全部

1·A slender stolon or prostrate stem rooting at the nodes or at the tip.

在节处和茎的先端生根的纤细匍匐茎。

2·This paper also describes the structure of the stem, stolon and scale leaves.

本文描述了主茎、匍匐茎、鳞片叶的结构。

3·The ratio of biomass between stolon and adventitious roots was an important index of injured degree.

切断后受损程度的大小，主要取决于地上生物量与不定根生物量的比值。

4·There are 67 invasive clonal plants (59.8%), whose mainly reproductive types were stolon and tiller.

克隆植物有67种，占入侵植物总数59.8%，且繁殖方式以匍匐茎型和分蘖型为主。

5·Rhizosphere factors have great influences on the growth and development of the stolon and tuber of potato.

根际环境因子对马铃薯块茎生长发育具有重要影响。

6·The caloric content of leaf and stolon increased while that of inflorescence decreased with the rising of QAP.

叶片和匍匐茎的能量与土壤速效磷浓度呈正比。花序的能量则随著有效磷浓度的增加而减少。

7·The formation of stolon and tuber was closely correlated to photosynthesis system and dry matter accumulation.

马铃薯匍匐茎及块茎的建成与光合系统状况及干物质分配密切相关。

8·The caloric content of leaf and stolon increased while that of inflorescence decreased with the rising of QAP.

叶片和匍匐茎的能量与土壤速效磷浓度呈正比。

9·The stolon of green Kyllinga in the soil was most difficult to be controlled. It would be spread when the condition was allowed.

最难防除是短叶水蜈蚣残留在土壤中的匍匐茎，一旦达到其再生繁殖条件，就会肆意萌发蔓延。

10·The younger ramet's high water can increase significantly the elder's 2nd stolon number and the younger's tillering node biomass.

妹株高水能显著增加姊株2级匍匐茎数、妹株分蘖节生物量。

匍匐茎

1·Additionally, genotypic (genet) variation of plant dry weight, total leaf area and total stolon length in the experimental plants was found.

植株干重、总叶面积和总匍匐茎长度具有显著的基株间差异。

2·According to the biological principle of lawn grass, the stolon and the rhizome of lawn grass can be used to plant lawn as nutrition reproduction materials.

根据草坪草的生物学原理，可以利用草坪草的匍匐茎和根状茎作为营养体繁殖材料来建植草坪。

3·There are close correlations among leaf and stolon moisture content and their cytoplasm electrolyte leakage rate, and the soil moisture content.

叶片与匍匐茎含水量、电解质外渗率与土壤含水量之间呈显著和极显著相关；

4·The caloric content of leaf and stolon increased while that of inflorescence decreased with the rising of QAP.

叶片和匍匐茎的能量与土壤速效磷浓度呈正比。花序的能量则随著有效磷浓度的增加而减少。

5·This paper also describes the structure of the stem, stolon and scale leaves.

本文描述了主茎、匍匐茎、鳞片叶的结构。