貯藏器官 的英文怎麼說
中文拼音 [zàngqìguān]
貯藏器官
英文
reserve organ-
The results showed that under copper and cadmium stresses sulfur and organic fertilizer fertilization increased the amounts of re - transported storage matter and nitrogen and the rate of transported storage matter and nitrogen in the leaves, leaf sheaths, glumes and spike stalks of wheat and the total amounts of re - transported storage matter and nitrogen and the total rates of transported storage matter and nitrogen in winter wheat before flowering compared with their own controls and the fertilizations with high sulfur and organic fertilizer rates did not presented a remarkable regular effect
結果表明，與各自對照相比，銅、鎘脅迫下低施硫和有機肥的處理增加了小麥葉片、莖鞘、穎殼穗軸等營養器官花前貯藏物質、氮素的再運轉量和運轉率以及營養器官花前貯藏物質、氮素的總再運轉量和總運轉率，高施硫和有機肥的銅、鎘處理則規律性不明顯。In albuminous seeds, it remains as a permanent storage organ of the mature seed.
在有胚乳的種子中，它保留作為成熟種子中的永久貯藏器官。The results showed that the carbohydrate components in below ground organs of both l. chinensis and s. grandis included fructan, sucrose, glucose, fructose, mannitol and starch
結果表明，羊草和大針茅地下器官的貯藏性碳水化合物的組分主要包括果聚糖、蔗糖、葡萄糖、果糖、甘露醇和澱粉。Perennial grasses store enough carbohydrates in below ground organs for germination in spring or for regrowth after cutting
摘要多年生牧草在地下器官中貯藏的碳水化合物是春季萌發生長和刈牧后再生的物質基礎。At the late of 1980s, available evidence indicated that there presented a kind of proteins specific for nitrogen storage in vegetative organs of woody plants, and, thus, the proteins were defined as vegetative storage proteins
二十世紀八十年代後期，樹木氮貯藏研究獲得了重大進展：在樹木的營養器官中發現一類專門的貯藏蛋白質，稱之為營養貯藏蛋白質。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，葉片旺盛生長期、衰退期根莖具發達的髓，髓內有異常次生生長形成的維管組織，貯藏養分，為沙芥次年形成二年生植株提供營養，沙芥各器官在解剖結構方面都形成了特化結構如具表皮及副表皮、泡狀細胞、短的導管分子及環柵型葉等以適應乾旱的環境，因此沙芥各器官的形態及解剖特點與其抗旱、適應沙漠環境有密切的關系。Anatomical studies on the vegetative organs and the stored root of different years of phytolacca acinosa
商陸營養器官及不同生長齡貯藏根的解剖結構研究分享友人