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匍匐茎

  • 网络Stolon;creeping stem
匍匐茎匍匐茎
匍匐茎 [pú fú jīng]
  • [stolon] 一个从植株基部的水平分枝,或在地上或在地下,从它的顶端或节生出新植物(如在草莓)

  1. 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。

    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 .

  2. 3种生境中匍匐茎节间长度分布偏斜度(skewness)的大小分别为:林缘旷地>林缘>林下。

    The skewness in distribution of stolon internode length was in the order of open land of forest edge > forest edge > forest understory ;

  3. ABA不会通过匍匐茎在母株和子株间传递并影响相邻子株气孔导度;

    ABA produced in water-stressed ramet could not be delivered to the adjacent and connected ramet and affect its stomatal behavior ;

  4. 半定量PCR分析结果显示,StFTmRNA在马铃薯的叶片、顶芽、花和膨大匍匐茎中有较高水平的表达。

    Analysis on the mRNA levels of StFT showed that it was highly expressed in leaves , apical buds , flowers and swelling stolons . 2 .

  5. 研究了空心莲子草(Alternantheraphiloxeroides)匍匐茎片段(来源于水体)和宿根片段(来源于陆生环境)萌生苗在不同光照强度下的生长。

    The shoots growth of alligatorweed ( Alternanthera philoxeroides ) was studied under different light intensity .

  6. 为了研究匍匐茎草本植物对基质养分供应水平的克隆可塑性,在一栽培实验中匍匐茎草本植物蛇莓(DuchesneaindicaFocke)经历了高、中、低养分(N,P,K)水平的环境处理。

    A pot experiment with three levels of nutrient ( N , P , K ) supply was carried out to investigate clonal plasticity of stoloniferous herb Duchesnea indica Focke in response to nutrient availability . The plants had greater biomass at higher levels of nutrient availability .

  7. 种植90~110d后匍匐茎顶端膨大形成子球。

    Cormels appeared after planting 90 to 110 days at the tip of stolon .

  8. 匍匐茎中的维管组织仅在先端约1mm处,为分离的束状结构,很快连接成环状,类似次生维管组织。

    The vascular tissue of stolon on top only about 1 mm is seperated bundles . It forms quickly as circular , look like secondary vascular tissue .

  9. 匍匐茎的生长速度随着氮肥施用量的增大而加快,在整个测定期生长速度最快的是HC和BC处理,HCK和BCK处理的匍匐茎生长速度最慢。

    Stolon growth with increasing nitrogen application rate was accelerated , In the determination of the period , the fastest growth rate is HC and BC , while HCK and BCK are slowest growth rate of stolons .

  10. 在一海拔高度实验中,匍匐茎草本蛇莓(Duchesneaindica)经历了不同海拔(400、800、1200和1600m)处理,以研究不同海拔对蛇莓克隆构型的影响。

    The plasticity of clonal architecture in response to ecological conditions at different altitudes in a stoloniferous herb , Duchesnea indica , was investigated in an experiment with different elevations of 400 , 800 , 1200 , and 1600 m.

  11. 切断匍匐茎对臭柏叶绿素荧光特性的影响

    Effects of Severing Stolon on Chlorophyll Fluorescence Characteristics of Sabina vulgaris

  12. 复叶生长最快时期是和匍匐茎发生与生长同时进行。

    For leaves , it was simultaneous with stolon growth .

  13. 马铃薯匍匐茎与块茎建成规律的研究

    The regular pattern of stolon and tuber formation in potato

  14. 天然臭柏匍匐茎的间隔物长度、分枝强度和分枝角度具有可塑性。

    The internode length , branching intensity and branching angle exhibited plasticity .

  15. 普通草坪草或牧草,靠长匍匐茎传播。

    Common pasture or lawn grass spread by long runners .

  16. 缠绕茎、攀缘茎、匍匐茎的支持力解剖学研究

    Anatomical studies on supporting force of twining stem climbing stem and creeping stem

  17. 匍匐茎草本植物蛇莓小尺度克隆结构

    Fine-scale clonal structure of the stoloniferous herb Duchesnea indica

  18. 就同一成熟期品种而言,从匍匐茎基部至顶端其淀粉酶活力逐渐上升;

    Amylase activity gradually increased from the bottom to top of the stolon .

  19. 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;

    There was little difference of average energy among leaf , stolon and root .

  20. 高寒退化与未退化草甸土壤下匍匐茎鹅绒萎陵菜的克隆生长特征的比较

    Clonal growth of stoloniferous herb Potentilla anserina on degraded and non-degraded alpine meadow soil

  21. 唐菖蒲种球种植期对匍匐茎和子球生长发育的影响

    Effects of Different Planting Time on Growth and Development of Gladiolus Stolon and Cormel

  22. 北美多年生植物,匍匐茎,开白花;有时作为观赏植物。

    North American stoloniferous perennial having white flowers ; sometimes used as an ornamental .

  23. 自然高度与匍匐茎长变异系数分别为42.62%和18.87%;

    Of nature height and stolon length were 42.62 % and 18.87 % , respectively .

  24. 研究了干旱胁迫对匍匐茎克隆植物&蕨麻游离脯氨酸含量的影响。

    Studied on effect of drought menace for dissociative proline content in clonal plant Juema .

  25. 匍匐茎大多起源于同化茎基部鞘状叶的叶腋内。

    Stolon of the plant develops mostly from the axil of sheath-like leaf of photosynthetic stem .

  26. 通过盆栽实验,研究了匍匐茎草本野草莓在异质性光照条件下的克隆整合。

    A container experiment was conducted to study clonal integration of stoloniferous Fragaria vesca under light heterogeneity .

  27. 用其直立茎和匍匐茎进行扦插繁殖,成活率均为100%。

    Survival rate of seedlings were 100 % when erect stem and stolen were used to reproduce .

  28. 贮藏温度对杂交狗牙根离体匍匐茎生理指标及再生活力的影响

    Effect of Storage Temperature on the Physiological and Biochemical Indices and Regeneration Energy of Hybrid Bermudagrass Stolon

  29. 北半球的一个兰科植物小属,具匍匐茎,有柄的卵形叶和小的花。

    Genus of small orchids of the northern hemisphere with creeping rhizomes and stalked ovate leaves and small flowers .

  30. 南非匍匐茎草本植物,短茎,叶茂密,黑芯橙色花丝。

    Decumbent South African perennial with short densely leafy stems and orange flower rays with black eyespots at base .