葉狀器官的 的英文怎麼說

中文拼音 [zhuàngguānde]
葉狀器官的 英文
foliiferous
  • : Ⅰ名詞1 (形狀) form; shape 2 (情況) state; condition; situation; circumstances 3 (陳述事件或...
  • : 名詞1. (器具) implement; utensil; ware 2. (器官) organ 3. (度量; 才能) capacity; talent 4. (姓氏) a surname
  • : 4次方是 The fourth power of 2 is direction
  • 器官 : organ; apparatus
  1. Four species of ceratiodes were studied about organic morphology and embryonal development and biological characteristics. the results were showed as follows : c. arborescens and c. ewersmanniana were more dominant than c. latens and c. lanata in spire and vegetative period. in flowering phase of male flower, c. arborescens and c. latens arrive the maximum peak of flowering during 8 : 00 - 11 : 00. c. lanata arrive the maximum peak of flowering during 11 : 00 - 1 : 00, but in flowering phase of female flower, three species arrive the maximum peak of flowering in 14 : 00 ; temperature of female flower was righter than one of male flower

    本文對駝絨藜屬4種植物進行了形態學及解剖學、胚胎發育及生物學特性研究,結果表明: 4種材料幼苗期和營養生長期生長況均是華北駝絨藜、心駝絨藜比駝絨藜、北美駝絨藜占優勢;開花規律,華北駝絨藜和駝絨藜雄花均在8 : 00 - 10 : 00達開放高峰,北美駝絨藜在11 : 00 - 1 : 00達開放高峰,而三者雌花均在14 : 00左右達開放高峰。
  2. Stem a longitudinal axis upon which are borne the leaves, buds, and reproductive organs of the plant

    莖:植物體著生、芽和繁殖縱向軸結構。
  3. In addition, the pith of root and stem is flourishing for prosperous growth period and declining period, the vascular tissue storing the nutrient and providing the nourishment for the biennial plant in next year from abnormal secondary growth is developing in pith, unusual structure eg. epidermis and vice - epidermis, bubble form cell, short pipe numerators and wreath grid types leaf etc. in each organ of pugionium comutum ( l. ) gaertn. had been formed to adapt to dry environment, so the characteristics on appearance and anatomies in pugionium cornutum ( l ) gaertn. has closely of relation with its anti - drought and its adapting to desert environment

    此外,片旺盛生長期、衰退期根莖具發達髓,髓內有異常次生生長形成維管組織,貯藏養分,為沙芥次年形成二年生植株提供營養,沙芥各在解剖結構方面都形成了特化結構如具表皮及副表皮、泡細胞、短導管分子及環柵型等以適應乾旱環境,因此沙芥各形態及解剖特點與其抗旱、適應沙漠環境有密切關系。
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