Posted on March 2, 2007

Soybean industry jumps on fish farming bandwagon

Growth of aquaculture presents 'significant opportunity' for soy growers

The American soybean industry has been quick to jump on the bandwagon of aquaculture, one of the fastest-growing food segments in the world. Administrators of the U.S. soybean checkoff saw the long-term potential in aquaculture and invested funds to develop methods to increase inclusion of soy in many fish diets.

As the demand for aquaculture soars with global population growth, the demand for seafood products won’t be met by the capture fisheries, which capture wild fish or shellfish.

Global aquaculture continues to grow at an annual rate of 9 percent to 11 percent. This presents a significant opportunity for soy as a feed ingredient. Overall, aquaculture will consume an estimated 8 million to 10 million metric tons of soybean meal in the next decade.

Those directing the soybean checkoff program “recognized the bright future of aquaculture and we have gotten in on the ground floor with our investment in new technologies to increase soySoybean Board International Marketing chair and a soybean farmer from Elmo, Mo. inclusion in fish diets,” said Terry Ecker, United
Soy-based diets for select marine fish have been developed and are being demonstrated in several projects located in the Philippines, Vietnam, and China.

Research efforts are focused on identifying barriers to soy inclusion in the diets of marine fish such as salmon, pompano, amberjack, Mediterranean sea bass, sea bream and cobia, as well as increasing the soy inclusion in marine shrimp diets.

Soy meal inclusion shows greater potential in fish than in other livestock rations. In fact, fish diets can contain twice as much soy as any other livestock ration, with over half the diets of many freshwater fish containing soy products in some cases.

Since each species of fish has different dietary requirements, part of the research effort includes building a database to house the inclusion rates of each species.

Other investments by the soybean checkoff include new technologies to reduce weather challenges and make aquaculture practicable in more areas.

In 2004, the soybean checkoff invested in Ocean Cage Aquaculture Technology to design prototype offshore ocean cages for testing in China. The cages are used with floating feed containing various amounts of soybean meal based on the dietary needs of the species of fish within the cage.

To handle weather challenges, a truncated pyramid design was selected, with single-point anchoring to allow the cages to float down-current and to automatically submerge with increasing storm-generated wind and water currents. During typhoons, the top buoys are quickly disconnected, and the cage goes back 1 meter below the surface and then submerges with the increasing storm-generated wind and water currents.

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