莖繁殖 的英文怎麼說

中文拼音 [jīngfánzhí]
莖繁殖 英文
stem breeding
  • 莖 : 名詞（植物體的一部分） stem （of a plant）; stalk
  • 繁 : 繁名詞（姓氏） a surname
  • 殖 : 殖Ⅰ動詞（生息; 孳生） breed; grow; multiply Ⅱ名詞（姓氏） a surname
  • 繁殖 : [生物學] breed; reproduce; propagate; multiply
  1. The new plant forms new bulbs in vegetative reproduction.

    增殖性繁殖新株長成新鱗莖。
  2. Clonal propagation of plants by runners is based on meristematic activity of the differentiated cells of the plants.

    植物通過長匐莖的無性繁殖基於植株分化細胞的分生活性
  3. Bud is produced in both rhizome and tiller - node, rhizome can produce more buds than tiller - node on hordeum brevisubulatum, arundinella hirta, calamagrostis epigeios, c. rigidula and hierochloe glabra populations. both 1st age rhizome and tiller - node of 1st age tiller are mainly two contributors in importing of bud bank

    根莖和分蘗節是芽的主要產生部位，牛鞭草、野古草、拂子茅、硬拂子茅和光稃茅香種群根莖的營養繁殖力比分蘗節強， 1齡根莖和1齡分蘗株分蘗節是芽庫輸入的主要貢獻者。
  4. The tiller - nodes of 6 species of rhizome grass, including leymus chinensis, hemarthriajaponica, arundinella hirta, calamagrostis epigeios, c. rigidula, hordeum brevisubulatum in songnen plain, can live at best for 2 to 5 years, and do 2 to 4 propagating generations which is the same as the age class of tiller in number. the age structure of population is an increasing model which the young tiller is more than the old at quantity and biomass. during the whole growing season, the age spectrum varies for each species

    松嫩平原，羊草、牛鞭草、野古草、拂子茅、硬拂子茅和野大麥等6種根莖型禾草種群的分蘗節最多可以存活2 5個年度，可以進行營養繁殖2 4個世代，分蘗株的齡級數與分蘗節營養繁殖的世代數相同，在種群分蘗株的數量和生物量上，生長季的各個時期均以幼齡分蘗株占較大比例，呈現為明顯的增長型年齡結構，各種類的年齡譜組成各異。
  5. The bulblet morphogenesis of lilium formolongi in scale propagation

    新鐵炮百合鱗片扦插繁殖的小鱗莖形態發生
  6. D. versipelis also reproduces by vegetative progagation with rhizomes. 3

    八角蓮還可通過根壯莖進行營養繁殖。
  7. 2 comparative study on morphology in the light of the form of the materials, hup shows more approximate relationship with gri : they are 50 ~ 70cm high at the period of fructescence ; both are perennials and reproduce themselves by root stock, and especially, hup can also reproduce itself by branch roots and buds growing from stipes when the stems fall againt the ground, and then those buds develop into new bodies ; while gri can reproduce itself not only by vegetative propagation but by seeds. both of hup and gri characterize with bigger leaf blade and with the approximate form of simple leaf, with root stock, and with two - line seeds in one fruit

    2形態學比較從形態上來看，新種hup與分佈海拔高度相近的gri比較接近:植株體高大，果期株高50一7ocm ;都為多年生，能以其根狀莖繁殖，但前者還以較為特殊的營養體繁殖後代，即倒伏后每個莖節上長出新的根和芽，發育成獨立的新植株，後者既能以營養體繁殖，又可通過種子繁殖;具有較大的葉片且單葉形態相近，果實內有二行種子（其它種為一行） . 。
  8. The winter tiller is more than the spring tiller at quantity hi leymus chinensis, calamagrostis epigeios and c. rigidula population at the beginning growing season. it is an efficient strategy to increasing survival fitness and propagating potential for rhizome grass to grow many active and strong winter tillers

    生長季初期，羊草、拂子茅和硬拂子茅種群返青的分蘗株以冬性植株多於春性植株，冬性植株生活力旺盛、抗性強，形成冬性植株是根莖型禾草種群提高生存適合度，增強營養繁殖力的有效策略。
  9. The bodies of imp are 20 ~ 60cm high at the period of fructescence, which is alike to that of hup and gri ; the other characters are alike to those of hir and scu

    分佈在中等海拔的imp植株體較為高大，果期株高20一60cm ，這一點與hup和gri較為接近;僅以種子繁殖後代，無根狀莖;羽狀復葉，葉片較小，且有明顯的小葉柄;果實
  10. The bodies of hir and scu are short and small comparing with the two former, 15 - 30cm at the period of fructescence ; both characterized with no root stock, and with small leaf, which is pinnately compound leaf, and with only one - line seeds in a fruit

    廣佈於較低海拔地帶的hir與scu植株體相對矮小，果期株高15一30 。 m ;沒有根狀莖，僅以種子繁殖;葉片較小，均為羽狀復葉，且有明顯的小葉柄;果實內為一行種子。
  11. A part, such as a stem, leaf, or root, removed from a plant to propagate a new plant, as through rooting or grafting

    插條從某一植物上切除一部分並用來繁殖出一棵新植物，如莖、葉或根，通過紮根或嫁接
  12. Stem a longitudinal axis upon which are borne the leaves, buds, and reproductive organs of the plant

    莖：植物體著生葉、芽和繁殖器官的縱向軸狀結構。
  13. Though dryopteris crassirhizoma usually vegetated under forest and had definite overcast endurance, the excessively overcast environment went against the growth and reproduction of dryopteris crassirhizoma population

    盡管粗莖鱗毛蕨常生長在林下，有一定的耐陰性，但是過陰環境不利於粗莖鱗毛蕨種群的生長發育和繁殖更新。
  14. Tissue culture and rapid propagation of two plants

    兩種植物小莖尖組織培養及快速繁殖
  15. Created or discovered and developed, plant varieties of any botanical genus and species, including clone, line, hybrid, and rootstock, irrespective of the method artificial or natural of their production, hereinafter referred to as arieties. ? p

    已被創造或發現及開發的任何植物屬別或種別，包括無性繁殖系clone品系line雜交種與根莖的植物品種，不論其生產方法天然或人工以下稱為植物品種。
  16. The different organs of elaeagnus mollis diels were used in this experiment as the explants. after establishing the aseptic propagation system, the aseptic tube stems and leaves were used to study the effect of different exogenous hormones combination and different culture conditions on organgenesis. the optimum medium and culture condition was screened for fast propagation of elaeagnus mollis diels

    本實驗選材為胡頹子科胡頹子屬的翅果油樹，在建立起無菌繁殖系的基礎上，分別以試管無菌莖段和葉片為材料，研究了不同外源激素配比及不同培養條件對其器官分化的影響，從中篩選出適合翅果油樹快速繁殖的最適培養基和培養條件。
  17. And development foregrounds is that propagation coefficient of the tip meristem culture is high and the range of increasing in yield is clear

    莖尖組織培養前景廣闊，具有繁殖系數高、增產幅度大等特點。
  18. The changing process of rhizome growing and the propagating process of population expanding supplement each other

    根莖自身的生長變化過程與種群的增長繁殖過程相輔相成。
  19. It was obvious that the effect of different light environment on plant height was the greatest, and the effect on reproducing ability was also greater, and the effect on leaf number and leaf breadth was the lowest

    可見，不同光環境對粗莖鱗毛蕨種群的株高影響最大，對其繁殖能力也有較大影響，而對葉片數量和葉片寬度影響最小。
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