1) Alnus hirsuta
毛赤杨
1.
Ultrastructure of Alnus hirsuta Root Nodule Endophyte;
毛赤杨根瘤内生菌的超微结构研究(英文)
2) Alnus
赤杨
1.
Genetic diversity of arbuscular mycorrhizal fungi associated with four Alnus species in Changbai Mountains:A nested PCR-RFLP analysis.;
长白山四种赤杨丛枝菌根真菌侵染多样性的巢式PCR-RFLP分析
2.
Genetic diversity analysis of Frankia strains in nodules of three Alnus species from Changbai Mountain by REP fingerprinting;
长白山三种赤杨根瘤内Frankia基因多样性的REP分析
3.
Genetic Diversity of Frankia in Nodule of Alnus in Changbai Mountain Revealed by IGS PCR-RFLP;
长白山赤杨根瘤内Frankia的基因多样性分析
3) epi alnusenol
表赤杨醇
1.
They were identified as hexacosanolic acid (1) triacontanolic acid (2) epi alnusenol (3) β sitosterol (4) paeonol (5).
从牛心朴子草中分得五个物质，据理化常数、波谱分析与文献对照鉴定为①二十六烷酸②三十烷酸③表赤杨醇④β－各甾醇⑤牡丹酚。
4) Alniphyllum fortunei
拟赤杨
1.
Modifiable Areal Unit Problem of Species Diversity in Sub-Natural Alniphyllum fortunei Forest;
拟赤杨天然林物种多样性研究的可塑性面积单元问题
2.
Fractal Properties of Distribution Pattern of Alniphyllum fortunei Populations in the Meihuashan Nature Reserve in Fujian, China;
福建梅花山国家级自然保护区拟赤杨种群分布格局的分形分析
3.
A Study on Population Structure and Dynamics of Alniphyllum fortunei in Meihuashan Natural Reserve;
梅花山自然保护区拟赤杨种群年龄结构与动态分析
5) Alnus tinctoria
色赤杨
1.
Mixed planting techniques by Pinus koraiensis, Larix leptolepis with Alnus tinctoria and Betula platyphylla;
红松、日本落叶松与色赤杨、白桦等阔叶树种混交造林技术的研究
2.
Afforestation with Alnus tinctoria to build fire prevention forest belt;
应用色赤杨营造防火林带试验研究
3.
The results showed that fire resistance or Alnus tinctoria was beeterbetter than that of other broadleared trees, and it had a significant natural fire resistance effect.
本文对辽东地区色赤杨林分的生长量、结构特征、物候期、地表可燃物种类组成及可燃物载量进行调查研究，并在室内对当地林木凋落物的燃烧性进行试验测定，在野外林分中对色赤杨自然阻火情况进行调查，证明该树种的抗火性能较强，不易燃烧，适宜在大面积针叶林中营造防火林带。
6) Alniphyllum fortunei forest
拟赤杨林
1.
Alniphyllum fortunei forest is a seral stage of evergreen broadlleaf forest sere ,mainly occurs in red and yellow soil mountain of eastern central subtropics below 130.
拟赤杨林是亚热带落叶阔叶林的一个群落类型 ,属于常绿阔叶林演替系列的一个演替阶段 ,主要见于东部中亚热带地区海拔 1 30 0m以下的红壤和黄壤山地山坡中下部环境比较湿润的地方 ,本文研究划分出 3个群丛纲和 1 3个群丛。
补充资料：赤杨酚
分子式：
CAS号：
性质：二氢黄酮醇类化合物。从植物Alnus pendula和Alnus sieboldiana中分离得到。从己烷中结晶为针状。熔点175～176℃。
CAS号：
性质：二氢黄酮醇类化合物。从植物Alnus pendula和Alnus sieboldiana中分离得到。从己烷中结晶为针状。熔点175～176℃。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条