穗高

  • 网络Hotaka;FASTRAX;Shin Hodaka;SHINMEN HODAKA;Hodaka Yamakaw
穗高穗高
  1. 玉米穗高系数对产量性状的影响

    Effect of the Spike Position Height Coefficient on Yield Characteristics in Maize

  2. 结果表明,穗高系数与穗长、行粒数、千粒重、产量呈正相关,与穗行数、穗粗呈负相关。

    The results showed that the spike position height coefficient has positive relevance with spike length , grains per row , 1000 grains weight and yield and negative relevance with rows per spike and spike diameter .

  3. 不同水分条件下玉米株高和穗位高的QTL分析

    QTL Analysis of Plant Height and Ear Height in Maize under Different Water Regimes

  4. 在父本组中,株高、穗位高、穗长三个性状的GCA方差分析差异显著。

    Analysis showed that the GCA variance of plant height , ear height and ear length in male parents were notable .

  5. 雌雄蕊原基分化期幼穗中高含量的ZR和iPA,小花分化数多,较高含量的ZR和iPA有利于小花分化。

    High contents of iPA and ZR at the pistil and stamen primordium differentiation stage could promote the formation of fertile florets per spike .

  6. 采用增广NCⅡ设计,研究玉米的株高、穗位高、穗长、穗粗、穗行数、粒长、百粒重和小区产量的遗传。

    The genetic model of maize including the plant height , ear diameter , ear length , ear placement , row number , grain length , 100 grain weight and plot yield was studied using augmented NC ⅱ design .

  7. 有机肥增效剂和活性酶土壤结构调节剂(BZ和AG制剂)处理能促进水稻的生长发育,水稻的群体增大,分蘖较多,成穗率高;

    Increasing efficiency agent and reactive enzyme soil organic structure regulator ( BZ and AG agents ) to handle the growth for rice growth , increasing rice groups , tillering more into Sui rates ;

  8. 穗位高、雄穗分枝个数、穗粗的遗传均符合C-0模型,即符合加性-显性-上位性多基因遗传模型。

    The optimum genetic models of ear height , tassel branch number and ear diameter were C-0 , the inheritance were controlled by additive-dominance-epitasis polygene .

  9. 转Bt基因玉米的生育期、株高、穗位高、穗长、穗粗等与对照差异不大,秃尖长明显短于对照,穗粒数和产量明显高于对照。

    The growing stage , height of stem and ear position , ear length and ear width had not significant difference with common maize , but the length of bare tip of ear were notable shorter and number of ear grain and yield were notable higher than common maize .

  10. 推论株高、穗位高、穗长、穗粗、出籽率和百粒重等这些与产量相关性状的降低,有可能最终导致o2-NILs组合产量低于普通玉米组合。

    These traits related yield such as the plant height , ear height , ear length , ear diameter , kernel rate and grain weight decreased , which might result in lower yield in o2-NILs combination than normal corn combinations . 5 .

  11. 分蘖成穗率高、分蘖穗比率大的群体产量较高。

    The rice plant population with more effective tillers was high - yielding .

  12. 玉米穗位高遗传效应及其与环境互作效应分析

    Analysis of Genetic Effect and Genetype by Environment of Ear Height on Maize

  13. 结果表明,株高等7个性状与籽粒产量呈极显著正相关,生育期为显著正相关,穗位高和穗粗为正相关,但差异不显著,穗行数为显著负相关。

    Was studied . The results indicated that maize yield was highly significantly correlated with seven characters of plant height etc.

  14. 聚糠萘合剂处理后,两品种株高和穗位高下降,地上与地下部干物重增加,根冠比增加。

    After PKN treatment , two varieties of plant height , ear height , ground dry weight , root to shoot ratio decreased .

  15. 冬前叶片数少,叶片小,分蘖少,分蘖成穗率高;

    Leave numbers per plant before winter , tiller number were less , leaves wered small , while percentage of earbearing tiller was high ;

  16. 结果表明,持续高产田具有成穗率高、穗型大、谷草比高的生育特点。

    The results showed that the sustainable high yield population was characterized by high earing rate , big spike size and high ratio of grain-straw .

