Farmers turning their back on GM soy in U.S.
2.The demand for transgenic soy drops in the State of Parana
NOTE: This seems to be the second report of farmers turning their backs on GM soy in the US, and follows a similar report from Brazil (item 2).
EXTRACT: "In fact, we've been hearing about farmers returning to conventional soybean varieties in 2009 to lower input costs and take advantage of overseas demand for non-GMO beans," Wright says. Some grain elevators have been offering significant premiums for clear- and grey-hilum beans. (item 1)
1.NCSRP Research Director Says: 'Choose Soybean Varieties Wisely in 2009'
North Central Soybean Research Program, January 8 2009
With the recent volatile swings in commodity prices, soybean farmers need to maximize yields now more than ever. The research and education director of the North Central Soybean Research Program offers suggestions to soybean growers on choosing varieties for the 2009 growing season, to maximize yield and profit potential.
Urbandale, Ia (PRWEB) January 8, 2009 -- When it comes to selecting soybean varieties for 2009, soybean growers will benefit from taking some time and doing it right. "That means doing a little homework, and brushing up on your history before sitting down with your seedsman," says Dr. David Wright, Director of Research for the North Central Soybean Research Program (NCSRP).
"The homework involves studying 2008 university yield trials," Wright adds. "Review the public tests of varieties across companies. Use these independent research evaluations to identify the highest yielders that have performed well over a range of conditions."
The Varietal Information Program for Soybeans (VIPS) online database - http://www.vipsoybeans.org/ - has data from the University of Illinois variety trials, as well as links to other states' data. From VIPS, growers are one click away from university yield trial results from Indiana, Iowa, Michigan, Minnesota, Missouri, Ohio and Wisconsin.
According to Wright, "Once you've selected several top-yielding varieties in your area, then determine the disease traits, resistance or tolerance you need. Check your yield maps, talk to your crop advisor and gather your notes on the history of environmental conditions and diseases in your fields."
Play strong defense:
Generally speaking, growers in Indiana, Iowa and Illinois commonly face soybean cyst nematode and sudden death syndrome. Farmers in the non-Soybean Belt areas of Wisconsin and Michigan often struggle with brown stem rot and white mold. North Dakotans and northwestern Minnesotans wrestle with iron chlorosis. In Ohio and Indiana, Phytophthora is a major problem.
"Say you've got a field that takes longer to drain and always has Pythium or Phytophthora problems. For Phytophthora, get the best resistance package - both genetic and field tolerance," Wright says. "Treating the seed with a fungicide is a good idea to reduce stand loss caused by both diseases. However, treating seed with a fungicide may not result in increases in yield."
In contrast, if you always get a good stand and never have Pythium or Phytophthora issues, "Then leave off the fungicide seed treatment and put your highest yielding variety in that field," he suggests.
It's all about yield:
The goal is to minimize risk, since every season brings different challenges depending on temperatures, rainfall, pests and diseases. Managing input costs presents challenges, too.
"In fact, we've been hearing about farmers returning to conventional soybean varieties in 2009 to lower input costs and take advantage of overseas demand for non-GMO beans," Wright says. Some grain elevators have been offering significant premiums for clear- and grey-hilum beans.
"No matter which direction you go in 2009, at the end of the day, it's all about yield," he adds. "And there's still room to improve. A survey of Indiana growers showed that 28 percent plant one soybean variety, and another 25 percent plant two varieties."
That's a lot of Hoosier farmers who are limiting the genetic pool of what they're capable of obtaining, yield-wise. "These growers may be putting themselves at risk," Wright says. "So spend a little time, and choose soybean varieties that yield -- and that meet the agronomic needs of each field."
Read more about soybean variety selection recommendations in an NCSRP research update publication, Managing Soybeans from the Ground Up. Call 800-383-1423 to order a free copy, or read it online at www.planthealth.info/order.htm.
The Plant Health Initiative represents a cooperative partnership between soybean checkoff boards and land grant universities from 12 North Central states, as well as private industry. The initiative's goal is to act as a resource that collects and dispenses valuable management information on a variety of soybean pests and diseases. The Plant Health Initiative receives its funding through soybean checkoff dollars and private industry support, and is administered by the North Central Soybean Research Program (NCSRP), its primary sponsor.
2.The demand for transgenic soya drops in the State of Parana
AgÃªncia Estadual de NotÃcias do ParanÃ¡, 18/12/2008
ParanÃ¡ Stated News Agency 12/18/2008
This year the seed trade in Parana offered more conventional soya seeds than transgenic ones for the 2008/09 harvest. According to the Secretary for Agriculture and Supply Valter Bianchini, the ParanÃ¡ farmers are planting less transgenic soya after having verified that the conventional crop has lower production costs when compared to transgenic soya.
Furthermore the productivity and revenue of conventional soya was greater for the 2007/08 harvest. Bianchini mentioned a survey made by the AssociaÃ§Ã£o Paranaense de Sementes e Mudas (ParanÃ¡ State Association for Seeds and Seedling) (Apasem), for the 2008/09 crop, that showed a lower deman d for transgenic soya. Of a total 4,070 million bags available on the market, 58% were of conventional seed and 48% of transgenic seed. Apasem consists of 82 seed growers who produce 95% of the soya seed available on the market.
The survey made last year for the 2007/08 harvest showewd that of the 4,324 million bags of soya seed available 48% were of conventional seed and 52% of transgenic seed. According to the Secretary Valter Bianchini, this indicates a reversal of the tendency that has been occurring up to last year, when the farmer’s preference was for transgenic soya.. Apasem identified this tendency to return to planting conventinal soya manly in the Guarapuava and Ponta Grossa areas.