1.
Studies on the Micromorphological Characters of Leaf Epidermis of Lespedeza Michx and the Flavonoids from L. Dunnii;
胡枝子属植物叶表皮微形态特征及春花胡枝子黄酮类化合物的研究
2.
Studies on Seed Vigor and Hard-seededness of Indigofera Amblyantha and Lespedeza Bicolor;
多花木蓝和二色胡枝子种子的活力与硬实特性的研究
3.
The Effects of Varieties and Concentrations of Exogenous Hormone on the Rooting of Cutting for Campylotropis macrocarpa and Lespedeza floribunda
不同激素和浓度对杭子梢和多花胡枝子扦插生根的影响
4.
Study on the Flower Induction and Its Fresh-keeping of Branch-cutting of 'Jin Chun' Peach in Spring Festival Period
‘锦春’桃的切枝春节催花及保鲜研究
5.
Study on Allelopathy of Alfalfa Extracts to Lespedeza Formosa,Indigofera pseudotinctoria and Amorpha fruticosa
紫花苜蓿浸提液对美丽胡枝子等3种灌木的他感作用研究
6.
No autumn fruit without spring Blossoms
没有春天花开,哪来秋天果满枝
7.
Studies on Genetic Diversity of Lespedeza Bicolor and the Phylogentic Relationship of Lespedeza Michx Species;
二色胡枝子遗传多样性及胡枝子属种间亲缘关系研究
8.
Optimization of SRAP System and Genetic Relationship Analysis of Lespedeza
胡枝子SRAP体系优化及在胡枝子亲缘关系中的应用
9.
any of several shrubs of the genus Elaeagnus having silver-white twigs and yellow flowers followed by olivelike fruits.
胡颓子属的任何一种灌木，具有银白色的嫩枝、黄色的花和橄榄状的果实。
10.
She spent her days pruning the trees, grafting them, loading them with blossom in spring and fruit in autumn.
她整天忙着修剪、嫁接树枝，春天忙着给果树安上花朵，秋天忙着给果树挂上果子。
11.
Studies on Transformation of Lespedeza Bicolor by Antisense 4CL Gene
反义4CL基因转化二色胡枝子的研究
12.
Studies on optimizing Lespedeza bicolor regeneration system
二色胡枝子组培再生体系优化的研究
13.
On Poetess Group in Song Dynasty;
一枝独秀不是春 百花齐放春满园——论宋代女词人群
14.
Pollination Biology and Application of Molecular Markers in Lespedeza Bicolor
胡枝子传粉生物学及分子标记应用的研究
15.
Comparative study on the drought resistance 8 species of Lespedeza in seed germination period
八种胡枝子属植物种子萌发期抗旱性的比较
16.
Effect of La(NO_3)_3 on seeds vigor of Lespedeza davurica
La(NO_3)_3对达乌里胡枝子种子活力的影响
17.
Observation on Antenna Receptors of Cneorane violaceipennis Allard by scanning electronmicroscope
胡枝子克荧叶?触角感受器扫描电镜的观察
18.
Studies on Transformation of Lespedeza Formosa with BADH GENE;
甜菜碱醛脱氢酶（BADH）基因转化美丽胡枝子的研究