Participatory breeding in organic systems: Experiences from maize case studies in the United States

Christopher Mujjabi, Martin Bohn, Michelle Wander, Carmen Ugarte
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Abstract

Participatory breeding and crop selection can satis­fy the needs of underserved groups of farmers (e.g., organic producers, farmers producing spe­cialty grain for niche markets) neglected by the modern global seed industry. Participatory research methods that value local knowledge and facilitate the active involvement of producers, researchers, and other actors involved in the agri-food system are tactics that can help us achieve sustainable agri­culture. Interest in the use of participatory methods to increase the value of U.S. land-grant universities to society has grown rapidly during the last decade. Interest includes re-engagement in the develop­ment of maize hybrids that perform well in a diverse range of heterogeneous growing environ­ments and that are better suited for sustainability-minded producers, buyers, and consumers. Sys­tems-based breeding aimed at protecting the envi­ronment and providing food, fiber, and energy while considering equity issues, has been proposed as a way to overcome the shortcomings of privat­ized approaches. In this article, we consider recent projects that use collaborative methods for hybrid maize breeding, cultivar testing, and genetic research to develop, identify, and deliver traits associated with crop performance, quality, and sus­tainability. Three case studies consider the efforts focused on developing non-GMO varieties for organic and specialty markets. We find that, unlike many successful efforts focused on the improve­ment of other crops, there are few promising mod­els for participatory breeding of hybrid maize. Even though many projects have sought to involve stakeholders with a variety of methods, all have struggled to meaningfully engage farmers in maize hybrid improvement. Still, our reflection of case studies calls for systems-based breeding and sug­gests a path forward. This route would seek to address the needs, perspectives, and values of a broader range of actors participating in the food system by leveraging technologies and infrastruc­ture in service of the public. Land-grant universities are well positioned to play a crucial role in coordi­nating efforts, facilitating partnerships, and sup­porting breeding programs that satisfy societal wants that include health, equity, and care.
有机系统中的参与式育种:美国玉米案例研究的经验
参与式育种和作物选育可以满足未得到充分服务的农民群体(如有机生产者、为利基市场生产特种谷物的农民)的需求,而这些需求却被现代全球种子产业所忽视。参与式研究方法重视当地知识,促进生产者、研究人员和农业食品体系中的其他参与者积极参与,这些方法可以帮助我们实现可持续农业。过去十年间,人们对使用参与式方法提高美国赠地大学对社会的价值的兴趣迅速增长。这种兴趣包括重新参与玉米杂交种的开发,这些杂交种在各种不同的生长环境中表现良好,更适合具有可持续发展意识的生产者、购买者和消费者。以系统为基础的育种旨在保护环境,提供食物、纤维和能源,同时考虑公平问题,已被提出作为克服私有化方法缺点的一种途径。在本文中,我们将介绍近期开展的一些项目,这些项目利用杂交玉米育种、栽培品种测试和基因研究的合作方法,开发、鉴定并提供与作物性能、质量和可持续性相关的性状。三个案例研究的重点是为有机和特种市场开发非转基因品种。我们发现,与其他作物改良方面的许多成功经验不同,杂交玉米的参与式育种几乎没有什么有前途的模式。尽管许多项目都试图通过各种方法让利益相关者参与进来,但所有项目都难以让农民真正参与到玉米杂交改良中来。尽管如此,我们对案例研究的反思仍呼吁开展以系统为基础的育种,并提出了一条前进之路。这条道路将通过利用技术和基础设施为公众服务,设法满足参与粮食系统的更广泛参与者的需求、观点和价值观。赠地大学完全有能力在协调工作、促进合作以及支持育种计划方面发挥关键作用,以满足包括健康、公平和关爱在内的社会需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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