Forage breeding and cultivar development: A 50-year perspective

Joseph Henry Bouton
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Abstract

This article represents the perspective of one retired, academic forage breeder and cultivar developer after 50 years of working experience. Developing cultivars that help farmers within pastoral agriculture is the main goal, a system where livestock is the consumer. International Grassland Congress proceedings, as well as the general literature, are historical guides for the state of forage breeding. Efficiency was achieved through technologies; better equipment for planting and harvesting; and advances in computer computation and communication. Biotechnology achievements were fitful and continue to evolve. Cultivar performance mean-reversion, cost to the program, and what the farmer seed buyer was willing to pay are important considerations for applying any technology, especially biotechnologies. Biotech promises were too optimistic. This was due, in part, to a lack of understanding that traditional phenotypic/genotypic field selection programs operate in a complex way with multiple species and several traits screened simultaneously at a modest cost. The majority of current forage cultivars are from field-based selection. Industry participation at scientific conferences declined over time, with less sharing of information the result. Cultivar developers will continue using basic field selection methods but should explore applying any technology; just be clever on when, how, and with whom to use them. Practical advice and experiences are also presented and discussed.

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牧草育种与品种发展:50年展望
这篇文章代表了一位退休的学术饲养员和品种开发人员在50年的工作经验后的观点。开发有助于畜牧农业农民的品种是主要目标,畜牧业是畜牧业的消费者。国际草原大会会议记录以及一般文献都是牧草育种状况的历史指南。效率是通过技术实现的;更好的种植和收割设备;以及计算机计算和通信的进步。生物技术的成就时断时续,并在不断发展。品种性能均值回归、项目成本以及农民种子购买者愿意支付的费用是应用任何技术,特别是生物技术的重要考虑因素。生物技术的承诺过于乐观。这在一定程度上是由于缺乏对传统表型/基因型田间选择程序以复杂的方式运作的理解,即以适度的成本同时筛选多个物种和几个性状。目前的大多数饲草品种都来自于田间选择。行业对科学会议的参与度随着时间的推移而下降,结果是信息共享减少。Cultivar开发人员将继续使用基本的田地选择方法,但应探索应用任何技术;只要在何时使用、如何使用以及与谁一起使用它们方面要聪明。还介绍和讨论了实际的建议和经验。
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