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USW and NAWG were notified Friday, September 26, 2014, that USDA’s Animal and Plant Health Inspection Service (APHIS) has completed its investigation into the May 2013 discovery of an unapproved Roundup Ready (RR) trait in isolated volunteer wheat plants. APHIS has determined that the source of the RR trait is inconclusive but reconfirmed that there is no indication that any wheat with this regulated trait has entered the commercial supply chain. This is consistent with the results of independent testing by Japan and Korea that has not identified a single event among all classes of U.S. wheat exported to those countries. APHIS also noted that in 2004, the U.S. Food and Drug Administration concluded that the Roundup Ready trait in wheat did not pose a health risk in food or animal feed. For more information, visit

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U.S. Wheat Associates (USW) and the National Association of Wheat Growers (NAWG) support the eventual commercialization of biotech wheat. USW works with industry partners to develop a comprehensive strategy to address the concerns of our overseas customers.

Wheat production and harvested areas are on a long-term, downward trend around the world. Net returns per acre to farmers often favors other crops and the differential is widening. An eventual supply and demand situation where smaller supplies of wheat are produced only in areas where more profitable alternatives do not exist will translate into supply challenges for the global food industry.

We must find new ways to grow more and better wheat with less impact on the environment. New research and innovation in wheat, including biotechnology, will help make this possible.

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USW is committed to ensuring that our customers can purchase the wheat they want and that trade disruptions are minimized. This requires a number of domestic and international policies.

Wheat Industry Biotechnology Position Statement (Adopted February 2006)

Biotechnological research holds great promise for the future, and the U.S. wheat industry recognizes these advancements. In preparation for the future commercialization of biotech wheat, USW takes the following positions:
  1. We support and will work to ensure the ability of wheat producers to make planting and marketing choices based on economic, agronomic, and market factors.
  2. We support the ability of our wheat customers to make purchases on the basis of specific traits. We commit ourselves to the principle that our customers' needs are vitally important.
  3. We support and will assist in the development by all segments of the industry of an orderly marketing system to assure delivery of non-transgenic wheat within reasonable tolerances to markets that require it.
  4. We urge the adoption of a nationally and internationally accepted definition of biotechnologically-derived products.* We also urge international harmonization of scientific standards and trade rules.
  5. We support voluntary labeling of food products, provided it is consistent with U.S. law and international trade agreements and is truthful and not misleading. We oppose government-mandated labeling of wheat products in both the U.S. and international markets based upon the presence or absence of biotechnologically-derived traits that do not differ significantly from their conventional counterpart.
  6. We support the establishment of a reasonable threshold level for adventitious or accidental inclusion of biotechnologically-derived traits in bulk wheat or wheat food products in both U.S. and international markets.
  7. We are confident that biotechnology will deliver significant consumer and producer benefits and we support continued biotechnology research, and product and market development. We invite valued and interested customers to join with us in a working partnership to explore the emerging biotechnology industry.

    *U.S. wheat industry definition: biotechnologically-derived (genetically modified organisms, or GMOs):
    Genetically modified organisms (commonly referred to as "transgenic") are organisms derived from somatic cell fusion or direct insertion of a gene construct, typically but not necessarily from a sexually-incompatible species, using recombinant DNA techniques and any genetic transformation technology (e.g., bacterial vectors, particle bombardment, electroporation).
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