, Indonesia, India, Vietnam, Brazil, Ecuador, and Bangladesh, and it has generated substantial income in these developing countries. Farming has made shrimp more accessible to an eager, shrimp-loving public in the US, Europe, Japan, and elsewhere. Investors seeking profits have intensified farming methods with industrialized processes, sometimes at significant cost to the environment.

WWF is committed to ensuring this valuable commodity is produced responsibly. Shrimp farming is traditionally fractionalized—much of it is done on small farms in Southeast Asian countries. Often, governments and development aid agencies in these countries have promoted shrimp aquaculture as a path to helping people with incomes below the poverty line. These policies have sometimes been at the expense of wetland ecosystems, partly because building shrimp ponds near tidal areas saves farmers the expense of high-elevation water pumps and long-term pumping costs.

Less than three decades later, there is transformational change and continued interest to address environmental and social impacts by many in the shrimp farming industry. Large and small shrimp farms alike in Central America, Southeast Asia, and elsewhere are working toward producing shrimp responsibly. Several are looking to comply with the rigorous ASC shrimp standards as an independent means of demonstrating their compliance with responsible farming.

How can we make farmed seafood more sustainable?

Focusing on shrimp and salmon, WWF is working to improve aquaculture practices through tech innovations like forensic analysis of farmed products and traceability software.
20 percent of the fish harvested from the ocean are used to feed farmed fish

Why It Matters

  • Shrimp is Valuable

    Shrimp is the most valuable traded marine product in the world today. In 2005, farmed shrimp was a 10.6 billion industry. Today, production is growing at an approximate rate of 10 percent annually—one of the highest growth rates in aquaculture.

  • Consumption of Shrimp is Rising

    The average annual per capita consumption of shrimp in the U.S. is now at four pounds. A traditional shrimp exporter, China, is now a net shrimp importer because of the rising demand among its population.

  • Demand Continues to Grow

    Demand for shrimp has been rapidly rising for the past three decades. Stretches of tropical coastlines in many developing countries saw a nine-fold increase in shrimp farming from 1982 to 1995, and it has continued to explode since then.

Impacts

Shrimp Farm

Shrimp farms in East Africa can be a threat to mangroves, especially if this activity is expanded.

Destruction of Habitats

In some cases, ecologically-sensitive habitat has been cleared to create ponds for shrimp production. Also, some aquifers that supply water to farms have been contaminated with salt water. Some forms of shrimp farming have had a devastating effect on mangroves around the world. These mangroves are vital for wildlife and coastal fisheries, and serve as buffers to the effects of storms. Their loss has destabilized entire coastal zones, with negative effects on coastal communities.

Salt flats, mudflats, estuaries, tidal basins and coastal marshes can also be affected by shrimp farming. These areas represent essential hunting, nesting, breeding and migratory homes to millions of coastal inhabitants, including fish, invertebrates, and migratory birds. Many are places and species WWF seeks to protect.

Pollution

In tropical climates where most farmed shrimp is produced, it takes approximately three to six months to raise market-sized shrimp, with many farmers growing two to three crops per year. A steady stream of organic waste, chemicals and antibiotics from shrimp farms can pollute groundwater or coastal estuaries. Salt from the ponds can also seep into the groundwater and onto agricultural land. This has had lasting effects, changing the hydrology that provides the foundation of wetland ecosystems.

Outbreak of Disease

The introduction of pathogens can lead to major outbreaks of disease in shrimp with devastating consequences. When the shrimp become ill with some diseases, they swim on the surface rather than on the bottom of the production pond. Seagulls swoop down, consume the diseased shrimp, and then may subsequently defecate on a pond a few miles away, spreading the pathogen. When shrimp farms are shut down due to disease, there are socioeconomic impacts, including loss of employment.

Approximately 80 percent of farmed shrimp are raised from just two species – Penaeus vannamei (Pacific white shrimp) and Penaeus monodon (giant tiger prawn). These monocultures are very susceptible to disease.

Depletion of Wild Shrimp Stock

Fish stocks used in the formulated feed for shrimp diets have very high environmental value, mainly because they are near the base of the marine food chain. Additional damage can occur by shrimp farmers who capture young wild shrimp to stock their shrimp ponds, thus further depleting local populations of fish.

What WWF Is Doing

Shrimp Farm

Laying the Foundation for Responsible Shrimp Farming

WWF partnered with the Food and Agriculture Organization of the United Nations (FAO), the World Bank, the Network of Aquaculture Centers of Asia Pacific and the U.N. Environmental Program to form the Shrimp Aquaculture and the Environment Consortium. After seven years, with the cooperation of more than 8,000 participants and the publication of 40 case studies by 120 researchers, the consortium's International Principles for Responsible Shrimp Farming were adopted by the FAO's Committee on Fisheries and published in 2006.

Shrimp fishing

Women shrimp fishing in a river in Cameroon.

Developing Standards: Shrimp Aquaculture Dialogue

WWF brought stakeholders together from 2007 to 2012 to develop standards that address the key negative environmental and social impacts of shrimp farming while permitting farms to remain economically viable. Through a series of roundtables, rigorous standards were drafted that address wetland conversion and deforestation, antibiotic use, and biodiversity issues. They also establish a maximum for the use of forage fish in dietary fishmeal use. For the first time in any aquaculture standards, they require periodic and well-documented community engagement workshops to address conflict resolution and focus on social impacts both on the farm and in the surrounding community.

Learn more about how the shrimp standards were developed.

Making Responsible Farmed Shrimp Possible

A shrimp aquaculture certification audit manual is now under development. Field testing of the standards will be undertaken before the standards and manual are handed over to the Aquaculture Stewardship Council (ASC). This extra step of field testing is necessary due to the widely diverse farm scale, ranging from farms owned by very small producers to multi-national companies. We are addressing the issues that will make it easier for small farmers to be certified—such as enabling them to organize in clusters of 50-60 farms and to apply for certification as a group. By operating administratively as one farm, they will reduce the unit cost of certification.

Working with Producers

WWF works with producers worldwide to help them move toward responsible farming. Many fish farms are volunteering to be field tested at their own expense before the audit manuals are even finalized. In Belize and Ecuador, farmers appreciate the value in adopting standards as a means to distinguish themselves from their competitors. They understand that it will not be long before consumers are demanding certified product.

Working with Buyers

We engage with grocery chains, brands and restaurants to buy farmed shrimp produced in accordance with the standards, and we are heartened by the results so far. In particular, Holland’s retailer association has committed to purchasing 100 percent ASC certified shrimp by 2017.

Projects

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