分株

慈竹构件和分株水平总黄酮含量的变化

Changes of Total Flavonoids Content at the Module and Ramet Levels in Neosinocalamus affinis

分株高度和生物量及其分配无严格的密度制约规律。

There was no strict rule of density dependence on ramet height , biomass and its allocation .

筇竹无性系分株生物量在笋-幼竹生长时期符合Logistic增长；

The biomass increase of clone population between the stage of shoot and young bamboo follows Logistic equation .

未刈部分分蘖的地上生物量和每分株分蘖数在处理间有明显差异，G处理单分蘖的生物量最大，其它处理间无显著差异；

There was significant difference in aboveground biomass per tiller or tiller number per ramet to unmowed part of a clone among treatments .

遮光和去叶处理对羊草（Leymuschinensis）无性系分株间碳物质转移的影响

The Effects of Shading and Defoliation on Translocation of Carbon Resources between Clonal Ramets of Leymus chinensis

但高浓度CO2下克隆株中的初级和次级分株生长速率均高于低浓度CO2。在两种CO2浓度下相同克隆植株构件中的总碳含量没有明显差异；

Both primary and secondary ramets had higher growth rate under elevated CO2 than under ambient CO2 . There was no difference in C content of the same clonal modules under two experimental conditions .

RAPD检测到来自ZHG种群的一个克隆的10个分株（ramet）之间存在遗传变异，这是首次用RAPD检测到芦苇的体细胞变异；

Distribution of the clonal plant ramets in heterogeneous environment The genetic variation among ramets from one genet has been detected by RAPD .

对2002年长江流域棉花区试的10个新品种进行了抗枯萎病（Fusariumwilt）鉴定，并从每个品种中各选择30个单株，分株计产，按株取样检验其纤维品质。

Ten varieties ( strains and crosses ) participated in the cotton regional test of Yangtze River Valley in 2002 were tested for their resistibility to Fusarium wilt .

其中，在生长季初期以3a分株的生产力最高，进入中期以后则1a分株的相对生长速率最大。

During the early period of growing season , the productivity of 3 a ramets was the highest , but after the middle of growing season , 1 a ramets showed the greatest relative growth rate .

红王子锦带（Weigelafloridacv.‘Red-prince’）是我国近年来从美国引进的一个重要园林观赏树种，目前主要通过扦插、分株方法繁殖。

Weigela florida cv . ' red-prince ' is an important garden ornamental species introduced from America recently . At the present time it is propagated by cutting and separate plantlets .

新根蘖芽为0a芽，其它龄级与分株的龄级相一致，即1a分株主根芽为1a芽，2a分株主根芽为2a芽。

New buds from a root sucker were 0 a buds , other age classes of buds were consistent with that of ramets , i.e. buds produced from taproots of 1 a ramets were 1 a buds , and so on .

艾纳香种质分株移栽试验研究

A Study on the Transplanting Blumea balsamifera germplasm by Plant Division

对选择出来的每一棵优株都嫁接繁殖3-4个分株。

Three or four ramets of each selected tree are grafted .

研究结果表明：施肥可以显著改变克隆植株的形态，无性系分株产生能力增强，个体生长旺盛；

The results show that fertilization can obviously increase clonal growth .

枣苗繁殖常用的方法有分株繁殖和嫁接繁殖。

Suckering and grafting are two conventional techniques in propagating jujube .

丛生竹分株留蔸育苗技术研究

Study on Seedling Cultivation of Clump Bamboo of Separated Individual from Parents

六种植物种群分株生物量均表现出年龄依赖规律。

Biomass of ramets in all the six populations showed age dependence .

分株繁殖是凤梨科植物繁殖的重要手段。

Division propagation is the important propagation method of Bromeliceae .

百合的快繁主要有小鳞茎分株繁殖、鳞片扦插及组织培养。

The main quick reproduce way of Lilium are .

白三叶无性系植物种群分株间的资源分配

Resource Sharing by the Different Clonal White Clover Population

不同光照条件下聚花过路黄的克隆构型和分株种群特征

Clonal architecture and ramet population characteristics of Lysimachia congestiflora growing under different light conditions

蝴蝶兰试管分株快速繁殖研究

Rapid propagation in vitro by division of Phalaenopsis

新成长起来的无性系分株可能会被致死。

They may kill newly established ramets .

不同海拔高度上，野草莓分株种群密度在不同光照条件下的变化存在显著差异。

The interaction of elevation by light was significant with respect to ramet population density .

采用种子繁殖、扦插繁殖和分株繁殖试验对白花败酱的繁育技术进行研究。

The propagation techniques of seeding , cutting and tillering were studied on Patrinia villosa .

水分胁迫条件下草莓克隆分株间水分调控及其对光合功能的影响

The effects of water stress on water translocation and photosynthetic characteristics between clonal ramets in Strawberry

盆栽红掌快速分株繁殖试验

Potted Anthurium Fasting Dispart Propagate Test

活动芽由4个龄级组成，呈稳定型年龄结构，分株分蘖节对活动芽的贡献远大于根茎。

Age classes which had active buds were recognized , which showed a stable age structure .

克隆整合缓解了镉胁迫对远端分株生长的不利影响；

The growth performance of distal and proximal ramets was investigated at the end of the experiment .

分蘖型克隆植物黍分株和基株对异质养分环境的等级反应

Ramets and Genets in the Tillering Clonal Herb Panicum miliaceum in Hierarchical Response to Heterogeneous Nutrient Environments