Progress and challenges of rice ratooning technology in Hunan Province, China

Weiqin Wang, Huabin Zheng, Yuanwei Chen, Dan Zou, Youyi Luo, Qiyuan Tang
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引用次数: 1

Abstract

As the largest rice production province in China, the ratoon rice in Hunan has rapidly developed in recent years in the aspects of planting area, total production, and cultivation technologies. The present review is undertaken to summarize the past and current status and the key practices of ratoon rice production in Hunan. The planting area of ratoon rice in Hunan was 267,000 ​ha in 2019, with the average yield of 7.50–10.50 ​t ​ha−1 and 2.30–6.00 ​t ​ha−1 in the main and ratoon seasons, respectively. The grain quality in ratoon season is similar to or even better than that of late-season rice, but the relatively poor grain quality in the main season limits the profits for farmers. In recent years, research on the cultivation technology of ratoon rice has been widely conducted in Hunan, which led to the development of a series of key practices for ratoon rice production with regard to variety selection, sowing dates, crop establishment, fertilizer and water management, straw cutting height and harvesting time, and the controls of pests, diseases, and abiotic stresses. However, the constraints in policy intervention, as well as the large yield gap, have greatly limited the further expansion of ratoon rice in Hunan. To further promote ratoon rice production in Hunan, the innovation and extension of fully mechanized ratoon rice cultivation technologies, breeding and chemical regulation approaches to enhance ratooning ability, and support from the local government regarding policy, infrastructure, demonstration, and training must be strengthened in the future.

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湖南省水稻再生产技术的进展与挑战
湖南是我国水稻生产大省,近年来再生稻在种植面积、总产量、栽培技术等方面都得到了快速发展。综述了湖南再生稻生产的历史、现状及主要实践。湖南再生稻种植面积26.7万亩​公顷,平均产量为7.50–10.50​t​ha−1和2.30–6.00​t​ha−1在主季和再生季。再生季的粮食质量与晚稻相似甚至更好,但主季相对较差的粮食质量限制了农民的利润。近年来,湖南对再生稻栽培技术进行了广泛的研究,在品种选择、播种日期、作物建立、肥水管理、秸秆割高和收割时间、病虫害和非生物胁迫控制等方面,形成了一系列再生稻生产的关键实践。然而,政策干预的制约因素,以及较大的产量差距,极大地限制了湖南再生稻的进一步推广。为进一步促进湖南再生稻生产,今后必须加强再生稻机械化栽培技术、育种和化学调控方法的创新和推广,以提高再生能力,并加强地方政府在政策、基础设施、示范和培训方面的支持。
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