| 1. | Green or brown flexible petiole , variable internode length . large trailer
绿色或咖啡色的柔软叶柄，节间距离易变。大的悬垂型。 |
| 2. | Length of internode
节间长度 |
| 3. | The internode length , branching intensity and branching angle exhibited plasticity
天然臭柏匍匐茎的间隔物长度、分枝强度和分枝角度具有可塑性。 |
| 4. | Variation law of stem diameter and internode length aboveground of carex pseudocuraica ramets under different water content
不同水分状态下漂筏苔草无性株地上茎粗和节长的变化 |
| 5. | Comparatively study on morphological characters and physiological activity of the upmost internode in high - yield hybrid rice during ripening phase
两优培九穗颈节与穗部性状关系研究 |
| 6. | Pale to yellow - green , textured , slightly elongated to ovate , very hairy , serrated , variable internode length / pale back . trailer
浅到黄绿色叶，很结构性，叶面多毛，锯齿叶缘。悬垂型。 |
| 7. | The characteristics of vascular bundle in the first internode and grain - filling of heavy panicle hybrid rice ( hphr ) were studied
摘要对重穗型杂交稻穗颈节间维管束特徵及其籽粒充实进行了研究。 |
| 8. | The development and formation of above - ground organs in wheat plant were simulated systematically and comprehensively , including leaf blade , internode and tiller
对小麦植株地上部器官形成过程进行了较为系统、全面的模拟研究，建立了包括叶片、节间和分蘖的解释性动态模型。 |
| 9. | The hphr has more vascular bundles and a much bigger area of single vascular bundle , total vascular bundle , total phloem and total xylem in the first internode than shanyou 63
结果表明，重穗型组合的大维管束数目、单个维管束面积及维管束总面积、韧皮部总面积均明显高于汕优63 。 |
| 10. | Three genetic coefficients , including maximum phyllochron , elongation internode number and plant height , were used to describe the genetic differences in leaf blade and internode among different wheat varieties
模型引入3个品种参数，即最大叶热间距、伸长节间数和株高，分别反映了不同小麦品种在叶片和节间等方面的遗传差异性。 |
