|Table of Contents|

STUDY IN SOYBEAN BREEDINGOF HIGH QUALITY AND HIGH YIELD(PDF)

《大豆科学》[ISSN:1000-9841/CN:23-1227/S]

Issue:
2018年王连铮先生专辑
Page:
25-29
Research Field:
Publishing date:

Info

Title:
STUDY IN SOYBEAN BREEDINGOF HIGH QUALITY AND HIGH YIELD
Author(s):
Wang Lianzheng;  Wang Lan; Zhao Rongjuan; Fu Yuqing ; Li Qiang; Yan Qingshang; Ye Xingguo ;  Pei Yanlong;  Xiao Wenyan
(Crop Science Institute ,Chinese Academy of Agricultural Sciences ,Beijing , 100081)
Keywords:
Soybean ; Breeding
PACS:
-
DOI:
10.11861/j.issn.1000-9841.2006.03.0205
Abstract:
T hrough the past 15 years we developed 13 soybean cultivars,which released in Northern China,in Liaoning , Shangxi and Sichuan Provinces and in Inter Mongolia .5 cultivars-Zhonghuang 13, Zhong-huang17, Zhonghuang 19,Zhonghuang20, Zhonghuang 22 were released by National committee for releaseof new crop cultivars of China.Our breeding objectives are high yield(3～ 4 .5 t/hm 2 )and super high yield(above 4.5 t/hm 2 ), good quality(high oil content >22%or high protein content >44%), resistance to dis-eases and insects, maturity group from 1～ 3 and broad adapability .Breeding for super high yield(above 4.5 t/hm2 ):in 2004 year ,in Xianyuan Elite farm ,Shanxi Provincewe got 4686 kg/hm 2 by using Zhonghuang 13.This result was accepted by National soybean expert groupheaded by professor Qiu Jiaxun from National Soybean Improvement Center .In the same time Zhonghuang19 got 4413 kg/hm 2 .This cultivar got 4835 kg/hm 2 in National Regional test at Huanfan Farm in 1999.Zhonghuang 19 got 5794 kg/hm 2 at Liangzhuan , Taian city ,Shandong in 2004.In Lingxian county , Soil andFertilizer Institute, CAAS Zhonghuang 21 got 5610 kg/hm2in 2002.Main principles for breeding were:choice of highyielding released cultivars and germplasm with much pods per plants and internode for hy- bridization ;progenies of crossing and lines must be evaluated at high fertility and irrigation conditions;crossing between determinated and indetewrminated types with 3～ 5 branches in order to shorten the plantheight to 70 ～ 80 cm by using top dominance of determinated types;diferrent lines must be evaluated athigh fertility and irrigation production conditions;the weight of 100 soybean seeds must bigger than 22 ～ 26grains.Breeding for high oil and protein content :by crossing of high oil or high protein parents with highyielding parents, determination oil or protein content of crossing progenies in F 3～ 5 on a large scale , morethan 1168 samples and test yield of these lines with high oil or high protein in different locations and fertili-ty level .Usually oil content of soybean has normal distribution .We developed Zhonghuang 20 with oil con-tent 23.5 %,which released in 2003.Breeding for resistance to cyst nematode :From 1991, we started breeding study on resistance to cystnematode .We found, near Beijing area dominant race of cyst nematode was race 4.We made a lot ofcross, more than 50 combinations.The best combination is Dan 8×PI 437654 with big segregation in plantheight ,pod habit , resistance to cyst nematode , maturity , and we got a lot of soybean new lines ,highly re-sistant to cyst nematode through pedigree method of selection, enlarge the number of plants of good com-bination , alternate breeding in North and South , identification at early generation.Now we released Zhon-ghuang 26 with high resistance to cyst nematode .Applicating the RAPD technique , we analyzed eight soy-bean cultivars and lines, which included two resistant lines 1259 y and 1259 B, and their resistant parentHuipizhiheidou , susceptible parent-Jinyi 9, other two resistant varieties , Yuanboheidou and PI 437654,other two susceptible cultivars, Ludou 1 and Ludou 7, to race 4 of Heterodera glycines for their amplifiedproducts, Among 33 primers, one primer , OPG 04(Operon Company), amplified a DNA fragment whichspecifically existed in the products of all five resistant varieties and lines, and not found in these of threesusceptible cultivars(including susceptible parent).Breeding for broad adapability of soybean :we use parents from different latitudes and develope newcultivar Zhonghuang 13 with broad adapability ,it can growing in southern part of Sichuan province near 29northern latitude and in the same time it can grow in southern part of Liaoning province near 42 northernlatitude.

