Cedrus

Cedrus的基本解释

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雪松属

与Cedrus相关的网络例句 [注：此内容来源于网络，仅供参考]

Results showed that the best antibacterial growth on Huaihai West Road was a tree layer of Zelkova schneideriana and Cedrus deodara, a shrub layer of Cercis chinensis and Buxus sinica, and a ground cover of Zephyranthes candida with an antibacterial effect of 51.9%. On Beijing North Road a tree layer of Magnolia grandiflora and a shrub layer of Photinia serrulata revealed an antibacterial effect of 47.1%. Thus, depending on the arrangement, antibacterial effect can improve the urban street-side environment in autumn and winter.

结果表明，秋季10月上旬不同植物群落均具有一定的抑菌作用；淮海西路处理2-5（乔木层为大叶榉树Zelkova schneideriana和雪松Cedrus deodara，灌木层为紫荆Cercis chinensis和黄杨Buxus sinica，地被为葱兰Zenhyranthes candida）和北京北路处理1-4（乔木层为广玉兰Magnolia grandiflora，灌木层为石楠Photinia serrulata）复层配置植物群落的抑菌效果最佳，抑菌率分别达51.93%和47.10%合理的植物群落配置的抑菌效果在秋冬季节对改善街道空气质量具有积极意义。

The axial variance of tissue percentage of resin canals and aether extractives are coherent in Cedrus deodar, and there are positive relations between them.

雪 松试材树脂道组织比量与雪松乙醚抽提物含量轴向变异规律较为一致，呈正相关。

Effects of ion beam implantation on pollen germination and pollen tube growth of Cedrus deodara were investigated by the laser confocal microscopy technique.

用激光扫描共聚焦显微技术研究了低能离子注入对雪松花粉管萌发和生长的影响。

Anatomical experiment on slice, eduction and transparency of leaves of Cedrus deodara were conducted to study the number of resin canal, cell structure and the whole eduction observation.

通过常规切片和整体透明离析处理的方法对雪松针叶树脂道进行全面的解剖学研究，描述了雪松针叶树脂道的数目和位置、树脂道细胞的结构，对树脂道进行整体离析观察。

Result The results showed that content of Pb and Zn in 10 kinds of greening plants in Jinggangshan Road was the highest, and the lowest in Jinggangshan University, they had obvious difference among 6 different regions. The plants could absorb Pb and Zn pollutants in different extent depending on pollutants and plant species. Cedrus deodara and Subina chinensis had higher absorption capacity to Pb with 4.84 mg/kg and 4.57 mg/kg, Pittoaporum tobira had the lowest absorption capacity to Pb with 0.38 mg/kg; Ligustrum japonicum had the highest absorption capacity to Zn with 37.58 mg/kg, Buxus microphylla had the lowest absorption capacity to Zn with 11.08 mg/kg.

结果］在所调查6个区域中，10种绿化植物叶片铅、锌含量较高的在井冈山大道，含量最低的在井冈山大学校园内，各区域不同植物叶片的铅、锌含量差异显著。10种绿化植物对大气铅、锌污染物均具有一定的吸收净化能力，并依污染物和植物种类的不同差异明显：对铅吸收量最高的植物为圆柏和雪松，分别为4.84 mg/kg 和4.57 mg/kg，最低为海桐，为0.38 mg/kg；对锌吸收量最高的植物为日本女贞，为37.58 mg/kg，最低为小叶黄杨，为11.08 mg/kg。

与Cedrus相关的网络解释 [注：此内容来源于网络，仅供参考]

Cedrus deodara：雪松

4.雪松 (Cedrus deodara) 松科. 常绿乔木,树冠宝塔形,大枝不规则轮生,平展,小枝微下垂. 叶在长枝上螺旋状散生,在短枝上簇生. 树姿雄伟,是珍贵世界著名观赏树种. 5.五针松 (Pinus parviflora)松科. 常绿乔木,叶5针一束,丛生于短枝上.

Cedrus deodara：雪松属

6.金钱松属 Pseudolarix kaempferi | 7.雪松属 Cedrus deodara | 8.松属 Pinus

Cedrus deodara：雪松 [松科] [雪松属]

36、半边莲 [桔梗科] [半边莲属] Lobelia chinensis Lour. | 37、雪松 [松科] [雪松属] Cedrus deodara | 39、六月雪 [茜草科] [六月雪属] Serissa foetida

Cedrus deodara：雪松(喜马拉雅雪松,喜马拉雅杉)

4 雪松属 Cedrus | 1 雪松(喜马拉雅雪松,喜马拉雅杉) Cedrus deodara | 5 松属 Pinus

Cedrus atlantica：大西洋雪松

北美冷杉Abies grandis | 大西洋雪松Cedrus atlantica | 雪松Cedrus deodara