叶橐吾的分枝强度、间隔子长度都随资源水平的增加而增加。
Branching intensity and rhizome length of L. virgaurea and L. sagitta increased with the increasing of resource level.
研究长白山区野生蹄叶橐吾和种植蹄叶橐吾及其嫩茎中维生素和多种微量元素的含量。
To study the contents of trace elements and vitamins in wild and cultural Ligularia fischeri and its tender stem at Changbai mountain region.
主要结论如下：1。黄帚橐吾个体总状花序内存在花序内变异，且不受种群差异的限制。
Mostly conclusion as follows:1. There is intra-inflorescence variation in raceme of L. virgaurea individual, and it's not limited by different population.
橐吾属植物分布广泛，具有广泛的药用价值，国内外学者对橐吾属植物做了大量的研究工作。
Ligularia Cass with a wide range of medical value is distributed widely and a series of studies is carried out by scholars both at home and abroad.
箭叶橐吾的三个自然居群，总计62个个体，使用17个随机引物，共扩增出128个多态位点。
Three natural population of l. Sagitta, add up to 62 individual, with 17 random primers, 128 polymorphic loci.
本研究将菊科植物黄帚橐吾作为研究材料，通过野外调查采样对其进行了花与果实的花序内变异研究。
We use L. virgaurea, one of the species in Ligularia Cass, and research the intra-inflorescence variation in flowers and seeds by sampling and investigate in field.
两种橐吾对高温均有一段适应的过程，但耐热性均不强，两者相比而言，窄头橐吾的耐热性比蹄叶橐吾强。
It is a gradual process that two plants adapt to heat treatment, but neither of their heat-tolerance is strong. Compare to L. fischeri, the heat-tolerance of L. stenocephala is greater.
两种橐吾对高温均有一段适应的过程，但耐热性均不强，两者相比而言，窄头橐吾的耐热性比蹄叶橐吾强。
It is a gradual process that two plants adapt to heat treatment, but neither of their heat-tolerance is strong. Compare to L. fischeri, the heat-tolerance of L. stenocephala is greater.
应用推荐