Chinese translation for "叶器官"
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- foliage organ
Related Translations:
身体器官: body apparatusbody organ 嗅觉器官: olfactory organorgan of smellorganon olfactusorganum olfactoriumsmell organ 实质性器官: parenchymatous organ
- Example Sentences:
| 1. | The results from this study were published in acta botanica sinica , 42 , 1258 - 1262
因此，对非叶器官表面气孔的研究显得尤为重要。 | | 2. | This study demonstrated that the photosynthetic contribution of non - leaf organs was 6 % - 28 % of that of flag leaves . the decline in photosynthetic activity was closely related to the reduction of chloroplast numbers
非叶器官中叶绿体超微结构的这种变化和差异，暗示着非叶器官可能在作物的不同发育时期，对籽粒有重要作用。 | | 3. | Interestingly , it was observed that the photosynthetic capacity in the aging plant declined earlier in leaf organs than in non - leaf organs , suggesting that non - leaf organs are still functional in the later development stages , when leaves have been yellowing and exhausted
几种作物非叶器官结构和功能的研究通过对非叶器官和功能叶光合特性的比较研究，发现不同种作物非叶器官具有与功能叶不同的光合特性。 | | 4. | If we consider the whole cereal plant as two parts , leaves and non - leaf organs , then it could be proposed that improvement of wheat yields can be obtained by improving the partitioning of assimilates of non - leaf organs ( frey - wyssling et al , 1959 ; sharma - natu et al , 1994 ) . although structure and function of leaves received considerable attention , those of non - leaf organs are poorly documented
本论文以小麦、水稻等几种重要经济作物为材料，应用透射电镜、扫描电镜、激光共聚焦显微镜以及氧电极，低温荧光等生理技术手段，对作物非叶器官的结构和主要生理特性进行了较全面和系统的研究。 | | 5. | In my present study , changes in structure and function of all parts of non - leaf organs ( culms , paleae , lemmas , awns , and glumes ) were investigated during a series of developmental stages and in various cultivars . characterization of the culms of lodging - resistant wheat varieties lodging is a potential cause of yield reduction in cereal crops ( crook et al , 1994 )
其中，比较分析了非叶器官叶绿体超微结构的差异，测量了非叶器官的放氧和低温荧光等生理指标，尝试从结构与功能相结合的角度，探讨非叶器官在提高作物产量中所起的重要作用。 | | 6. | In this project , culms of lodging - sensitive and lodging - resistant varieties of wheat ( triticum aestivum l ) were compared at the morphological level to determine the anatomical features that are associated with these traits . this analysis revealed that lodging resistant culms are short , possess thicker mechanical tissue , and had larger vascular bundles
首先以不同品种的小麦为实验材料，对其主要非叶器官?茎秆，从解剖结构、木质素含量、以及抗倒伏的力学特性等方面做了详细的比较研究。 | | 7. | Characterization of stomatal frequency , stomatal index and guard cell length stomatal characteristics appear to be related to variations in net photosynthetic rate and water - use efficiency ( sellers et al , 1996 ) . here , the stomatal frequency , the guard - cell length and the stomatal index of non - leaf organs were investigated comparatively between the ear and the leaf of wheat . the results showed that stomatal frequency of non - leaf organs is significantly lower than that of leaves , whereas the guard - cell length and stomatal index showed different variation patterns in both leaves and non - leaf organs
另外，本文还着重讨论了非叶器官气孔频度对作物光合作用的影响，并提出了在非叶器官中可能存在与此相适应的未知的光合类型叶绿体是作物进行光合作用的场所，通过对小麦、水稻非叶器官及功能叶叶绿体超微结构的比较研究，发现非叶器官单个光合细胞中叶绿体的数量较少，体积也较小。 | | 8. | Changes in chloroplast composition non - leaf organs have fewer and smaller chloroplasts than leaves . glumes and awns are organs directly exposed to light but they contain more grana per chloroplast , bigger granal stacks and more thylakoids per granal stacks and therefore their chloroplasts are more simi
4明显高于旗叶；若以放氧为标准，比较功能叶和非叶器官的光合活性，发现以叶绿素为单位，非叶器官的放氧速率与旗叶相当，或甚至高于旗叶；以单穗为单位，最高可相当于旗叶的28 。 |
- Similar Words：
- "叶齐德一世" Chinese translation, "叶企孙" Chinese translation, "叶企孙在曼多塔湖" Chinese translation, "叶启田" Chinese translation, "叶启源" Chinese translation, "叶气孔" Chinese translation, "叶气肿" Chinese translation, "叶千秋" Chinese translation, "叶浅予" Chinese translation, "叶腔" Chinese translation
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