匍匐生根的 的英文怎麼說

中文拼音 [shēnggēnde]
匍匐生根的 英文
creeping
  • : Ⅰ動詞1 (生育; 生殖) give birth to; bear 2 (出生) be born 3 (生長) grow 4 (生存; 活) live;...
  • : Ⅰ名詞1 (植物的營養器官) root (of a plant) 2 (比喻子孫後代) descendants; posterity 3 [數學] ...
  • : 4次方是 The fourth power of 2 is direction
  • 生根 : take root; strike root
  1. The stem is generally aerial and erect but various modifications are found, for example underground stems like rhizomes, bulebs, and corms, and horizontal structures, such as runners

    多數莖是氣且直立,但也發現了許多莖變態,地下莖有狀莖、鱗莖、球莖;水平莖結構有莖。
  2. Tufted with tillers, short rhizomes and stolons ; leaf folded in bud ; leaf blade bluish green, linear with boat - shape tip ; inflorescence an open panicle ; seeds awnless. flowers from april to june

    本種?簇形,具分? * ,亦具短莖及莖;葉在芽期是褶;葉片藍綠色,長條狀,前端成船狀;花序?開放圓錐花序;種子無芒;花期4至6月。
  3. On the contrary, stem - derived forms of clonal plants more f requently occur in colder and drier habitats corresponding to higher latitude and / or higher elevation. individual types of clonal growth with sprouting are more frequent in warmer and wetter habitats, such as shrub forest, broad - leaves forest and bamboo forest. individual types of clonal growth with rhizome are more frequent in colder and drier habitats, such as alpine shrub forest, grassland and desert steppe

    起源克隆植物中,出條型植物境條件和起源克隆植物相同,出現在灌叢、闊葉林和竹林中頻率較高;莖起源克隆植物中,莖型植物境條件和莖起源植物相同,出現在水植被、草甸和草原中頻率較高,而莖型植物在較溫暖、濕潤、陰郁境中出現頻率較高。
  4. In this thesis, the strategies of guerilla - type clonal plants to adapt themselves to heterogeneous environments are addressed using both field and greenhouse experiments

    本文以莖和狀莖型草本為材料,應用實驗態學方法研究了游擊型克隆植物對異質性環境態適應對策。
  5. Light intensity, nutrient availability and salinity all have significant effects on clonal growth and clonal morphology of h. ruthenica. deep shade, low nutrient availability and high salinity markedly reduced its growth. moreover, the degree and pattern of plasticity in biomass, leaf area, number of ramets, stolon length, petiole length and root to shoot ratio in response to salinity demonstrated genotypic variation

    深度遮光、低養和高鹽均顯著削弱金戴戴長,其物量、葉面積、分株數、莖長及葉柄長和冠比對基質鹽分可塑性大小和格局顯示出基株間差異。
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