| 释义 |
ra·met 英ˈreɪmɪt美ˈremɪtAHDrāʹmĭt COCA¹⁷⁵⁰¹⁴
基本例句
n.植无性系分株
In this paper, soluble sugar content of Neosinocalamus affinis was measured by anthrone colorimetry at two levels of module and ramet in order to reveal its ecological and physiological adaptability.
采用蒽酮比色法，测定了克隆植物慈竹构件和分株水平的可溶性糖含量，以探讨其对环境的生理适应性。 cnki
The interaction of elevation by light was significant with respect to ramet population density.
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。 cnki
The younger ramet's high water can increase significantly the elder's2nd stolon number and the younger's tillering node biomass.
妹株高水能显著增加姊株2级匍匐茎数、妹株分蘖节生物量。 cnki
The developmental time of each ramet was basically same.
结缕草无性系各分株的发育时间基本相同。 cnki
The ramet number, spacer number, total stolon length and specific stolon internode weight decrease with the increase of stolon number in H. cymbalaris clone.
同一水葫芦苗无性系中，随着匍匐茎数目的增多，分株数、间隔子数、茎总长和匍匐茎比节间重变小。 cnki
There were identical changes between seale, intensity, grain of ramet population distribution pattern and the stocking intensity in horizontal space.
分株种群集聚分布格局的规模、强度和纹理在水平空间上与放牧强度的变化表现出一致性的关系。 cnki
ABA produced in water-stressed ramet could not be delivered to the adjacent and connected ramet and affect its stomatal behavior;
ABA不会通过匍匐茎在母株和子株间传递并影响相邻子株气孔导度； d.wanfangdata.com.cn
Biomass of ramet population, root- shoot ratio and density of ramet population decreased significantly with reduce of light intensity;
随光照减弱，东方草莓分株种群的生物量、根冠比和分株种群密度显著降低；210.75.237.14
Clonal architecture and ramet population characteristics are of the major concern in the studies on growth and adaptive strategies of clonal plants.
克隆构型和分株种群特征是植物克隆生长及其生态适应对策研究的基本内容。210.75.237.14
Such modification of local response of ramet petiole to shading due to physiological integration was not observed in the plants from the understory.
这种克隆整合对克隆形态可塑性的修饰作用只在林窗生境来源的实验植物中观察到。 cnki
The results showed that the change patterns of spacer length, ramet density, branching intensity, and branching angle of Duchesnea indica were in a quadratic curve when the elevation increased.
结果表明，随着海拔的增加，间隔子长度、分株密度、分枝角度和分枝强度呈二次曲线变化。 cnki
There was no strict rule of density dependence on ramet height, biomass and its allocation.
分株高度和生物量及其分配无严格的密度制约规律。 cnki
This character might improve invasion ability of ramet in vacant habitat, and adapted to the character of life history that L. virgaurea and L. sagitta presented under transplantation condition.
这一特性可以提高分株在空白斑块中的侵占能力，这也适应于黄帚橐吾和箭叶橐吾在移栽条件下所表现出的生活史相特征。 cnki
With the increase of ramet total biomass, the increasing rate of the leaf biomass in vegetative period was 3.39 times of that in reproductive period.
随着分株总生物量的增长，营养生长期叶片生物量增长速率是生殖生长期的3.39倍； www.cje.net.cn |