References:

1　 翁秀英, 王彬如, 王连铮, 等.大豆辐射育种的研究[ J] .遗传学报,1974(1, 2):157-169.

2　 王连铮, 王彬茹, 吴和礼, 等.大豆高产品种选育的研究[ J] .黑龙江农业科学.1980.(1)P11-17.
3　Lian Zheng Wang :Some aspects of soy bean production and thequality of soybean seeds in Heilongjiang Province ."Soybean seedquality and stand establishment", International Agriculture Publi-cations, Intsoy(International Soybean Program)series number22 , College of Agriculture/University of Illinois at Urbana -Champaign, 1982.195-196.
4　 王连铮, 吴和礼, 姚振纯,等.黑龙江省野生大豆资源考察报告及观察研究[ J] .植物研究, 1983, 3(3):116-129.
5　 王连铮, 尹光初, 邵启全, 等.大豆致瘤及基因转移[ J] .中国科学B 辑.1984,(2):P137-142.
6　 蒋兴邨, 王连铮, 邵启全, 等.含 T -DNA 大豆细胞系的建立[ J] .中国科学 B 辑.1985, (11):1004-1008.
7　 Wang Lianzheng Shao Qiquan.T -DNA Transfer in Soybean.Proceedings of International Symposium on"Soybean in T ropicaland Subtropical Cropping Systems".revised edition, 1986, 165 -170, Tsukuba , Japan.Scientific Editor.S.Shanmugasundaram.
8　 隋德志, 王连铮, 尹光初.大豆幼胚培养经体细胞胚再生植株[ J] .科学通报, 1987.(21):1679.
9　Wang Lianzheng.Soybean-T he Miracle Bean of China[ A] .Inbook"Feeding A Billion"Michigan State University Press。 EastLansing , Michigan.1987:183-201.
10 王金陵, 王连铮, 周瑛, 等.大豆[ M] .中国农业百科全书农作物卷, 北京:农业出版社, 1991.55-59.
11 王连铮, 王金陵.大豆遗传育种学[ M] .北京:科学出版社, 1992.7.
12 王培英, 王连铮, 朴德万.EMS 诱发大豆脂肪酸组成优良突变的研究[ J] .核农学学报, 1993, 7(2):81-87.
13 Wang Lianzheng .Soybean production and research in Indonesia ,Vietnam and Bangladesh[ R] .Consultant Report to RAPA FAONetwork Newsletter of Food Legume and Coarse grains, 1994,28:2-20.
14 王连铮.大豆高产栽培技术[ M] .北京:中国农业科技出版社.1994.1-176.
15 肖文言, 王连铮.大豆幼荚子叶原生质体培养及植株再生[ J] .作物学报.1994.20,(6):665-670.
16 Wang Lianzheng.Soybean improvement using nuclear techniques ,A presentation at a seminar on legume mutation breeding for re-gional nuclear coorperation in Asia[ M] .In book"Plant MutationBreeding in A sia China Agricultural Scientech Press.1994, 89 -102.
17 王连铮, 胡立成.高蛋白高产大豆新品种黑农 35 的选育及大豆矮化育种等问题[ J] .中国农业科学, 1995, 28(5):38-45.
18 颜清上, 陈品三, 王连铮.北京地区大豆孢囊线虫 4 号小种的验证[ J] .大豆科学.1995, 14(4):355-359.
19 颜清上, 陈品三, 王连铮.大豆根渗出物对大豆孢囊线虫 4 号生理小种卵孵化的影响[ J] .植物病理学报, 1997.
20 颜清上, 王岚, 李莹, 等。利用 RAPD 技术寻找大豆抗孢囊线虫 4号小种标记初报[ J] .大豆科学.1996, 15(2):126-129.
21 颜清上, 陈品三, 王连铮.中国小黑豆抗源对大豆孢囊线虫 4 号生理小种抗性机制的研究 I.抗源品种对大豆孢囊线虫侵染和发育的影响[ J] .植物病理学报, 1996, 26(4):317-323.
22 Lianzheng Wang .Soybean:A world-wide crop[ R] .In P roceed-ings of World Soy bean Research Conference V .(WSRC V)ASpeach at plenary session of WSRC V .edit.Banpot Napompeth ,Kasetsart University Press, Bangkok.Thailand.1997, 517 -520.
