stolon
英
美
网络 匍匐菌丝; 匍匐茎; 匍匐枝; 匍匐莖; 匍匐丝
复数：stolons
英英释义
noun
- a horizontal branch from the base of plant that produces new plants from buds at its tips
双语例句
- The effects of severing stolon on chlorophyll fluorescence characteristics of Sabina vulgaris were measured with portable fluorometer ( MINI PAM).
用荧光测定仪（MINI-PAM）测定了切断匍匐茎对臭柏叶绿素荧光特性的影响。 - There was little difference of average energy among leaf, stolon and root.
除了花序能量较低外，白三叶其余各构件能量年平均值差异并不明显，叶片、匍匐茎及根部能量的最大值分别为2423.61926.11710.1kJ/m2； - Living under shade condition, The length and width of leaf lamina, internodes, and canopy height is increase, but Stolon diameter decrease along with the increment of shade level.
在遮荫情况下，雅安居群与峨嵋居群叶片的长度、宽度，节间长度、草层高度皆随遮荫梯度的增加而增加，茎的直径随遮荫梯度的增加而下降。 - The development of the potato tuber is a highly coordinated, morphological and physiological process which is happened in underground stolon. It is related to the expression of series genes and regulated collectively by the internal factors and the external environment factors.
马铃薯块茎发育是一个发生在地下匍匐茎上的高度协调的形态和生理过程，涉及到一系列基因的表达与关闭，受到内部因子及外界环境因素的共同调控。 - 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。 - Of nature height and stolon length were 42.62% and 18.87%, respectively.
自然高度与匍匐茎长变异系数分别为42.62%和18.87%； - Effects of Severing Stolon on Chlorophyll Fluorescence Characteristics of Sabina vulgaris
切断匍匐茎对臭柏叶绿素荧光特性的影响 - However, the next-growing ramets can be benefited from the first-growing ones in the tiller node biomass and the longest 1~ st stolon.
妹株能显著从姊株最长1级匍匐茎和分蘖节生物量获益。 - Growth and development of stolon and cormel were investigated in two cultivars 'Traderhorn' and 'Advanced Red' of Gladiolus hybridus planted at three dates in the field.
研究了唐菖蒲栽培品种‘Traderhorn’和‘AdvancedRed’露地栽培条件下，不同种植期匍匐茎和子球的生长发育规律。 - As the degree of salinity increased, growth related traits such as plant dry weight, total leaf area, total number of ramets and total stolon length of the experimental plants of each of the four genets were greatly reduced.
随着盐分浓度的增加，实验植物与生长相关的性状指标（如植株干重、总叶面积、分株数和总匍匐茎长度）显著减小。