- 更多网络例句与通气根相关的网络例句 [注：此内容来源于网络，仅供参考]
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There is a great quantity of aerenchyma and secretory canals distributed in root, stem and leaf .
根、茎、叶中均有发达的通气组织和分泌道分布。
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With the complete degeneration of some cortical cells, aerenchyma was formed in the cortex 11 mm behind tips.
随着局部位置的皮层细胞完全消化，在离根尖11mm的皮层组织内开始形成通气组织。
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Combining the former investigations on root structure and physiology of these genotypes with the present result, it's concluded that this is a novel waterlogging tolerance gene related to structural adaptation, and can be induced in roots of sesame and wheat under anoxia stress where endogenous ethylene production and formation of aerenchyma have been observed.
结合前期有关根结构和生理研究表明，XET在芝麻和小麦根中受厌氧诱导表达，与根中内源乙烯增生以及根皮层通气组织形成具有同步性，为新的与结构适应相关的耐渍基因。
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Wetland plants have a series of physiological and anatomical characteristics to adapt flooding habitat, e.g., their root aerenchyma and oxygen-penetrating capability can make the rhizospheric micro-environment be under oxidation condition, resulting in the formation of Fe/Mn plaques on root surface.
湿地植物具有一系列生理和结构上适应浸水环境的特征，如根系的通气组织和渗氧能力，这使得植物根际微环境处于氧化状态，这样土壤中的铁和锰会在植物根表被氧化而形成红棕色的铁锰氧化物胶膜。
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Hydrophytes show certain adaptations to such habitats, notably development of aerenchyma, reduction of cuticle, root system, and mechanical and vascular tissues, and divided leaves.
水生植物表现出适应水生的特性：具有发达的通气组织；表皮、根系、机械组织、维管组织退化；叶片分裂；叶片、根和茎中均具有通气道或气腔。
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The results showed that it adapted to saltmorphic circumstances through the following characters: A lot of aerenchyma existed in the vegetative organs;Phellem highly expanded in roots;thick cuticula;more mucilage cells and aleurone grains in parenchyma of roots and stems;A lot of water storing...
结果表明，不同生态环境中生长的马齿苋解剖结构显著不同，盐生马齿苋具有适应盐渍环境的结构特征，这些特征表现为：营养器官通气组织发达；根的次生结构中木栓发达；根、茎的薄壁组织中含有大量的黏液细胞和糊粉粒；叶片表皮的角质膜厚；叶肉中含晶细胞、叶绿体及贮水组织丰富；而这些特征是黑土地上生长的马齿苋所不具备的。
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In nutrient solutions,deoxygenation caused a series of changes in root ana-tomy of some species,such as increased root diameter,root porosity and more developed aerenchyma,inducing a ROL barrier in root basal part and the consequent change of ROL profile.
溶液培养条件下，缺氧胁迫能使植物根的直径增粗，根孔隙度提高，通气组织更加发达，诱导根基部泌氧屏障的生成，使泌氧速率和泌氧方式发生变化。
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F. bidentis leaf was of isobilateral type, and had thicker epidermis cell wall and cuticle, obvious cryptopores, and highly developed palisade tissue, with typical C4-plant Kranz anatomy. The collenchymas and vascular tissue in stem and the aerenchyma in root were well developed. Secretory structure was found in all vegetative organs. According to the analyses of soil physical and chemical properties and relevant ecological factors, F.
结果表明：黄顶菊叶片表皮具较厚的角质层、下陷气孔，叶片为等面叶、全栅型，叶肉细胞环绕维管束鞘细胞紧密排列，是典型C4植物的Kranz花环结构；茎中厚角组织和维管组织发达，根中还存在通气组织；根、茎、叶中均存在分泌结构。
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The results showed that compared with soil culture, the root cap was not obvious with less amyloplast and polysaccharose substance under water culture. The root epidermis under water culture was thinner than that of soil culture, with little root hair or not, in which cortex parenchyma tissue developed with big cell, solution proliferative aerenchyma in intercellular space, and thin cell wall. However, the root cap under soil culture was big, with strong PAS reaction and no aerenchyma tissue.
结果表明：水培后根冠不明显，淀粉体较少，多糖类物质较少而土培根根冠体积较大，淀粉体较多，多糖类物质多，土培根PAS反应强烈；水培根表皮厚度比土培根小，水培根根毛少或退化消失；水培根皮层薄壁组织发达，细胞大型，壁薄，细胞间隙中含有溶生性通气组织，土培根皮层未见通气组织。
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Installing a breathable plastic pot mendicancy at the different position of vessel base to improve the rhizosphere ventilation environment to study the effects of three of different rhizosphere ventilation environment on potted cucumber at the initial stage of growth (the distance to pot mendicancy is 2, 4 and 6 cm, and show them with IC1, IC2, IC3 respectively).
为改善容器栽培根际通气环境，在距容器底部不同位置安装一透气的塑料盆托，研究了3种不同根际通气环境（盆托距花盆底部2， 4， 6 cm，分别用IC1， IC2， IC3表示）对盆栽黄瓜生长初期及根际CO2含量的影响。
- 更多网络解释与通气根相关的网络解释 [注：此内容来源于网络，仅供参考]
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pneumatic system;aerenchyma：通气组织
气孔;呼吸根 pneumathodium | 通气组织 pneumatic system;aerenchyma | 呼吸描记图 pneumatogram
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Nuphar：萍蓬草
其成因有二:裂生通气组织由裂生细胞间隙形成,从网状连结的结构(叶的海绵组织)到囊状或管状显著发达的结构(灯心草(Juncus)的叶,萍蓬草(Nuphar)、凤眼兰(Eichhornia)的叶柄,水龙(Jussiaea)的呼吸根,藕切面所见的孔).
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plumule：胚芽;绒羽
pleural membrane 胸膜;侧膜 | plumule 胚芽;绒羽 | pneumatophore 出水通气根,气柄
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pneumatophore：呼吸根
pneumatic system 通气系 | pneumatophore 呼吸根 | pneumococcus 肺炎双球菌
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pneumatophore：出水通气根
plutonic rock 深成岩 | pneumatophore 出水通气根 | podzol 灰壤
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stull piece：加固斜撑木
stuffy room 不通气的室 | stull piece 加固斜撑木 | stump age 伐根年龄
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Juncus：灯心草
其成因有二:裂生通气组织由裂生细胞间隙形成,从网状连结的结构(叶的海绵组织)到囊状或管状显著发达的结构(灯心草(Juncus)的叶,萍蓬草(Nuphar)、凤眼兰(Eichhornia)的叶柄,水龙(Jussiaea)的呼吸根,藕切面所见的孔).
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aerating root：呼吸根
aerated culture 通气培养 | aerating root 呼吸根 | aerating tissue 通气组织
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aerating root：通气根
呼吸根 respiratory root | 通气根 aerating root | 收缩根 contractile root