23 Wang Lianzheng .Soybean breeding for high yielding and highprotein content .In Book "Seed Industry and Agrucultural Devel-opment"[ M] .China Ag riculture Press, Beijing .1997, 159-167.
24 叶兴国, 王连铮.大豆花药愈伤组织的分化及其内源激素分析[ J] .作物学报, 1997, 23(5):555-561.
25 颜清上, 陈品三, 王连铮.中国小黑豆抗源对大豆孢囊线虫 4 号生理小种抗性机制的研究 II.抗感品种根部合胞体超微结构的比较[ J] .植物病理学报, 1997.27(1):37-41.
26 颜清上, 王连铮, 陈品三.中国小黑豆抗源对大豆孢囊线虫 4 号生理小种抗病的生化反应[ J] .作物学报, 1997, 23(5):529-537.
27 王连铮, 叶兴国, 隋德志, 等.黑龙江省及黄淮海地区大豆品种的遗传改进[ J] .中国油料作物学报, 1998, 20(4):20-25.
28 Wang Lianzheng.T he current situation of agricultural productionand its sustainable development in China.In book, Agricultureand Ecological Resilience.Edited by Suteera Nagava-jara.American Assosiation for the Advancement of Science(AAAS)。The Ist Asia-Pacific High level conference on Sustain-able Ag r.1999, 11-34.
29 Ching Yeh Hu, Lianzheng Wang .September-October.In Vitrocell.Dev .Biol -Plant 35:417-420.(1999 Society for in VitroBiology)In Planta Soybean T ransformation Technologies Devel-oped in China :Procedure, confirmation and Field Performance.1999.
30 Lu Ming , Wang Lianzheng .1999a :State of the Soybean Industryin the People’s Republic of China (Plenary address), Proceedingof World Soybean Research Conference VI (WSRC VI)edit .Harold Kauffman.Chicago , Illinois, USA .Aug 4-7, 1999.1-5.
31 Wang Lan, Wang Lianzheng , Liu Zhifang et al .Soybean transfor-mation of Foreign Gene M ediated Agrobaterium T umifaciens .Proceeding of WSRC VI.Chicago , USA .1999b, 448.
32 颜清上, 王连铮.“抗病值”在大豆抗孢囊线虫病遗传研究中应用的探讨[ J] .作物学报, 2000, 26(1).20-27.
33 Irradiation mutation techniques combined with biotechnology forsoybean breeding.(英文)核农学报, 2001, 15(5):274-281.
34 王连铮, 裴颜龙, 王岚, 等.大豆辐射育种的某些研究[ J] .中国油料作物科学 2001 23(2):1-5.
35 王连铮, 王岚, 赵荣娟, 等.黄淮海地区大豆育种的研究[ J] .大豆科学, 2001, 20(4):266-269.
36 王连铮, 赵荣娟, 王岚.大豆抗孢囊线虫 4 号生理小种新品种的选育研究[ J] .中国农业科学, 2002, 35(5):476-481.
37 Wang .Lan, T .Clemente , Wang Lianzheng , et al .RegenerationStudy of Soybean Cultivars and Their Susceptibility to Ag robac-terium tumifaciens EHA 101[ J] .作物学报, 2003, 29(5):664 ～669.
38 Wang Lianzheng , Wang Lan.Combining radiation mutation tech-niques with biotechnology for soybean breeding[ R] .August , Vi-enna , Austria IAEA(International A tomic Energy Agency TEC-DOC -1369 , [ Improvement of new and traditional industrialcrops by induced mutations and related biotechnology] 2003.107-115.
39 王连铮, 王岚, 赵荣娟, 等.高油大豆中黄 20 的选育和高油大豆育种的研究[ J].中国油料作物学报, 2003, 25(4):35-43.

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Last Update: 2016-12-15