Overview of Korean Vegetable Breeding: Past, Present and Future

M. Cho, Jung-Ho Kwak, H. Jeong, S. Jang, Su hyoung Park, Young-Seok Kwon, Chul Woo Kim, Min-Seon Choi, Ji Won Han, J. Moon, D. Kim, Sun Yi Lee, O. Lee, Do Sun Kim, Hye-Eun Lee, Y. Huh, E. Yang
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引用次数: 1

Abstract

Nowadays most parts of vegetable breeding in Korea have been conducted by private seed companies. However, in the beginning stages of breeding research, Horticulture Experiment Station played a crucial role. Major vegetable varieties that are distributed from Korea are produced as F1 hybrids. Korea has developed leading techniques and human infrastructure for vegetable breeding. Such brilliant developments have resulted from three major factors: changes in the composition of varieties, the establishment of year-round vegetable production, and the development of the seed export market. First, an F1 hybrid system increased seed performance more than traditional open pollinated (OP) varieties with respect to productivity, uniformity and disease resistance. Moreover, an F1 hybrid system required repetitive seed production and provision, which increased the economic growth of seed companies. Second, vegetables tend to be consumed fresh instead of dried or processed. Finally, vegetable seed exports have continuously increased with the aid of R&D projects such as the Golden Seed Project (GSP). Therefore, for further progress of the vegetable industry, new varieties that can meet consumers’ demands, as well as the stable provision of fresh vegetables, are required. Contrary to the past, the future focus must be concerned with productivity and cultivation stability, the development of high value, functional, eco-friendly vegetables, and high quality vegetables. To cope with this, every breeding subject, including industry, universities, and institutes, have to collaborate with the aim of advancing vegetable breeding in Korea.
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韩国蔬菜育种综述:过去、现在和未来
目前,韩国的蔬菜育种大部分是由私营种子公司进行的。然而,在育种研究的初期阶段,园艺实验站起了至关重要的作用。从韩国进口的主要蔬菜品种都是F1杂交品种。韩国在蔬菜育种方面拥有领先的技术和人力基础设施。这种辉煌的发展得益于三个主要因素:品种组成的变化,全年蔬菜生产的建立和种子出口市场的发展。首先,F1杂交系统在产量、均匀性和抗病性方面比传统开放授粉(OP)品种提高了种子性能。此外,F1杂交系统需要重复生产和提供种子,这增加了种子公司的经济增长。其次,蔬菜往往是新鲜的,而不是干的或加工过的。最后,在黄金种子项目(GSP)等研究开发(R&D)项目的帮助下,蔬菜种子出口持续增加。因此,为了蔬菜产业的进一步发展,既需要能够满足消费者需求的新品种,又需要新鲜蔬菜的稳定供应。与过去相反,未来的重点必须放在生产力和种植稳定性上,发展高价值、功能性、生态友好型蔬菜和高品质蔬菜。因此,为了提高国内蔬菜育种水平,需要产业界、大学、研究所等所有育种主体共同努力。
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