花芽分化 的英文怎麼說
中文拼音 [huāyáfēnhuà]
花芽分化
英文
differentiation of flower bud-
The result indicates that key stages include the growth stage of late autumn treetop 、 bud differentiation stage and anthesis stage, and that key climate factors are temperature, precipitation, rainfall days and sunlight time
結果表明：氣候條件影響廣西地區龍眼產量的關鍵時期為晚秋梢生長期、花芽分化期和開花座果期，關鍵氣候因子分別為氣溫、雨量、雨日和日照時數。During flowering period, the decapitated 3yr old potted irwin mango showed three types of growth in axil - normal flower inflorescence, mixed panicle and new shoots
摘要盆栽3年生愛文檬果枝條于花期去頂后，葉腋側芽可分化成正常的花序、混合花序與新梢等三種類型。This experiment to adopt the method that paraffin was cut into slices studied the structural growth process on appearance and dissect of pugionium cornutum ( l ) gaertn in germination period and young sprout ; and to adapt wild flower, fruit, seed and cultivated root, stem and leaf of pugionium cornutum ( l. ) gaertn in leaf lushing period and leaf exhausting period from eerduosi city proceeded the research on appearance and anatomies. the result enunciates : the organs of pugiorium cornutum ( l. ) gaertn in root, stem and leaf have started dividing in germination period ; the transporting tissue and storing water tissue in young sprout period has been divided ; the ransporting tissue is flourishing, but the supporting tissue is unflourishing, so the root, stem and leaf of pugionium cormutum ( l ) gaertn is suitable for edibility
本試驗採用石蠟切片研究了沙芥發芽期、幼苗生長期各器官形態及解剖結構的變化過程；並對采自鄂爾多斯市野生沙芥花、果實、種子及人工栽培的葉片旺盛生長期、葉片生長衰退期的根、莖、葉等材料進行了形態及解剖學研究，結果表明：沙芥發芽期根、莖、葉各器官內組織已開始分化；幼苗期已分化出發達的輸導組織及貯水組織；葉片旺盛生長期各器官具有發達的輸導組織，但機械組織不發達，因此沙芥的根莖葉適于食用。This paper renewed the research progress of almond biology, summarized and analyzed the current status of polarization, pollination and fructifications. suggestions were put forward on further research directions
摘要闡述了近年來扁桃生殖生理研究的新進展，就扁桃的花芽分化、開花授粉、坐果等方面的研究現狀進行了總結和分析；提出了今後扁桃生殖生理研究的方向和建議。This induction process begins a few weeks before fruit bud initiation.
這個孕育花芽的過程是在花芽分化前的幾個星期開始的。Process of flower bud morphological differentiation in salvia splendens
一串紅花芽形態分化進程And the viviparous plantlets of both species are formed for the differentiation of floral primodium, but the position if viviparous plantlets is different. for the species of polygonum viviparum l., the viviparous plantlets are formed in the inflorences, while in saxifraga cernua l are in the leaf axils. on the results of observation for morphology and anatomy, vascular bundles of viviparous plantlet are connected with that of their parent
從來源和性質看，二者的胎生苗均由花原基直接分化形成；但從位置上看，珠芽蓼在花序中形成胎生苗，而珍珠虎耳草則在地上莖的葉腋部位形成胎生苗；從形態解剖角度觀察，胎生苗的維管束與母體的維管束直接相連，胎生苗脫落時，其上已長出葉片1 - 3枚。Morphological differentiation of male flower bud of ginkgo biloba l
銀杏雄花芽的形態分化It belongs to early flower type, having different length and speed of development of pistil and stamen
3月中下旬開始花芽分化，屬早花類型，具雌雄蕊異長和異熟現象。Labeling tunel method. the cell ultrastructural changes were similar to apoptosis in animal cells : the apical meristemetic cells underwent the programmed cell death. this was first detected in the apex cells of apical meristem, while peripheral cells differentiated gradually into different parts of a floral bud. but all the cells in the floral bud were subjected to the pcd process before it developed into a complete flower. 140bp dna fragment was found to deposit in apical bud during the plant development. the most important role of caspase - 8 was detected by western blot, and the expression of the procaspase - 8 was time - related with the dna frgmentation and the transformation from vegetative to the reproductive growth. these results suggested that pcd was an active process during the differentiation of apical meristem, and the senescence observed in the apical bud was due to the pcd process
顯微超微結構研究表明，短日照條件下豌豆頂芽的衰老過程是從營養生長錐向花芽的轉化，而用dna原位末端標記tunel caspase - 8 western blot和140 bp dna片斷積累的試驗結果證明，轉化為花芽的整個生長錐細胞發生了編程性死亡pcd ，而且其最頂端部分細胞首先發生pcd ，而頂端周圍的分生組織細胞逐漸分化出花芽的各部分，但頂芽最後並沒有發育成為完整的花，所有細胞就都發生pcd ，從而頂芽衰老。The exact mechanism of fruit bud formation is incompletely understood.
花芽分化的確切機制還沒有完全搞清楚。Effect of sea level on bud differentiation of strawberry in fuzhou
福州地區不同海拔高度對草莓花芽分化的影響The changes of enzymes activity during the flower bud differentiation of ' ping guoli
蘋果梨花芽分化期幾種酶活性的變化Studies on the distribution of carbon assimilation in different apricot varieties during flower bud differentiation
杏花芽分化後期碳素同化物的分配Factors of inducing dormancy, determining the stage of flower initiation and dormancy development, the methods of avoiding dormancy and stimulating adequate and uniform budburst, the growth and development of tree and the cultural management, the cause of secondary dormancy and the methods of avoidance of secondary dormancy, and the breeding of non - dormant cultivars are the critical points for non - dormancy culture
溫帶地區無休眠栽培的研究重點是：自然休眠誘導因子的確定；花芽分化進程及自然休眠進程的精確界定；避免進入深度休眠及促芽整齊萌發的配套技術；無休眠栽培條件下樹體的生長發育規律及樹體綜合管理技術；二次休眠現象發生的原因和克服措施；無休眠品種的選育。Preliminary studies of forecasting on flower - bud differentiation stage of litchi in hainan island
海南島荔枝花芽分化期預報初探The relationship befween speciality of botany and flower bud differentiation of strawberry in the cold area
寒地草莓植物學特性與花芽分化的關系1. low temperature, 5 - azac and gibberillin all promoted flowering of non - heading chinese cabbage
低溫、赤霉素和5 - azac處理都可以促進白菜的花芽分化。Effect of exogenous polyamines on female and male flower differentiation and content of endogenous polyamines in leaves of walnut
外源多胺對核桃雌雄花芽分化及葉片內源多胺含量的影響Restriction of vegetative growth to ensure flower initiation, defoliation to prevent the onset of dormancy, stimulation of adequate and uniform budburst, and avoidance of secondary dormancy are essential for success of non - dormancy culture
控制營養生長、保證花芽分化，使樹體避開休眠，促進足夠多的芽整齊萌發，避免二次休眠的發生是無休眠栽培成功的4項重要保證。分享友人