US researcher developing improved sorghum hybrids for dairy cattle

Published 2024년 4월 8일

Tridge summary

Melinda Yerka, an associate professor at the University of Nevada, Reno, is leading innovative research in sorghum cultivation to enhance dairy cow nutrition and provide a sustainable alternative to water-intensive crops like corn and alfalfa. By developing new sorghum varieties with large, bioavailable seeds high in protein and starch, and utilizing a novel breeding approach called Multiparent Advanced Generation InterCross (MAGIC), Yerka aims to make these varieties competitive with traditional feeds. These efforts are supported by prestigious institutions and aim to address the water crisis in the Western U.S., improve the nutritional profile of sorghum for various applications, and enhance global food and feed systems' resilience against climate change. Yerka Seeds, founded by Yerka, plans to commercialize these hybrids, conduct trials with dairy farms, and expand their use to less developed nations, particularly in Africa.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Editor's note: Image above shows Melinda Yerka with one of her malting and brewing sorghum varieties. Photo courtesy of Melinda Yerka. A University of Nevada, Reno researcher is aiming to make a major discovery in global sorghum cultivation. Her preliminary research suggests that she has developed sorghum varieties having big enough seeds that they are efficiently broken up during the harvest, making their nutrients more bioavailable to dairy cows than existing sorghums. Even better, these unique sorghums are well-adapted to production in Nevada and California. Melinda Yerka, an associate professor in the Department of Agriculture, Veterinary & Rangeland Sciences, and her team have been adapting sorghum to have desirable grain qualities when grown in the Western U.S., outside of the traditional “Sorghum Belt” in the Great Plains. Some of these new varieties have very large seeds, in addition to very high levels of protein and starch. Much of this work has been conducted at the ...

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