高山植物

ɡāo shān zhí wù
  • alpine plant
高山植物高山植物
  1. 高山植物矮嵩草对增强太阳UV-B辐射的适应性

    Adaptation of alpine plant of Kobresia humilis to the enhanced solar UV-B radiation

  2. 增强UV-B辐射对高山植物麻花艽净光合速率的影响

    Effects of supplementary UV-B radiation on net photosynthetic rate in the alpine plant Gentiana straminea

  3. 高山植物叶片δ~(13)C的海拔响应及其机理

    Response of leaf δ ~ ( 13 ) C to altitudinal gradients and its mechanism

  4. 高山植物黄管秦艽cDNA文库构建与表达序列标签(EST)分析(英文)

    CDNA Library Construction and Expressed Sequence Tags ( ESTs ) Analyses of an Alpine Plant Species Gentiana officinalis ( Gentianaceae )

  5. 不同强度的UV-B辐射对高山植物麻花艽光合作用及暗呼吸的影响

    Effects of UV-B Radiation of Different Intensity on the Photosynthesis and the Dark Respiration of Alpine Plant Gentiana straminea

  6. 结果表明与低海拔植物菘蓝相比,3种高山植物光合作用的表观量子效率(AQY)都偏低;

    The results indicated that the three alpine plants had relatively low photosynthetic quantum yields ( AQY ) as compared to the low land species of I.

  7. 邱园的TarrynBarrowman表示非常期待游客们来参观珍贵的高山植物“雪之耀”,它是从土耳其的雪山上引种过来的,很快即将登陆邱园。

    Tarryn Barrowman from the Kew Gardens is keen for visitors to see the delicate alpine plants " Glory of the Snow " from Turkey 's snow mountains that will emerge soon .

  8. 五种高山植物的个体生长在融雪梯度上的变化

    Changes of Five Alpine Species ' Individual Growth Along Snowmelt Gradient

  9. 高山植物叶绿体与线粒体位置相关性研究

    Study of correlative location between chloroplast and mitochondria in alpine plants

  10. 16种高山植物叶片内的异细胞及其生态学意义

    The idioblasts and their ecological significance in leaves of 16 alpine plants

  11. 高山植物繁育系统研究进展初探

    A Preliminary Review of Studies of Alpine Plant Breeding System

  12. 高山植物短管兔儿草光合作用特性及其对冰冻胁迫的反应

    Photosynthesis in Alpine Plant Lagotis brevituba and Its Response to Freezing Stress

  13. 四川省珍稀濒危植物区成分复杂,特有、孑遗、单种科属植物以及高山植物较多。

    The compositions of the rare and endangered plants in Sichuan are complex .

  14. 欢迎光临中国科学院华西亚高山植物园!

    Welcome to the West China Subalpine Botanical Garden !

  15. 以岩石为特色的一个庭园;通常种有高山植物。

    A garden featuring rocks ; usually alpine plants .

  16. 青海高山植物解剖特点的研究

    A study of characteristics of the anatomical structure of alpine plants at Qinghai Plateau

  17. 高山植物扁蕾的延迟自交机制

    Delayed selfing in an alpine species Gentianopsis barbata

  18. 高山植物水母雪莲的组织培养

    Tissue Culture of the Alpine plant Saussurea medusa

  19. 我父亲种植高山植物。

    My father breeds alpine plants .

  20. 香格里拉高山植物园办公楼节能设计&对太阳能利用的分析报告

    The energy-saving designing of Shangrila alp 's arboretum office building An analysis report about sun energy

  21. 最后探讨高山植物繁育系统研究中存在的问题。

    Finally , the problems in studying plant breeding system in alpine life zone are also explored .

  22. 阿尔金山自然保护区几种高山植物内生菌根的初报

    The First Report of Vesicular-Arbuscular Mycorrhiza of a Few Alpine Plants in the Natural Proteetive District of Altun Mountains

  23. 分析了青海达坂山地区16种高山植物重金属元素含量。

    The content of heavy metal element of 16 species periglacial plant in Qinghai Daban mountain area was analyzed .

  24. 像蝴蝶,狐狸和一些高山植物已经转移到更北或者更高更冷的地方。

    Some butterflies , foxes , and alpine plants have moved farther north or to higher , cooler areas .

  25. 在森林公园,有慈云寺、受镇宫、姐妹潭、高山植物园。

    At the forest park , there are such places of interest as Ciyun Temple , Shouzhen Palace , Sisters'Pond , botanical garden , etc.

  26. 岷江上游亚高山植物群落主要乔、灌木树种生态位研究

    Researches on the Niche of the Major Tree and Shrub Species in Vegetation Communities of Sub-alpine Forests in the Upper Reaches of the Minjiang River

  27. 在区系成分中存在较多中国-喜马拉雅成分,表明了该区系具有明显的高原及高山植物区系的特色。

    Owing to the elements in the flora are mainly of Sino-Himalayan ones , so the flora is obviously with plateau and alpine floristic features .

  28. 因此本论文试图以十字花科植物&菥蓂为研究对象,应用蛋白质组学的方法对高山植物的适应性开展探索性研究。

    To understand the process and mechanism of alpine plant adaptation , we have undertaken a pilot analysis of proteomic characters of Thlaspi arvens ( Brassicacaeae ) .

  29. 本区的禾本科植物绝大多数属于温寒地带分布类型,因而具有明显的高原高山植物区系的特征。

    Great majority of grasses in this area is a dispersed type to temperate and cold zone . Showing the feature of highland and alpine flora is quite clear .

  30. 本文以香格里拉高山植物园办公楼作为案例,对该设计在太阳能利用方面进行数字化的计算分析。

    This article by the Shangrila mountain botanical garden office building takes the case , carries on digitized to this design in the solar energy using the aspect the computation analysis .