结缕草

  • 网络zoysia japonica;zoysiagrass;Zoysia japonica steud;Zoysia spp
结缕草结缕草
  1. 土壤中有机质、速效N、总N、总P分别比对照增加16%、78%、61和140%,结缕草生物量比对照区高1倍。

    The contents of organic matter , available N , total N , and total P were higher than those under control by 16 % , 78 % , 61 % , and 140 % , respectively . The biomass of Zoysia japonica was increased two times a-gainst the control .

  2. 结缕草种子预处理反应与耐藏性的探讨

    Approach of the pretreatment and preservation resistance of Zoysia japonica seed

  3. 继代培养基中添加一定浓度的甘露醇、麦芽糖和ABA以及延长继代时间有助于愈伤组织的胚性化。基本培养基MS更适于结缕草初生愈伤组织致密胚性化。

    Subculturing onto a medium supplemented with mannitol , maltose , or ABA and with prolonged subculture time promoted embryogenic callus induction .

  4. 上海结缕草JD-1和结缕草属几个主要坪用草种的ISSR指纹分析

    ISSR Fingerprinting Analysis of Shanghai Zoysia DJ-1 and Several Main Species of Lawn Using Zoysia

  5. 利用SEM技术证实预处理能够明显破坏木质纤维素的三维结构,提高离子液体对纤维素的提取能力;而碱性的增强能够提高离子液体对结缕草中纤维素的溶解效率。

    It was confirmed that pretreatment could significantly undermine the three-dimensional structure of lignocellulose to improve the extraction capacity of ionic liquids by SEM ; as alkaline enhanced , the efficiency of ionic liquids for cellulose dissolution from Zoysia japonica was improved .

  6. AG-4仅在山东烟台、威海的草地早熟禾和结缕草上发现。

    AG-4 was isolated from Zoysia japonica and Poa pratensis , only in Yantai city and Weihai city , Shandong province .

  7. 4遮阴、低温是限制中华结缕草推广应用的主要逆境因子。

    Shadow and low-temperature are the major stress factors for Zoysia .

  8. 中华结缕草成熟胚的离体培养再生植株

    Plant Regeneration from Mature Embryo of Zoysia sinica in vitro

  9. 中华结缕草节间组织培养及无性系建立的研究

    Tissue Culture and Construction of Clones of Zoysia sinica Hance

  10. 沟叶结缕草草坪杂草化学防治研究

    Studies on Chemical Control of Weeds Grown in Manilagrass Turf

  11. 对天然结缕草草地放牧利用的初步研究

    A Preliminary Study on the Natural Zoysia Japonica Pasture Grazing

  12. 延长结缕草草坪绿期的研究

    The Study of Prolonging Green Stage of Zoysia Japonica

  13. 结缕草愈伤组织诱导及植株再生

    Embryogenic Callus Induction and Plant Regeneration of Zoysia japonica

  14. 克隆植物结缕草在两种环境中的生长发育特征

    Growth and Development of the Clonal Plant Zoysia japonica in Two Environmental Conditions

  15. 结缕草的生长行为表现出很强的可塑性和觅养特性。

    The growth behavior of Zoysia japonica showed strong plasticity and foraging trait .

  16. 结缕草克隆植株的生长明显受到环境条件的影响。

    Environmental conditions had obvious impacts on the growth of Zoysia japonica clones .

  17. 杂交结缕草在青岛地区的引种栽培试验

    Cultivation and Introduction on Hybrid Strain of Zoysia japonica & Z.tenuifolia in Qingdao

  18. 结缕草主要居群营养器官比较解剖学研究

    Study on Comparative Anatomy of Vegetative Organs of Main Populations of Zoysia japonica

  19. 粪斑对结缕草放牧草地根系层土壤氮素的影响

    Impacts of dung pats on nitrogen in root-layer soils of Zoysia japonica pasture

  20. 日本结缕草转基因技术研究进展

    Progress in the application of transgenic technology on Zoysia japonica Impression on Japan

  21. 结缕草种子(颖果)解除休眠前后的颖显微结构

    Glume Microstructure of Zoysia japonica Seeds ( Caryopsis ) Before and After Breaking Dormancy

  22. 结缕草草坪冬季追播多年生黑麦草的效果研究

    A Study of Winter-overseeding on Zoysia sp. Turf

  23. 氮肥对结缕草种子生产影响的研究

    A Study on the Effect of Nitrogen Fertilizer on Seed Yield of Zoysia Japonica

  24. 施肥对杂交结缕草成坪期草坪质量综合评价

    Comprehensive Evaluation of the Effect of Fertilizer Application on Hybrid Zoysia Quality during Turf Stage

  25. 细叶结缕草锈病的研究

    A study on rust of Zoysia tenuifolia

  26. 1建立了一套高效的中华结缕草再生体系。

    The results as follows : 1 . An efficient regenerating system of Zoysia was established .

  27. 辽东半岛不同生境天然结缕草种群冬眠构件的结构

    Structure of dormancy modules of Zoysia japonica populations in different habitats in Liaodong peninsula , China

  28. 3种冷地型草坪间差异较小;暖地型草坪中狗牙根和结缕草的蒸散量显著高于野牛草(P<0.01)。

    Among three cool-season turf-grass , ET difference was not significant ( P < 0.01 ) .

  29. 兰引3号结缕草成坪期施肥量与养分吸收量相关性研究

    Studies on the Correlation Between Fertilizing and Fertilizer Absorbing of Zoysia japonica While Forming a Turf

  30. 重金属Cd~(2+)对结缕草叶片光合特性的影响

    Effects of cd ~ ( 2 + ) stress on Photosynthetic Characteristics in leaves of Zoysia japonica