植物形态学

  • 网络Plant Morphology;phytomorphology;Plant Macromorphology
植物形态学植物形态学
  1. 结果:经植物形态学和染色体数检测,诱导后的材料具有明显的多倍体特征。

    Result : Eucommia ulmoides olive show obvious characters of polyploid by plant morphology and quantity of chromosome examine .

  2. 在植物形态学中,将花瓣与萼片或其裂片在花芽中的排列方式分为镊合状、旋转状和复瓦状。

    In the plant morphology , the arrangement of the petals and sepals or slivers in the flower bud will be valvate , contorted or imbricate .

  3. 根据植物形态学原理和图形学技术,对三维花卉进行建模。

    Flower modeling is based on the principles of plants morphology and graphics technology .

  4. 中国籼稻品种非整倍体的研究&Ⅰ.植物形态学部分

    Studies on Aneuploids from a Chinese Indica Variety of Rice ⅰ . Plant Morphological Part

  5. 本文描述了供试蕉芋品种的植物形态学特征、生育期、株高增长动态以及该品种的产量性状。

    The morphological characteristics dynamic and the yield performance of the test variety were described in this paper .

  6. 结合植物形态学原理和分形图形学技术,对莲花、荷花和月季这3种花卉的形态结构进行了观测统计。

    The anthor carried out the observation the of the form structure of lotus flower , chrysanthemum and rose of the combination of plant morphology and fractal graphics technology .

  7. 以17个重要形态学性状进行了胡枝子属植物形态学的鉴定与评价,利用基本统计分析、相关分析、因子分析、聚类分析对其中的14个关健形态学性状进行了统计学分析;

    Seventeen important morphological characters were analysed to identify and evaluate genetic diversity of morphology of the Lespedeza populations . Fourteen vital morphological characters were studied using basic statistics , correlation analysis , factor analysis and cluster analysis .

  8. 薄荷属7种植物花粉形态学研究

    Morphological Studies on Pollen Grains of Seven Species in Genus Mentha

  9. 贵州杨梅属2种植物幼苗形态学特征的比较研究

    A comparative study on morphological characteristics of two species of Myrica

  10. 中国植物种子形态学研究方法和术语

    Methods and terminology of study on seed morphology from China

  11. 脑组织移植物神经元形态学变化的研究

    Study on Morphological Distortion of Neurons in Brain Tissue Grafts

  12. 几种岩风属植物的形态学研究

    Studies on Morphology of Some Species of Libanotis

  13. 这种隔离可能是新苏格兰地区猪笼草植物在形态学和遗传变异发展中的一个重要因素。

    This isolation may have been an important factor in the development of the morphological and genetic variation among pitcher plants in New Caledonia .

  14. 主要概述了姜黄属植物的形态学特征、生物学特性、资源分布、主要化学成分和姜黄在医药、食品和轻工业领域的用途,提出了贵州发展姜黄的前景。

    The paper briefly reviews the morphological and biological characteristics , resource distribution , main chemical composition of Curcuma longa , its utilization in medicine , food and light industries and puts forward the prospect of developing Curcuma longa in Guizhou .

  15. 关于或与植物和动物形态学有关联的。SEBS化学交联的热分析动力学研究

    Relating to or concerned with the morphology of plants and animals . Study on Thermal Kinetics for Chemical Crosslinking of SEBS

  16. 菊科蓍属10种植物花粉的形态学研究

    Studies on the Pollen Morphology of Ten Species of Achillea

  17. 大鼠脑移植物内突触形态学观察

    Morphological Observation on the Synapses in Brain Grafts of Rat

  18. 低磷胁迫时植物根系的形态学变化

    Morphological Variety of Plants Tolerance to Low - P Stress

  19. 本文综述了近几年来兰科植物在比较形态学、细胞学、生物化学和分子生物学的研究进展。

    The paper summarizes the research advances of orchidaceae plants in comparative morphology , cytology , biochemistry and molecular biology .

  20. 简述了植物春化作用的形态学和生理生化基础,分析了与春化作用有关基因间的相互联系,介绍了春化作用的分子基础与DNA甲基化的相关性。

    This paper summarized the morphological and physiological basis of plant 's vernalization , analyzed the mutual connection among genes related to the vernalization and introduced the relationship between molecular biological basis of vernalization and DNA methylation .

  21. 中国红豆属植物的叶表皮形态学

    Leaf Epidermal Morphology of Ormosia Jacks . ( Leguminosae ) in China

  22. 一些植物花粉的微形态学研究

    Pollen micro-morphological study of several plants

  23. 新疆滨藜属植物叶表皮微形态学及叶的比较解剖学研究

    Study on the Micromorphology of Leaf Epidermis and the Comparative Anatomy of Leaf of Atriplex in Xinjiang

  24. 我们还对柏科植物雌球果的形态学特性及其可能的演化趋势进行了讨论。

    Based on these observations , a morphological interpretation and possible evolutionary trend of the Cupressaceae female reproductive structures was discussed .

  25. 植物物种的鉴定在生物多样性的调查和保护过程中居于核心地位,但传统的植物形态学物种鉴定方法存在着很多不足之处。

    Species identification in plants is a central issue in surveys and conservations of biodiversity , but traditional identification based on morphological traits has numerous shortcomings in identifying plant samples into species .