查询词典 Pyrola

Ladaptation Some of Pyrola calliantha picked from Saihanba were planted in flowerpot,and parked indoor,the others were planted in dankness environment below the forests.

对当年鹿蹄草种子的发芽试验表明：不论是室温条件下还是用赤霉素预处理，都没有发芽，这说明鹿蹄草种子存在休眠现象。

It can be used for the quality control of both plant materials and preparations of Pyrola decorate.

该方法简便快速、结果准确、重现性好，可以作为普通鹿蹄草药材及相关制剂质量控制的一个有效方法。

This paper analyzed morphological and biological characteristics of Pyrola dahurica and expatiated on its application in northern landscaping.

分析了兴安鹿蹄草形态学和生物学特征，阐述了兴安鹿蹄草在北方园林绿化中的应用。

Therefore, Pyrola dahurica would be a very promising plant in northern landscaping.

所以，兴安鹿蹄草是一种极有前途的北方园林绿化植物。

The results showed that there is a close relationship between anatomical structures and epidermic characters of leaves of Pyrola calliantha and its evergreen characteristic and winter

结果表明：鹿蹄草的根状茎、叶片的解剖结构与其常绿抗寒的特性之间有密切的相关性。

With plant materials of Pyrola incarnata, the biological and ecological characteristics were studied.

本文以鹿蹄草科鹿蹄草属植物为主要研究对象，进行了鹿蹄草属植物的资源概述和园林应用前景的探讨，初步研究了红花鹿蹄草的生态习性和生物学特性，并进行了分株、扦插等繁殖试验，探讨了鹿蹄草属植物在北京地区露地引种为常绿地被的可能性，提出了为引种成功所需的进一步的工作。

The results showed that Pyrola dahurica was a unique role in the northern landscape because it had extremely cold tolerance and shade tolerance.

表明：兴安鹿蹄草具有极强的耐寒性和耐阴性，在北方园林绿化中具有独特的作用。

ObjectiveTo investigate the constituents of Pyrola xinjiangensis..

目的研究新疆鹿蹄草Pyrola xinjiangensis的化学成分。

3Anatomical structures Studies on the microstructure in rhizome and leaf of Pyrola calliantha was done with the paraffin section method.

形态解剖学研究用石蜡切片法对鹿蹄草的根状茎、叶片进行了解剖学研究，同时观察了其叶片表皮形态。

The burgeon test showed that the seeds of the Pyrola calliantha have dormant habit.

为了更快、更好的繁殖鹿蹄草植株，用组织培养的方法进行了繁殖试验。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。