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利用美国矮源创新半矮秆耐密植、超高产大豆‘合农60号’
引用本文:郑伟,杜长门,郭泰,刘忠堂,王志新,李灿东,张振宇,吴秀红,张茂明.利用美国矮源创新半矮秆耐密植、超高产大豆‘合农60号’[J].农学学报,2013,3(6):27-30.
作者姓名:郑伟  杜长门  郭泰  刘忠堂  王志新  李灿东  张振宇  吴秀红  张茂明
作者单位:1. 黑龙江省农科院佳木斯分院,黑龙江佳木斯,154007
2. 大庆市让胡路区农业局,黑龙江大庆,163712
基金项目:国家科技支撑项目“北方早熟大豆新品种的培育与扩繁”,种子基金项目“耐密、优质大豆新品种选育、种质材料创新及配套技术示范推广”(2010-03-02)部分研究内容之一
摘    要:为了选育半矮秆大豆新品种推广窄行密植栽培技术,采用美国半矮秆耐密植、高油大豆种质资源Hobbit与黑龙江省优良种质‘北丰11号’配制杂交组合,进行半矮秆耐密植大豆种质资源创新研究,育成半矮秆大豆新品种‘合农60号’。结果表明,‘合农60号’,具有半矮秆耐密植,株高50~65 cm,窄行密植条件下适宜密度为50万株~60万株,具有5467.95 kg/hm2的超高产潜力,脂肪含量22.25%,抗病能力强等突出优点,具有广阔的推广应用前景。

关 键 词:耐铅细菌  耐铅细菌  筛选  培养条件  微生物修复  
收稿时间:2013/4/7 0:00:00
修稿时间:2013/5/3 0:00:00

Breed Semi-dwarf, Resistant High Density and Super High-yielding Soybean Variety 'Henong 60' Using American Dwarf Source as Hybridization Paternal
Zheng Wei,Du Zhangmen,Guo Tai,Liu Zhongtang,Wang Zhixin,Li Candong,Zhang Zhenyu,Wu Xiuhong,Zhang Maoming.Breed Semi-dwarf, Resistant High Density and Super High-yielding Soybean Variety 'Henong 60' Using American Dwarf Source as Hybridization Paternal[J].Journal of Agriculture,2013,3(6):27-30.
Authors:Zheng Wei  Du Zhangmen  Guo Tai  Liu Zhongtang  Wang Zhixin  Li Candong  Zhang Zhenyu  Wu Xiuhong  Zhang Maoming
Institution:1 (1 Jiamusi Branch Academy of Heilongjiang Academy of Agricultural Sciences , Jiamusi 154007, Heilongjiang, China; 2 Agricultural Bureau of Ranghulu District Daqing City , Daqing 163712, Heilongjiang, China)
Abstract:In order to semi dwarf soybean new variety breeding to promote cultivation technique of narrow row and thick planting, using United States half-dwarf germplasm resources resistant to high density, high-oil soybean germplasm in Heilongjiang Province and Hobbit ''North 11th'' preparation of hybrid combination, researching for semi dwarf compact planting of soybean germplasm, improved semi dwarf soybean new variety ''Farm 60th''. The results showed that, ''Farm 60th'', with half-dwarf compact planting, plant height 50-60 cm, under the conditions of narrow row and thick planting suitable density was from 500 thousands plants to 600 thousands plants. With 5467.95 kg/hm2 high yield potential, 22.25% fat content, disease resistance, and other distinctive advantages, had a good prospect of application and extension.
Keywords:Germplasm Enhancement
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