Wang Haiying Zhang Huijun Liu Chuang Xie Futi Steven SK Martin.COMPARISON ON THE PLANTTYPE AND YIELD OF SOYBEAN VARIETIESFROM CLOSE LATITUDEOF CHINA AND AMERICA[J].Soybean Science,2005,24(04):286-290.[doi:10.11861/j.issn.1000-9841.2005.04.0286]
中国辽宁省与美国近纬度地区新育成大豆品种的株型与产量的比较研究*
- Title:
- COMPARISON ON THE PLANTTYPE AND YIELD OF SOYBEAN VARIETIESFROM CLOSE LATITUDEOF CHINA AND AMERICA
- Keywords:
- Soybean ; Plant - type ; Yield
- 文献标志码:
- A
- 摘要:
- 试验采用中国辽宁省与美国地理纬度相近 、结荚习性相同的中国和美国大豆品种各 4 个,在相同种植条件下对株型性状进行了比较研究 ,探讨了大豆高产的株型特征 。结果表明:美国大豆品种的节间较短、株高较矮 ,分枝数较多。美国大豆品种的叶片性状比较好, 下部叶片为卵圆形 ,由下向上叶片逐节变长, 中上部叶片较细小。美国大豆品种的荚数显著多于中国大豆品种,而百粒重却显著低于中国品种。在荚粒分布上, 美国品种植株上层荚粒所占比例较小 ,下层荚粒所占比例较大,在同等种植条件下,美国大豆品种的产量显著高于中国品种 。
- Abstract:
- 8 varieties with the same growth habit were used in this experiment , among of them Hs93 -4118 ,OhioFG1,Darby and Kottman 4 American soybean varieties are from Ohio State University ;and 4Chinese soybean varieties Liaodou - 11 , Liaodou - 12, Shennong 94 - 11and Shendou - 4 are from Liaoningprovince. Under same conditions, the plant - type and yield were compared among the 8 soybean varieties.The results show that the plant height of American soybean varieties is lower than that of Chinese varie-ties, the branch number of American soybean varieties are significantly more than those of Chinese soybeanvarieties, the length of basal nodes of American varieties is longer than that of Chinese varieties. Thelength of nodes become shorter with the rising of node - position, the leaf shape index of American varie-ties is bigger than those of Chinese varieties at the lower layer , the leaf shape index of American varietiesbecome bigger from lower layer to upper layer ,the top leaves of American varieties are small and sharp ,which would benefit the leaves productivity at the bottom of plant. The pods per plant of American varie-ties are bigger than those of Chinese varieties, the 100 - seed weight of American varieties is smaller thanthat of Chinese varieties significantly. The ratio of seed weight at upper canopy layer of American varietiesis smaller and the ratio of seed weight at lower canopy layer is bigger than those of Chinese varieties, theyield of American varieties is higher than that of Chinese varieties.
参考文献/References:
1 王金陵. 东北地区大豆株型的演变[ J] . 大豆通报, 1996, 1:5- 7.2 董钻. 大豆产量生理[ M] . 北京:中国农业出版社, 2000.3 游明安, 盖均益, 吳晓春, 等. 大豆产量空间分布特点的初步研究[ J] . 大豆科学, 1993, 12(1):64 - 69.4 Boerman, H. R. D. A. A shley. Cannopy photosynthesis on seedfill duration in recently developer soybean cultivars and selectedplant introductions[ J] . Crop Sci. 1988, 28:137 - 140..5 Buttery , B. R, R. I. Buzzell, W. I. Findlay , Relationships amongphotosynthetic rate , bean yield and other characters in fieldg rowth cultivars of soybean[ J] . Canadian J. of Plant Sci. 1981,61:191 - 198..6 常汝镇. 第六届世界大豆研究会简况及主产国家大豆生产状况[ J] . 大豆通报, 2000, 3:26 - 27.7 金剑, 刘晓冰, 王光华, 等. 美国大豆品种改良过程中生理特性变化的研究进展[ J] . 大豆科学, 2003, 22(2):137 - 140.8 王育民, 卜实, 刘忠臣. 国内外大豆生产和贸易现状分析及前景展望[ J] . 大豆通报, 2001, 6:21 - 23.9 王培英, 王连铮, 王玫, 等. 中美大豆品种(0、I 组)性状比较[ J] . 中国油料, 1988, 4:30 - 33.
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备注/Memo
项目来源:辽宁省自然科学基金和辽宁省骨干教师计划。