耐倒伏高产水稻新品种花元7号的选育

Dong-min Kim, Ju-Won Kang, Y. Yun, Hyun-Sook Lee, Inkyu Park, Sang-Nag Ahn
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引用次数: 1

摘要

“花云7号”是由非洲旱地栽培品种“Moroberekan”和“Ilpumbyeo”基于标记辅助回交选择杂交而成。它的循环亲本“一品”是一种中、晚熟的高品质品种。除了6号染色体上有一个小的Moroberekan基因渗入片段含有与穗粒数和节间直径相关的基因外,花月7号与一品花几乎是等基因的。2010年和2011年在忠南大学和忠南道农业研究推广中心(CARES)进行了初步和重复产量试验。国家种子管理办公室(NSMO)于2012年和2013年进行了地方适应性试验。该品种已在NSMO注册,品种编号为“花七号”。该品种平均茎长80cm,生育期中等。“花粳7号”精米呈半透明状,籽粒品质性状与回代亲本相当。在普通施肥水平下,花源7号2年的平均产量潜力约为6.48 MT/ hm2,比一品花高5.1%,这是由于每穗小穗数的增加。该品种对倒伏具有抗性,其抗性是由于其6号染色体上控制基部节间直径的APO1基因从供体亲本Moroberekan遗传而来。Apo1基因在水稻抗倒伏育种中具有重要的应用价值。
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A New High-yielding Rice Variety ‘Hwaweon 7’ with Lodging Tolerance
‘Hwaweon 7’ was developed from a cross between the African upland cultivar, ‘Moroberekan’ and ‘Ilpumbyeo’ based on marker-aided backcross selection. The recurrent parent, Ilpumbyeo is a high grain quality cultivar with medium to late maturity. Hwaweon 7 is nearly isogenic to Ilpumbyeo except a small Moroberekan introgressed segment on chromosome 6 harboring genes related with spikelets per panicle and internode diameter. The preliminary and replicated yield trial was conducted at Chungnam National University and Chungcheongnamdo Agricultural Research & Extension (CARES), Yesan in 2010 and 2011. The local adaptability test was carried out by the National Seed Management Office (NSMO) in 2012 and 2013. This cultivar was registered to NSMO with a cultivar designated as “Hwaweon7”. This cultivar averaged 80cm in culm length and has a medium growth duration. Milled rice of “Hwaweon7” is translucent and the grain quality traits are comparable to those of the recurrent parent. The average yield potential of Hwaweon 7 in grain was about 6.48 MT/ha at the ordinary fertilizer level for two years about 5.1% higher than that of Ilpumbyeo due to increase in spikelets per panicle. This variety is tolerant to lodging and the tolerance is due to the APO1 gene controlling the base internode diameter on chromosome 6 introgressed from the donor parent, Moroberekan. The Apo1 gene would be useful in enhancing resistance to lodging in rice breeding program.
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