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- RAPD Fingerprints of Clones for Taxodium mucronatum Ten. 墨西哥落羽杉无性系RAPD指纹图谱的构建。
- Early Stage Test of Clones Originated From Plus Trees of Taxodium mucronatum Ten. 墨西哥落羽杉优良单株无性系苗期测定。
- However, nothing has been reported yet on its breeding, propagation till now and selection of superior clones and scale seedling production of Taxodium mucronatum. 对于墨西哥落羽杉优良无性系的选育和规模化种苗生产,国内外研究尚属空白。
- Taxodium mucronatum x Cryptomeria fortunei 东方杉
- Taxodium mucronatum × Cryptomeria fortunei 东方杉
- The Plus Tree Selection and Vegetative Propagation of Taxodium mucronatum 墨西哥落羽杉优良单株选择及无性繁殖
- RAPD Analysis of Genetic Relationships Among Natural Populations of Hybrid Taxodium mucronatum Tenore 利用RAPD检测技术推测杂交落羽杉群落间的亲缘关系
- Keywords Taxodium mucronatum;chemical constituents;flavonoid;neolignan glycoside; 墨西哥落羽杉;化学成分;黄酮;新木脂素苷;
- Keywords Taxodium mucronatum Tenore;superior clones;clone testing;RAPD fingerprint;salt-tolerance;photosynthesis characteristics;cloning; 墨西哥落羽杉;优良无性系;无性系苗期测定;RAPD指纹图谱;耐盐性;光合特性;无性繁殖;
- Taxodium mucronatum Ten 墨西哥落羽杉
- taxodium mucronatum 墨西哥落羽杉; n.;墨西哥落羽杉
- The main forms of Taxodium ascendens and their adaptability. 池杉的主要类型及其适应性。
- Taxodium distichum × T. mucronatum 302 落利杉中山302号
- The waterlogging depth has significant effects on the growth and morphological structure of Taxodium ascendens. 浸水对池杉的生长及其形态结构影响很大。
- The results above indicate that Cork Oak was more sensitive to waterlogging than Taxodium ascendens. 以上实验结果说明相对池杉，栓皮栎应属于对淹水较敏感的树种。
- Most are evergreen, but Larix (larches) and Taxodium (swamp cypresses) are deciduous. 大多数是常绿的，但落叶松属（落叶松）和落羽杉属（落羽杉）是每年落叶的。
- In contrast, there was no significant difference of maximum photosynthetic rate between waterlogged and control seedlings of Taxodium ascendens. 而在整个淹水过程中池杉则在处理和对照间没有显著差异。
- It was also demonstrated that the Taxodium ascendens seedlings could not only tolerate water submersion and wet condition but also endure a certain degree of drought. 池杉幼苗不仅具有耐水湿的特点，还具有一定程度的耐旱性。
- Taxcodium mucronatum Ten. 墨西哥落羽杉
- A study was conducted to determine the effect of waterlogging depth on trunk morphological structure and growth of Taxodium ascendens Brongn located in Huazhong Agricultural University, Wuhan City. 摘要以武汉市南湖沿岸华中农业大学校区内的池杉林为研究对象，对不同浸水深度条件下池衫的形态结构及生长状况进行了研究。
