旗葉 的英文怎麼說
中文拼音 [qíyè]-
Qualitative classification of softwood round timber - part 3 : larches and douglas firs ; german version env 1927 - 3 : 1998
軟圓木質量分級.第3部分:落葉松和花旗松Plant protection in greenhouse from foliar blight by the endophyte was clearly in the early stage after inoculation with rhi. solani ciat 6780. but the resistance became weak as time went on
旗草體內抗病試驗表明，內生菌感染的植株對葉枯病具有抗性，但這種抗性隨著病原菌（ rhizoctoniasolani ）的擴展而減弱。Changes in chloroplast composition non - leaf organs have fewer and smaller chloroplasts than leaves. glumes and awns are organs directly exposed to light but they contain more grana per chloroplast, bigger granal stacks and more thylakoids per granal stacks and therefore their chloroplasts are more simi
4明顯高於旗葉；若以放氧為標準，比較功能葉和非葉器官的光合活性，發現以葉綠素為單位，非葉器官的放氧速率與旗葉相當，或甚至高於旗葉；以單穗為單位，最高可相當于旗葉的28 。A. implicatum could distribute in leaf sheaths, leaf blades, stems, roots and seeds, and could be transmitted by plant seeds, proved by the pcr detection method
利用該pcr檢測法探明了旗草內生真菌a implicatum是通過種子傳遞的，其在植物體內可分佈於根、莖、葉鞘、葉片、以及種子。A : it is a red and white flag with the maple leaf
它是一面有一片楓葉的紅白旗幟It is a red and white flag with the maple leaf
它是一面有一片楓葉的紅白旗幟Marchers waved palm fronds and flags as they made their way from the mount of olives to the old city
朝聖者們揮舞著棕櫚葉和旗幟走在從橄欖山到舊城的路上。Effects of altered water condition on some chlorophyll fluorescence parameters of flag leaves of winter wheat
不同水分處理下冬小麥旗葉葉綠素熒光參數的變化研究Photosynthetic characteristics of flag leaves and nitrogen effects in two winter wheat cultivars with different spike type
兩種穗型冬小麥品種旗葉光合特性及氮素調控效應Effect of deep tillage before winter coming on vertical distribution of root activity and senescence of flag leaf in wheat plant
冬前深耘斷根對小麥根系活性的垂直分佈及旗葉衰老的影響Effects and physiological mechanism of planting densities on photosynthesis characteristics of flag leaf and grain yield in wheat hybrid c6 - 38 py
1旗葉光合特性和產量的調控效應及其生理機制The most significant variance lay in the 1000 - seed - weight, followed by flag leaf length and inflorescence shape and then by distance between flag leaf and inflorescence with least in inflorescence length, plant form, leaf width and seed length
其中，種子千粒重變異最大；旗葉長度、花序形狀次之；穗葉距、花藥寬度、旗葉寬度等性狀變異中等；而花序長度、株型、葉寬、種子長度變異最小。Influence of density and topdressing time of nitrogen fertilizer on carbohydrate metabolism in leaf and grain of large - ear cultivar of high - yielding winter wheat
密度及追氮時期對大穗型小麥旗葉及子粒碳水化合物代謝的影響The average values of the stomatal index in the non - leaf organs in ca cereals were smaller than those of leaves. blanke put forward a new physiological process in fruit, ' fruit photosynthesis ', and featured with lower stomatal frequency ( blanke, 1989 ). the results here also showed that the significant lower stomatal frequency on non - leaf organs, indicating that the new physiological process might exist in these organs of cereals as well
其中小麥芒和穎片有發育較好的葉綠體結構，其基粒數可達普通葉的水平，但比旗葉少；外稃和穗軸都有完整的基粒跺疊，只是跺疊的數量較少；而內稃基粒少，基粒內囊體跺疊不整齊。The highest chl content and the highest photosynthesis rate of hull of a whole panicle were about 25 % and 20 % of those of flag leaf. ( 2 ) the absorption spectra of chl was different between flag leaf and hull, the absorbance of the medium that contain chl of hull was more strong than that of flag leaf in zone of short wavelength when the chl concentration of medium was the same. ( 3 ) the weight of the hull increased gradually after heading, the weight of the hull in the upper part of the panicle is higher than in the lower part of the panicle
谷殼與旗葉相同葉綠素濃度提取液的光吸收光譜特性不同，在短波區谷殼葉綠素提取液的光吸收明顯比旗葉葉綠素的高；在抽穗后，谷殼的重量會有所增加，但穗下部谷殼的重量始終比穗上部的輕；相關分析表明，谷殼的重量與最終粒重呈極顯著正相關關系。Round, smooth nuclear surface, and uniform nuclear pore changed into bumping surface and expanding nuclear pore, then the nuclei broken and disappeared ; 2 ) the degenerate and disappear of cell organelle and senescence of the flag leaf were obviously faster during the ripe of grain ; 3 ) the degenerate and senescence of chloroplast was faster than that of mitochondria ; 4 ) the nuclear of leaf cells broken and disappeared faster than that of the leaf bumdles
即核呈球形，表面光滑，核孔勻稱核表面凸凹，部分核孔變大核膜破裂，核解體，消失； （ 2 ）在籽粒成熟期小麥旗葉衰老及其細胞器退化消失明顯加快； （ 3 ）細胞中葉綠體的退化、消失比線粒體稍快； （ 4 ）葉肉細胞的細胞核比維管束韌皮組織細胞核解體消失稍快。Effect of soil deep tillage on root activity and vertical distribution
土壤深松對小麥根系活性的垂直分佈及旗葉衰老的影響The paraffin section of the flag leaf of wheat during its senescence was observed with sem. the results showed : 1 ) during the senescence of wheat, the nuclear shape altered obviously
對小麥旗葉衰老過程中的石蠟切片進行掃描電鏡觀察，結果表明， （ 1 ）旗葉衰老過程中，細胞核形態發生明顯變化。The contributions of non - leaf organs to photosynthesis next, studies on photosynthetic pigment, the rates of photosynthetic oxygen evolution and 77k fluorescence emission spectrum of awns and lemmas in rice and wheat were carried out
隨著小麥芒的衰老過程，其中葉綠體的數量也隨之減少，並且這種減少的趨勢在旗葉中先發生。Meanwhile, morphological characteristics of d. glomerata have significant relationships : those with upright and constrictive inflorescences have longer and narrower leaves, stronger stems, longer flag leaves, well - developed stamens and stronger seed reproductive capacity, whereas those with pendulous inflorescence have the opposite characteristics
2 ）鴨茅植物形態學特徵間存在明顯相關性，花序直立、緊縮的鴨茅，葉片窄長，莖稈粗壯，旗葉較長，雄性生殖器官發育良好，結種性能強；而花序下垂、開展的鴨茅則與之相反。分享友人