1.
Research Situations, Problems and Strategies of Forest Genetic Improvement in Jiangxi
江西林木遗传改良研究现状、问题与对策
2.
Molecular Biology Applied in the Improvement Process of Forest Trees
林木遗传改良中的分子生物学研究进展
3.
Study on Multiple Selection and Genetic Improvement of Chinese Fir Clones for Growth and Wood Property;
杉木无性系生长与材性综合遗传改良研究
4.
Genetic improvement on bi-clonal seed orchard of Chinese fir clone Long-15 and Min-33
杉木优良无性系龙15与闽33双系种子园遗传改良效应分析
5.
GENETIC IMPROVEMENT AND SEED ORCHARD MANAGEMENT OF MAIN AFFORESTATION SPECIES IN AUSTRALIA
澳大利亚主要造林树种的遗传改良及种子园经营技术
6.
Changes in Photosynthetic Indexes of Rice Varieties During Forty-seven Years of Genetic Improvement in Jilin Province,China
吉林省过去47年来水稻品种遗传改良过程中叶片光合指标的变化
7.
The idea in selection work is to choose trees which are genetically superior.
选择的意思是选择遗传上优良的树木。
8.
Study on Wood Color Improving Treatment of Plantation Eucalyptus Urophylla;
人工林尾叶桉木材材色改良处理研究
9.
Molecular Marker-based Genetic Analysis of Some Important Traits for Improvement of Shanyou 63, an Elite Rice Hybrid;
汕优63遗传改良的部分性状遗传学基础分析
10.
Without the proper balance of the interrelated components of an intensive management system, the optimum benefit from genetically improved planting-stock would not be realized.
对集约经营内部有关成分不作适当调整，经遗传改良的定植苗木的优越性，就不可能得到发挥。
11.
Chapters 2-5 are devoted to the basic concepts of Mendelian and population genetics which are of greatest concern in tree improvement.
第二到第五章介绍对于改良树木有密切关系的门德尔和群体遗传学的基本概念。
12.
State Key Laboratory in Genetic Improvents of Grops
作物遗传改良国家重点实验室
13.
ON THE BREEDING STRATEGY OF CARIBBEAN PINE IN GUANGDONG PROVINCE
广东省加勒比松遗传改良策略的探讨
14.
Studies on Genetic Improvement in Cotton Planted in China Since 1949;
建国以来我国棉花品种遗传改良研究
15.
Xinong9814 s Production Aplication and Genetic Improvement;
西农9814的生产利用及遗传改良研究
16.
Studies on the Genetic Improvement of the New Varieties Chuannong16;
小麦新品种川农16的遗传改良研究
17.
Genetic Improvement of Transgenic Rice c.v. Kemingdao with a cry1Ab Gene from Bacillus Thuriengiensis;
转Bt基因水稻“克螟稻”的遗传改良研究
18.
The superior genetic material selection and the performance of improved Betula luminifera in the earlier stage
光皮桦优良遗传材料选择及改良前期效果