| 1. | Plant morphological characters, such as trichomes, have been used successfully as visual surrogates for resistance factors in selection programs .
植物形态特征例如毛状体在选择工作中已成功地用作抗虫因素的一种指标。 |
| 2. | Morphotype diversity of cistanche deserticola
名贵药材肉苁蓉原植物形态的多样性研究 |
| 3. | Application of l - system in plant simulation
系统在植物形态模拟中的应用 |
| 4. | Wood carvings often include plant forms such as the lotus flower as well as figures taken from hindu and buddhist religious stories
木雕通常包括植物形态，如采用印度和佛教故事描述的莲花。 |
| 5. | Salicaceae a family of dicotyledonous trees , shrubs , and creeping forms including the willows ( salix ) and poplars ( populus )
杨柳科：双子叶植物。杨柳科植物形态多样，有乔木，灌木及蔓生种类。包括柳树（柳属）和杨树（杨属）等。 |
| 6. | In the development of planetary life the vegetable form always precedes the animal and is quite fully developed before the animal patterns differentiate
在行星生命进化中，植物形态总是比动物重要并且是使动物样本完全分化发展之前。 |
| 7. | Now the main method to simulate plant form and structure is based on fractal , which is better in realizing the trees " complex structure but can not express the properties of plant form exactly
目前对包括树木在内的植物形态模拟主要采取分形的方法，虽然能够较好的表现树木的结构复杂性，但对其形态特征的表达不够准确，真实感效果不够理想。 |
| 8. | Were conducted . the results show that all the 4 species of pine leaves have a specific transportation tissue . these 4 species are different from each other by their morphological and histological characteristics
对马尾松、云南松、华山松、油松的原植物形态、药材性状、显微构造、粉末特征进行了对比研究，发现四种松叶在组织结构上均具有一种特殊组织? ?转输组织。 |
| 9. | This article is from hydrocotyle sibthorpioides ' vegetative state , original plant anthenticates , chemical compositions , pharmacological functions and clinical applications to overview its research development , preparing references for further researches and exploitating applications
摘要对天胡荽的植物形态、化学成分、药理作用及临床应用等方面的发展进行综述，供深入研究和开发应用参考。 |
| 10. | In chapter 4 : the main methods of fractal simulation of the configuration of plants are analyzed and the difficulties in them are pointed out . then a simplified algorithm of l - system based on vrml is put forward . the detailed methods by which vrml interact with java are discussed
第四章阐述了植物形态结构分形模拟的主要方法，指出其中的难点；接着提出了基于vrml的递归分形算法；然后论述vrml和java结合的途径和具体步骤，并通过递归分形算法生成了若干种具有交互性的三维分形植物的实例，应用到了虚拟场景中去。 |
