1·This is a perennating rhizome from which flowering shoots arise annually.
这是一种每年发芽开花的多年生根茎。
2·The underground rhizome of P. australis and the aboveground part of S. mariqueter were the main sites of existing carbon storage.
地下根茎为芦苇现存碳储量的主要场所，而地上部分是海三棱藨草碳储量的主要场所。
3·Hordeum brevisubulatum is a typical clonal plant of grass family with short rhizome.
野大麦属短根茎丛生型禾草，是典型的无性系植物。
4·The potential clone population consist of rhizome buds of 0 age class and tillering node buds of 1 age class, of which 0 age class constitute the majority, 84.8%.
无性系潜在种群是由0 龄级的根茎芽和1 龄级分蘖株芽所组成，其中以0 龄级芽占绝对优势，达84.8% 。
5·Translocation of 14 C activity to rhizome increased with the increasing of leaf pairs, but radiotracer concentration in rhizomes decreased rapidly in plants with more than 10 leaf pairs.
C 草甘膦传导至地下根茎的量随植株叶数的增加而增多，但14 C 草甘膦含量在多于10对叶的植株中迅速下降。
1·However, if they continue digging the whole rhizome up like they did in the past , I think Viking will be extinct soon.
但是，如果他们和以前一样，持续挖掘整个地下茎，我想维京猪很快就会消失了。
2·Based on the comparative anatomical studies of rhizome of 16 genera 77 species, 5 varieties and 15 form of Chinese bamboos, the authors find that there are varieties in the genera and species.
本文通过对国产散生竹16属77种、5变种和15变型的地下茎解剖结构的比较观察研究，发现竹类地下茎解剖结构特征在种属间是有差异的。
3·Following the study of rhizome structures of 16 genera, 76 species, 5 varieties and 16 forms of Chinese bamboos, this paper summarizes the general anatomical structure of bamboo rhizomes.
本文通过对国产故生竹16属76种、5变种和16变型的地下茎的解剖结构的观察研究，描述和讨论了地下茎的一般解剖结构。
4·Adventitious roots and rhizome have much periderm, the suppository level is high;
不定根和地下茎的周皮发达，栓质化程度高；
1·The root and rhizome were composed of the epidermis, cortex and vascular cylinder.
根和根状茎都由表皮、皮层和维管柱组成。
2·The secondary structure of rhizome include epiderm, cortex and vascular tissue, pith ray is developed.
根状茎的次生结构由外向内为表皮，皮层和维管柱，髓射线发达。
3·METHODS:The steam distillation was used to prepare the volatile oil from the rhizome and root of Acorus calamus L .
方法采用水蒸气蒸馏法分别提取水菖蒲根状茎和根挥发油，采用气相色谱- 质谱联用技术进行分析鉴定。