狼尾草

láng wěi cǎo
  • Chinese pennisetum
狼尾草狼尾草
狼尾草[láng wěi cǎo]
  1. 杂交狼尾草分子标记分析DNA快速提取方法

    Rapid DNA Extraction method for Molecular Marker Analysis of Pennisetum Hybrid

  2. 利用RAPD标记分析狼尾草属牧草品种间的遗传关系

    Analysis of genetic relationships of cultivars in Pennisetum by RAPD markers

  3. RAPD分子标记在鉴定狼尾草属杂交后代上的应用

    Studies on the identification of pennisetum hybrids by PCR - RAPD markers

  4. 狼尾草属牧草资源的RAPD分析

    RAPD Analysis on Forage Resources in Pennisetum

  5. 拟高粱春播单株最终DM产量较夏播的高,苏丹草和杂交狼尾草则反之。

    On the contrary , sudangrass and pennisetum hybrid had higher final DM weight at summer sowing than at spring sowing .

  6. 利用杂交狼尾草饲喂高产奶牛时,应注意日粮中Ca、P的添加。

    Attention should therefore be paid to the addition of Ca and P in diets when a lactating dairy cow is producing milk 35 kg / d when fed by Hybrid Pennisetum .

  7. 东非狼尾草CCC处理区以及非洲狗尾草两处理区各生长参数与对照区差异均不显著。

    The difference of the growth parameters between control and GA_3 or CCC in Setaria grass was not significant .

  8. 选系的鲜草产量高于美洲狼尾草及生产上常用的苏丹草,但较杂交种F1无性繁殖苗为低。

    Fresh matter production of the strains were higher than that of pearl millet and sudangrass which is widely extended , but lower . than that of pennisetum hybrid propagated vegetatively from F_l plants .

  9. 应用14C示踪技术研究了杂交狼尾草秸秆在稻麦轮作田中为期1年的原位分解。

    Decomposition of hybrid elephant straw 14C in situ in the field was studied using the 14C-tracer technique in yellow-brown earth under a wheat-rice rotation system for one year .

  10. 杂交狼尾草新品系1号是由杂交狼尾草(美洲狼尾草Tift23A×象草N51)的芽变系经系统选育而成的。

    The new strain 1 of common hybrid pennisetum was selected from bud variation through vegetative propagation .

  11. 对水稻(Oryzasativa)、玉米(ZeaMays)和狼尾草(pennisetumalopecuroids)三种禾本科植物成熟花粉的细胞器超微结构进行了比较,水稻花粉内线粒体数量最多,其内嵴亦较密;

    Among the matured grass pollen of rice ( oryza sativa ), maize ( zea mays ) and pennisetum ( pennisetum alopecuroides ), the quantity of mitochondria in rice pollen is the most , and the ridge of mitochondria is crowed together .

  12. 早春施肥对东非狼尾草生长的影响

    Effects of early spring fertilizing on the growth of Kikuyu grass

  13. 几种(品种)狼尾草属观赏草的耐荫性研究

    Study on Shade-tolerance of Several Ornamental Grasses of the Genus Pennisetum

  14. 多菌灵对美洲狼尾草种子发芽的影响研究

    Effect of Carbendazol on the Seed Germination of Pennisetum americanum

  15. 能源植物狼尾草品种筛选评价指标分析

    The Analysis of Evaluating Indicator of Screening Kinds of Energy Plant Pennisetum

  16. 多花黑麦草是水稻和杂交狼尾草较好的前作。

    Annual ryegrass was the better preceding crops of rice and HPR .

  17. 9个国产狼尾草野生种的特征特性与栽培利用研究

    Characteristics and Cultivation Utilization of nine Domestic Wild Pennisetum Species

  18. 杂交狼尾草母本柱头可授性和父本花粉活力研究

    Pollen Viability and Stigma Receptivity of Pennisetum Hybrid Parents

  19. 香根草属与狼尾草属植物对土壤线虫营养类群的影响

    Effects of Grasses of Vetiveria and Pennisetum on Trophic Groups of Soil Nematodes

  20. 杂交狼尾草生育特性研究

    Studies on growth and development traits of Hybrid Pennisetum

  21. 不同前作对杂交狼尾草产量和品质的影响

    The effects of different preceding crops on yield and forage quality of Pennisetum hybrid

  22. 遮荫条件下,5种(品种)狼尾草的地上含水量均增加。

    Water content of all species of Pennisetum increased under shading conditions . 2 .

  23. 肥料运筹对杂交狼尾草氮素利用效率和硝酸盐含量的影响

    Effects of Fertilizer Application on Nitrogen Utilization Efficiency and Nitrate Content in Hybrid Pennisetum

  24. 施氮水平对杂交狼尾草产量、品质和氮素吸收利用的影响

    Effects of N Fertilization Levels on Yield , Quality and Nitrogen Uptake and Utilization

  25. 杂交狼尾草生长过程中营养成分含量与生物量变化规律的研究

    Studies on the Changes of Nutrient Contents and Biomass of Pennisetum Hybrid during Growing Period

  26. 本研究以紫色狼尾草为原料,探讨其花青素特性及加工稳定性。

    This research was aimed to study the characteristics and processing stability of this anthocyanin .

  27. 云南狼尾草属二新变种

    Two new variety of Pennisetum from Yunnan

  28. 研究了杭州生态条件下移栽杂交狼尾草的生育特性。

    Growth and development traits of hybrid Pennistum were studied at the ecological condition of Hangzhou .

  29. 氮肥水平和刈割间隔对杂交狼尾草根系活力和粗蛋白含量的影响

    Effect of nitrogen fertilizer application and defoliation intervals on root vigour and crude protein in hybrid Pennisetum

  30. 狼尾草花粉在单孢花粉期,花粉外壁外层仅为一层,至二孢花粉期柱状层才开始分化,然后逐渐形成覆盖层和基层。

    In the pollen of pennisetum , the columnar layer began to form until bicellulate pollen stage .