  17. 用根倒级数表示的根倒伏程度与株高,穗位高、重心高度和环状气生根数显著正相关,而与茎秆质量性状相关不显著。

    Root-lodging grade was significant correlation with height of plant and ear and number of brace root , but non-significant correlation with stem quality properties .

  18. 手栽稻分蘖发生叶位数多,且茎蘖成穗率高,单株成穗数多;

    The number of tiller leaf position of artificial transplanting rice was more , earbearing tiller percentage was higher and panicle number per plant was more .

  19. 从D0到D3代连续4代田间性状观察统计发现,变异植株的株高、穗位高、光合叶面积等均有变化。

    Through observing character of 4 generation from D_0 to D_3 , the height of plant the height of fruit and area of leaf are all variety .

  20. 与翻耕直播相比,免耕直播稻分蘖能力较弱,但无效分蘖较少,成穗率高。

    Compared with conventional tillage and direct seeding ( CT-DS ) rice , NT-DS rice displayed weaker tillering capability , less unproductive tiller number and higher productive tiller percentage .

  21. 植株株高、穗位高、重心高不同氮水平之间差异达显著水平,但不同硅水平之间差异未达显著水平。

    The difference of plant height , ear height , a height of gravity center showed significant between nitrogen levels were significant , but not between levels of silicon .

  22. 早、晚稻分蘖消长动态观测结果表明,施控释肥处理水稻生长前期分蘖增长平缓,分蘖高峰平稳,在后期茎蘖消亡率低,成穗率高。

    According to the records of tiller growth , it can be seen from CCF treatments that tillers increased gently and the tiller peak appeared smooth at early growth phase .

  23. 1970-2000年代杂交种的亲本自交系株高保持相对稳定(略降);穗位高降低,且随着密度的增加,趋势增强。

    ( 3 ) Plant height of parent lines was relative stable from the 1970s to the 2000s . Ear height decreased , and the trend was enhanced at higher densities .

  24. 相比之下,钵体育苗抛秧与摆栽技术可以有效避免机械损伤、缓苗快、秧苗素质高、低节位分蘖,成穗率高、节省成本等诸多特点。

    In contrast , potted seedlings transplanted and inseminate technology can effectively avoid mechanical damage , slow-fast , seedling quality high , low section-spike tiller , rate , saving costs and many other features .

  25. 套种玉米株高、穗位高、茎基宽、穗重、穗粒重低于单作玉米。

    And plant height , ear height , base stem width , ear weight and grain weight per ear of maize ( under ) ( intercropping ) are lower than that ( under ) monoculture .

  26. 研究结果表明:高油玉米主要性状中叶片数、穗位高、抽丝期、株高等遗传力较高,可在早代进行选择。

    The results showed that : the hereditary capacity of the numbers of leaves , ear position , silking stage and plant height were higher than other major characters , these characters can be selected at early generation .

  27. 组配的114×15、114×42特殊配合力高,株高、穗位高适宜,是大穗大粒型强优势组合。

    Combinations of 114 × 15 , 114 × 12 are higher in SCA . They are appropriate for the height of plant and ear position . They belong to strong heterosis combinations of big ear and big kernel .

  28. 综合抗性好,抗白粉病、锈病和叶枯病;分蘖成穗率高,穗粒数平均为30粒:植株偏高,千粒重较低:品质优良。

    ( CK ), better disease resistance to powdery mildew , rust and leaf wilt , more tillers and spikes per plant , average 30 grains per spike , higher plant , lower thousand-grain weight , and high quality .

  29. 结果表明:申优1号以其分蘖力强、成穗率高、穗形大、结实率高的特点,适合应用强化栽培技术。

    The results showed that the rice variety " Shenyou 1 " was appropriate to the application of SRI due to its strong tillering ability , high percentage of ear-bearing tiller , big ear , and high filled-grain percentage .

  30. 以垄沟点播玉米比垄上点播玉米增产17.69%~17.92%,其株高、穗位高、穗粗、茎粗均有所增加。

    The yield of furrow dibble planting corn is increased by 17.69 % ~ 17.92 % than the ridge planting . The plant height , height of ear position , ear perimeter and stem perimeter of the former are also increased .