塊莖形 的英文怎麼說

中文拼音 [kuāijīngxíng]
塊莖形 英文
tuberiform
  • : 名詞(古時佩帶的玉器) penannular jade ring (worn as an ornament in ancient china)
  • : 名詞(植物體的一部分) stem (of a plant); stalk
  1. It affects tuberization, leaf senescence, and dormancy.

    它影響塊莖形成、葉子衰老和休眠。
  2. This is bulbing, tuber formation, elongation.

    這就是球成,拔節。
  3. In this study, systems of rapid propagation of the cultivars such as d. zingiberensis, d. panthaica and d. composite were setup to find the best way to meet the need of producing, and to establish the base of introduction, breeding and cultivar improvement of foreign dioscorea with high diosgenin ; in addition, there are two strategies to obtain polyploids combining with chromosome engineering : screeding natural mutations and mutation breeding were carred out on d. zmgiberensis. exploratively studies were done on rapid propagation of the three dioscorea plants. the result showed : explants of d. pathaica obtained the appreciate propagation efficency on ms + ba1. 0mg / l + naa0. 1mg / l, ms basic medium containing 6. 0mg - 1 ba, l. 0mg - 1 kt and sucrose at 30gl - 1 or 60g1 - 1 was the appreciate medium for microtuberization

    三種薯蕷屬植物離體再生體系培養條件的探索試驗結果表明:黃山藥外植體適宜的增殖培養基為ms + ba1 . 0mg / l + naa0 . 1mg / l ,微型誘導為ms + ba6 . 0mg / l + kt1 . 0mg / l + 3蔗糖,高濃度的蔗糖含量( 6 )能提高微型薯蕷的誘導率,但對其誘導起關鍵作用的還是ba的濃度;菊葉薯蕷增殖效果較好的培養基為ms + ba1 . 0mg / l ,以ms培養基為誘導微型薯蕷的最佳選擇,誘導率可達50 ;盾葉薯蕷最適宜的增殖培養基為ms + ba2 . 0mg / l ,在誘導微型薯蕷的實驗中發現,當ba濃度為6 . 0mg / l和8 . 0mg / l時, 15d左右節間處膨大成綠色圓球狀小,但繼續培養其上則開始分化芽。
  4. The swede - field in which she and her companion were set hacking was a stretch of a hundred odd acres, in one patch, on the highest ground of the farm, rising above stony lanchets or lynchets - the outcrop of siliceous veins in the chalk formation, composed of myriads of loose white flints in bulbous, cusped, and phallic shapes

    苔絲和她的同伴開始動手挖瑞典蘿卜的那田地,是一百多畝的一大片,也是那個農場上最高的一,突出在白堊質地層或者砂石混雜的地面上它的外層是白堊質巖層中硅質礦床成的,裏面混合著無數的白色燧石,有的像球,有的像人的牙,有的像人的生殖器。
  5. At the same time, it suggests apply the landscape ecology theory to the urban green space system planning and design. in the last part, this paper applies above planning theories and methods to practical urban green space system planning in wuhan. after analyzing the urban spatial structure, urban natural matrix and current green space condition, it puts forward to that urban green space system planning in wuhan should strongly control main city zone ' s external sprawl by using the green belt based on the naturally " tilted cross " morphology, and construct a regularly contributed urban green space network that has perfect system and has infiltrative and leading function to urban spatial structure in wuhan by using the green corridor connected with green patch

    最後,將上述的規劃理念和方法運用於武漢市城市綠地系統規劃的實踐中,廠迄內碩士學位論文alaster 』 sthesis對武漢市的城市空間結構、城市自然基底和綠地現狀加以分析,提出武漢市城市綠地系統規劃應該以山水「斜十字」交叉態為基礎骨架,用「連藤結瓜」式的環城綠帶對主城區的外延發展實施強有力地控制,通過綠色廊道網路聯系「大小綠地斑,以構建一個均勻分佈、體系完善、對城市空間結構具有滲透性、引導性的城市綠地系統。
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