Articles Tagged with ''soybean''

Maximizing Nitrogen Uptake In Soybeans

After talking with many farmers throughout Ohio during this years Extension meetings, one common question keeps popping up: What about nitrogen application to soybean? Yes, soybean plants have high nitrogen requirements due to the high protein content of grain. On average, approximately 4 pounds of nitrogen is removed per bushel of grain.
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Earlier Planting Dates Key For Higher Soybean Yields

Many times the differences in attaining higher net income for soybean producers can be directly tied to the timing of planting. Recent research showed yields averaged approximately 1/3 bushel per acre less for every day planting was delayed.
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Identifying And Responding To Soybean Inoculation Failures

Soybeans obtain up to 70% of their total nitrogen requirement from biological nitrogen fixation conducted by Rhizobia bacteria colonies (nodules) living on soybean roots. If the nodules fail to form, the plants will become deficient in nitrogen and significant yield reductions can occur.
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No-Till Soybean Fields Give Birds Foothold In Illinois

Researchers report in a new study that several bird species some of them relatively rare are making extensive use of soybean fields in Illinois. The team found significantly more birds and a greater diversity of bird species nesting, roosting and feeding in no-till soybean fields than in tilled fields.
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Using Roundup Ready 1 Soybean Seeds After Patent Expiration

The last Monsanto-owned patent for the original Roundup Ready trait in soybeans will expire in 2014, and the last applicable third-party patent will expire in early 2015. Does that mean producers will be able to grow soybean varieties with the original Roundup Ready trait (often called Roundup Ready 1 varieties) in 2014, save seed from the production in 2014, and replant that seed in 2015?


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Soybean Response To Starter Fertilizer Containing Sulfur

Dec. 30, 2013 There is widespread concern about potential sulfur (S) deficiencies in corn and soybeans in the North Central region. Sulfur is relatively immobile within the plant, so symptoms usually appear in the new growth. Atmospheric deposition used to supply a considerable amount of plant available S (about 8 to 15 pounds per acre annually), but with the implementation of the Clean Air Act, this amount has significantly decreased.
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