[1]董英山　吕景良　江相智.东北地区栽培大豆品种资源分类探讨[J].大豆科学,1998,17(04):311-317.[doi:10.11861/j.issn.1000-9841.1998.04.0311]
　Dong Yingsha nLu Jing lia ngJiang Xiang zhi.STUDY ON CLASSIFICATION OF CULTIVATED SOYBEANGERMPLASM RESOURCES IN NORTH EAST OF CHINA[J].Soybean Science,1998,17(04):311-317.[doi:10.11861/j.issn.1000-9841.1998.04.0311]
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东北地区栽培大豆品种资源分类探讨

《大豆科学》[ISSN:1000-9841/CN:23-1227/S] 卷: 第17卷 期数: 1998年04 页码: 311-317 栏目: 出版日期: 1998-11-20
Title:
STUDY ON CLASSIFICATION OF CULTIVATED SOYBEANGERMPLASM RESOURCES IN NORTH EAST OF CHINA
作者:
董英山　吕景良　江相智
(吉林省农科院大豆所　公主岭, 136100)
Author(s):
Dong Yingsha n　Lu Jing lia ng　Jiang Xiang zhi
( Soybean Research Institute. Jil in Academy of Agri . Sci. , Gongzhuling , 136100)
关键词:
栽培大豆;  品种资源; 分类; 中国东北
Keywords:
Cultiva ted Soy bean;  Germplasm Resources;  Classification;  Nor th Easto f China
DOI:
10.11861/j.issn.1000-9841.1998.04.0311
文献标志码:
A
摘要:
资源研究的目的是利用,资源分类也应围绕这一中心。据此,本研究根据栽培大豆品种资源的栽培区、栽培型、单株粒重、百粒重、生育期、抗病性(花叶病毒、霜霉病、灰斑病、孢囊线虫1号、3号)、抗虫性(食心虫)、株高、油分、蛋白质、叶形、花色及茸毛色,把东北三省(黑龙江、吉林、辽宁) 1778份栽培大豆品种资源划分为1个区、1个型、5类、25群、99亚群、1663个类型。提出了栽培大豆品种资源分类的基本模式及今后的发展方向。
Abstract:
Applicatio n is the most impo rtant purpo se fo r study of g ermplasm resources. Fo rthi s purpos, the 1778 so ybean v arietes o f No rth East of China w ere classified into 1 cultivated regio n, 1 cul tiv ated fo rm, 25 g roups, 99 subgro ups and 1763 types, according tocultiva ted regions, cultuv ated fo rms, yields per plant, w eight of 100 seeds, g rowing period,di seases resistance, insect resista nce, height o f plant, oi l, pro tein, shap o f leaf, co louro f f low er and colour of hai r et al. The mo de of classification of cultiv ated so ybeang ermpla sm reso uces a nd the di rectio n of classfiction o f cul tiv ated soy beans w ere discussed.

参考文献/References:

[1 ]　孙醒东, 1953, 大豆品种的分类,植物分类学报, 2( 1): 1- 9

[2 ]　王金陵, 1962, 大豆的进化与其分类栽培及育种的关系,中国农业科学, 1: 11- 15
[3 ]　王金陵, 1976, 大豆的分类问题,植物分类学报, 14( 1): 22- 30
[4 ]　王国勋, 1981, 中国栽培大豆品种的生态分类研究,中国农业科学, ( 3) : 39- 46
[5 ]　王国勋, 1987, 大豆的分类,中国大豆育种与栽培,张子金主编,中国农业出版社
[6 ]　王金陵, 1990, 大豆的分类,国际植物遗传资源通讯, 22- 32
[7 ]　王金陵, 1992, 大豆的分类,大豆遗传育种,王连铮主编,科学出版社
[8 ]　常汝镇, 1994, 中国大豆品种的分类,中国作物遗传资源,中国农业出版社
[9 ]　Eth eridg e, W. C. , Helm. C. A. and B. M. King, 1929, A cl as sif icati on of soybeans , Mi ss. Agri. Exp t.St at Res. Bull ( 3): 131
[10 ]　Hymowi t z, T. , and C. A. New el l, 1980, Taxon omy, domes ticat ion germ plasm res oures and variat ion inth e gen us glycine. Adv ences in Legum Sci. Ed t. by R. J. Summer f ield and A. H. bunt ing, Royal bot anicGarden, Kew , Eng land

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更新日期/Last Update: 2017-01-14