University of Nebraska-Lincoln scientist James Schnable and international colleagues have created the first complete map of the corn genome, a landmark achievement that can enable major long-term advances in crop
University of Nebraska-Lincoln scientist James Schnable and international colleagues have created the first complete map of the corn genome, a landmark achievement that can enable major long-term advances in crop
University of Nebraska-Lincoln scientist James Schnable and international colleagues have created the first complete map of the corn genome, a landmark achievement that can enable major long-term advances in crop
The Midwest is known for its rows and rows of corn and soybeans that uniformly cover the landscape.But in central Missouri, farmer Linus Rothermich disrupts the usual corn and soybean rotation with Japanese millet. He has been growing it since 1993.“Golly, I have to think how far back that is,” he said. “I was a young man and I was looking for alternative crops to grow to make more money. We just weren’t making a lot of money in agriculture then. Compared to his corn and soybean crops, he spends a lot less on Japanese millet. Because its growing season is shorter, it fits perfectly into the rotation of the crops he already grows. It’s working so well for him that he wants to keep the grain to himself.“I have recommended it to other farmers, as long as it’s not my Japanese millet,” he joked, pointing out prices likely would drop if a lot of other farmers start growing it.But these humble grains soon may garner more attention after the United Nations declared 2023 the I
A team that included a UNL researcher published the first complete map, a step expected to help researchers build tools to predict which corn will perform well under different conditions.