移栽日期对忠北粉胚乳水稻品种生长、产量及产出率的影响

C. Lee, Y. Choi, H. Lee, Taek-Gu Jeong, Ik-Jei Kim, Chung-Kon Kim, S. Woo
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摘要

随着经济的快速发展,韩国人的饮食习惯变得多样化,大米消费量正在减少。面粉胚乳水稻由于其淀粉粒结构松散,在灌浆期易受到潮湿天气的影响,近年来,人们开发了面粉胚乳水稻品种,以提高水稻的消费量,并用米粉代替小麦粉的消费量。为克服这一局限性,有必要通过改变抽穗生态类型和不同地区的栽培时间来寻找适宜的水稻移栽日期,以生产优质的米粉。本研究于2017 - 2019年对韩国中部平原清州和中部山区宝恩地区的4个粉状胚乳水稻品种(FERC)进行了研究。其中,5月30日移栽后,中晚熟型(MMT)雪耕(SG)、Hangaru (HGR)和新日(SGL)的产量和产量成分均较高;早熟型(EMT) Garumi 2 (GRM2)在6月20日移栽清州后也表现出高产。此外,在博恩地区种植时,mmt表现出与清州相同的趋势,并且在6月10日移栽后,EMT表现出高产和产量成分。在抽穗后20天灌浆期的雨季,ferc可以很容易地显示收获前发芽,因为过去5年的平均温度和三天以上降雨的频率比以前的年平均水平有所增加。随着移栽日期的推迟,HGR和GRM2的存活率下降,各地区HGR下降2.3% ~ 4.6%,GRM2下降11.9% ~ 23.1%。由于同吉型,SGL一般对胎生有抗性。在忠北地区,为尽量减少采前发芽,提高米粉产量,最适宜的移栽时间为5月底和6月中下旬。
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Effect of Transplanting Date on the Growth, Yield, and Occurrence of Viviparity in Floury Endosperm Rice Cultivars in the Chungbuk Province
Rice consumption in Korea has been decreasing as the eating habits of the Korean people have diversified with rapid economic growth. Recently, floury endosperm rice cultivars were developed to boost rice consumption and replace wheat flour consumption with rice flour, which is vulnerable to viviparity under wet weather during the grain-filling stage because of its loosely packed starch granule structures. To overcome this limitation, it is necessary to find a suitable rice transplanting date to produce high-quality rice flour by altering the heading ecology type and changing the cultivation time by region. We examined four floury endosperm rice cultivars (FERC) in the Cheongju (central plain area) and Boeun (mid-mountainous area) regions of Korea from 2017 to 2019. Of the FERCs, the mid-late maturing types (MMT) Seolgaeng (SG), Hangaru (HGR), and Shingil (SGL) exhibited high yield and yield components after transplanting May 30 in both regions; the early maturing type (EMT) Garumi 2 (GRM2) also exhibited high yield after transplanting June 20 in Cheongju. In addition, MMTs showed the same tendency as the characteristics shown in Cheongju when grown in the Boeun region, and EMT displayed high yield and yield components after transplanting June 10. The FERCs could easily present pre-harvest sprouting in the rainy season during the grain-filling stage after 20 days post-heading because the mean temperature and frequency of more three-day rainfalls have increased over the last 5 years from the previous annual averages. Viviparity of HGR and GRM2 decreased as the transplanting date was delayed, with decreases of 2.3%–4.6% in HGR and 11.9%–23.1% in GRM2 according to the region. SGL was generally resistant to viviparity because of the Tongil type. To minimize pre-harvest sprouting and produce high yield of rice flour in the Chungbuk province, the most suitable transplanting time was the end of May in MMT and the middle and end of June in EMT.
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