盐生植物

yán shēnɡ zhí wù
  • halophyte
盐生植物盐生植物
  1. 新疆盐渍土分布与盐生植物资源

    Saline-soil Distribution and Halophyte Resources in Xinjiang

  2. 不同盐生植物在不同地区生长的主要影响因素不同。

    The major factors of impacting of the growth of different halophyte are different in different region .

  3. 一种适用于盐生植物的RNA提取方法

    A Suitable Method for the RNA Extraction of Halophyte

  4. 用NaCl和等渗PEG处理8种盐生植物和2种非盐生植物种子。

    Species of halophytic seeds and 2 species of non-halophytic seeds were treated with the different concentration of NaCl and iso-osmotic PEG .

  5. 在盐生植物中盐胁迫引起一定的氧化胁迫,SOD抗氧化酶的作用是盐生植物耐盐机制的一个重要的辅助机制。

    In halophyte species , salt stress often leads to oxidative stress . Therefore , SOD may play an important role in salt-tolerance mechanics of halophytes .

  6. NaCl诱导盐生植物和旱生植物种子K+外渗、膜完整性破坏和膜脂过氧化反应表现不同。

    The leakage of K + , the peroxidation of lipids and the disruption of membranes induced by NaCl were different between halophytes and xerophyte .

  7. 根据生物学特性,芦荟属于淡土植物(glycophyte)而非盐生植物(halophyte)。

    According to biological characteristics , aloe belongs to a glycophyte rather than a halophyte .

  8. 比较了三种盐生植物的生物学特征,其耐盐性差异以及N、P营养盐对其耐盐性的调节效应,还进行了三种海水蔬菜在温州滩涂种植的可行性和优劣比较。

    We aimed to comparative study the biological characteristics of three kinds of halophytes , the salt resistance and N , P nutrient regulation effect under salinity , and the practicability of seawater and marine aquaculture wastewater irrigation on three well-known seawater vegetables in Wenzhou beach zone .

  9. 研究了盐生植物碱蓬(Suaedasalsa)生长在不同浓度的NaCl和KCl溶液中体内Na+、K+含量、甜菜碱水平和甜菜碱醛脱氢酶(BADH)活性的动态变化。

    The changes of ion contents , betaine levels and betaine aldehyde dehydrogenase ( BADH ) activity in seedling of halophyte seepweed ( Suaeda salsa ) were studied under different salinity ( NaCl and KCl ) .

  10. 本方法还具有算法稳定、对初值要求不高及收敛速度快、过量性质影响小等特点.河北省盐生植物特有现象无。1977.13.No.除白内障手术固有的并发症外,未见CTR引起的其他并发症。

    More-over , this method had a variety of distinguishing features such as good convergence , no special requirement for initial values and little influence caused by neglecting the excess properties during calculation .

  11. 打破盐生植物种子休眠的必要条件;

    The essential conditions for dormancy breaking of seeds in halophytes ;

  12. 适用于盐生植物的双向电泳样品制备方法

    A protein extraction method suitable for two-dimensional electrophoresis analysis of halophytes

  13. 荒漠盐生植物根际土壤酶活性的变化

    Dynamics of soil enzyme activity in the rhizosphere of desert halophyte

  14. 盐生植物种子的休眠、休眠解除及萌发的特点

    Characteristics of Seed Dormancy , Dormancy Breaking and Germination in Halophytes

  15. 新疆盐生植物的钙调蛋白基因克隆与序列分析

    Cloning and Sequence Analysis of the Calmodulin Gene from Halophytes in Xinjiang

  16. 对甘肃河西地区盐生植物区系进行了研究。

    Halophytes in Hexi area of Gansu has been studied .

  17. 盐生植物耐盐相关基因克隆的研究进展

    Research Progress on Gene Cloning Related to Salt-resistant in Halophytes

  18. AM真菌对不同盐生植物抗盐性的影响类植物乳杆菌的耐酸、耐胆盐及降胆固醇特性

    Effects of AM Fungi on Salt Resistance of Different Types of Halophytes

  19. 不同类型盐生植物比较生理的研究

    Studies on the comparative Physiology of Halophytes in Different Types

  20. 盐生植物群落与土壤含盐量的关系及对土壤盐分的指示作用

    Relation Between Salt Plant Community and Indication of Salt Content in Soil

  21. 青海湖畔两种盐生植物叶片的超微结构研究

    Study on the leaf ultrastructure of two halophytes near the Qing-hai Lake

  22. 并讨论了盐度抑制盐生植物种子的机理。

    The inhibiting machanism of halophytic seeds by salinity is also discussed .

  23. 黄金海岸国家级自然保护区的盐生植物资源

    Halophyte resources of National Nature Preserve in the Golden Coast

  24. 河北省盐生植物区系的初步研究

    Preliminary study on the salt plants flora in Hebei Province

  25. 世界上可以用海水灌溉的盐生植物资源

    Halophyte Resources in the World that Allow Seawater Irrigation

  26. 盐生植物在盐渍土壤改良中的作用

    Improvement and utilization of saline soil by planting Halophytes

  27. 盐生植物根冠区土壤盐分变化的初步研究

    A preliminary study on salt contents of soil in root-canopy area of halophytes

  28. 荒漠盐生植物根际系统盐分分布特征

    Salt distribution patterns in rhizosphere system of desert halophytes

  29. 盐生植物的耐盐能力及其对滨海盐渍土的改良效果研究

    Salt Tolerance Capacity of Halophytes and Their Effects on Coastal Saline Soil Improvement

  30. 通过叶的结构特征反映出盐生植物与旱生植物的不同。

    Leaves of halophytes have differently structural characteristics compared with those of Xerophytes .