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Grass-finished Beef Pilot Project: Cattle Performance

机译:草完成的牛肉试点项目:牛的表现

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摘要

Consumer interest in the potential benefits of grass-finished beef is high, but adoption of this approach to cattle feeding has been limited in Iowa. Although some producers successfully meet this niche market demand, consistently producing a high-value carcass from forage-fed cattle is challenging. Intramuscular fat or marbling is a major factor in quality grading of beef. Marbling is heavily influenced by cattle genetics and energy concentration of the diet. Finishing cattle on grain is a proven approach to consistently produce a high-value carcass for the commodity beef market. Researchers at Iowa State University have pioneered the use of ultrasound measurements to select Angus cattle with high-marbling potential. Forage quality can be manipulated through pasture management, ultimately influencing cattle growth and performance. It is hypothesized that grass-finished cattle will consistently produce high value carcasses if excellent pasture management is combined with combining high-marbling genetics.
机译:消费者对草制成的牛肉的潜在利益的兴趣很高,但是在爱荷华州,采用这种方式饲养牛只受到了限制。尽管一些生产商成功地满足了这一利基市场的需求,但要不断地从饲草牛生产高价值的cas体是具有挑战性的。肌内脂肪或大理石花纹是牛肉质量分级的主要因素。大理石花纹受到牛遗传和日粮能量浓度的严重影响。在谷物上对牛进行精加工是为商品牛肉市场持续生产高价值consistently体的一种行之有效的方法。爱荷华州立大学的研究人员率先使用超声波测量技术来选择具有高大理石花纹潜力的安格斯牛。可以通过牧场管理来控制草料质量,最终影响牛的生长和性能。据推测,如果将出色的牧场管理与高大理石遗传学相结合,草肥牛将始终产生高价值的car体。

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