穗高 的英文怎麼說

中文拼音 [suìgāo]
穗高 英文
hotaka
  • 穗 : 名詞1 （谷類花實結聚成的長條） the ear of grain; spike 2 （下垂的裝飾品） tassel; fringe3 （廣州...
  • 高 : Ⅰ形容詞1 （從下向上距離大; 離地面遠） tall; high 2 （在一般標準或平均程度之上; 等級在上的） above...
  1. 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。
  2. 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 。
  3. The test indicated that, using microorganism fertilizer " shil " could obviously increase the number of haulm productive ear and total tillers, could make more dry matter to be accumulated to kernels, at the same time, it could strengthen the haulm and increase yield significantly

    摘要試驗表明，世綠牌生物肥的施用可以明顯提高水稻的莖數及有效穗數，從很大程度上提高了水稻的分蘗能力，並且能夠使水稻干物質向著有利於提高產量的方向積累，同時也提高了水稻莖稈的充實度，提高了抗倒能力，增產效果明顯。
  4. Increased amount of n distribution at panicle initiation and heading stages over the common practice used in the province

    穗分化始期和抽穗期施用高於浙江省通常採用的氮肥數量。
  5. The hphr has more vascular bundles and a much bigger area of single vascular bundle, total vascular bundle, total phloem and total xylem in the first internode than shanyou 63

    結果表明，重穗型組合的大維管束數目、單個維管束面積及維管束總面積、韌皮部總面積均明顯高於汕優63 。
  6. Grafting can join scions with desirable qualities to root stock that is strong and resists disease and insects

    接穗通過嫁接到能抗疾病和害蟲的砧木上，來獲得高質量。
  7. The sorghum is in the ear.

    高粱抽穗了。
  8. Temperature within extremely low and high levels, affected spikelet formation, ripening, and final grain yield

    極低、極高范圍內的溫度影響小穗生成、成熟和最終籽粒產量。
  9. The order of the seed yield components to its yield is weight per seed > seed numbers per spikelet > florets per spikelet > spikelets per shoot > shoots

    6個模型中， 5個種子產量因子每提高1個單位對其種子產量的提高大小排序為單粒種子重每小穗種子粒數每小穗小花數每生殖枝小穗數生殖枝數。
  10. Particularly, the activated ratios ( 1 ) of cu and zn in thlaspi goesingense were the highest, which were 2. 74 % and 3. 56 %, the activated ratios ( n ) of cd in amaranthus tricolor was the highest, which is 2. 17 %, but the heavy metals activated ratios of other plants were around 1. 1 %

    其中，羽葉鬼針草對污泥中的cd和zn活化作用比較高，其活化率分別為2 . 17 、 2 . 27 ，僅次於遏藍菜；其次是紫穗槐， zn的活化率為2 . 55 。綠葉莧菜對cd的活化率較高。
  11. Referring to the achievements of conservation tillage on dry land farming, there is a series of work to be done to develop new tillage techniques to adapt to double cropping system of wheat and maize in shandong province. such work includes controlling the combine traveling along the line, return the stalk to the field after chopped, subsoiling being done in maize ' s growing stage. the advantage of subsoiling is to make the soil inter placed with soft and hard strips, which is good for decreasing runoff and vaporizing, and retaining rain

    1 、保護性耕作條件下，普通小麥條播機的播種質量較差，小麥的田間出苗率比傳統耕作低9 . 3 ；保護性耕作小麥冬前地上部分的生長狀況也較傳統耕作小麥差；由於根系的生長條件較為優越，保護性耕作的小麥的根系生長旺盛、分佈廣，越冬後有利於小麥的地上部分生長，大量發生春季分蘗和次生根，幼穗強烈分化，表現出較傳統耕作小麥強的生長優勢，產量提高6左右。
  12. Combination of additive effects and interaction effects can account for over 50 % of genotypic variation in spikelet number per spike ( sns ) and spike number per 50cm row ( snr ), and over 40 % in fertile spikelet number per spike ( fsns ), 1000 grain weight ( kgw ) and ear length ( el ), over 30 % in plant height ( ph ), over 20 % in sterile spikelet number per spike ( ssns ) and less than 10 % in grain weight per 50cm row ( gwr ) and grain number per spike ( gns )

    加性效應和互作效應聯合起來，可以解釋群體總小穗數和50cm行長穗數變異的50以上，結實小穗數、千粒重和穗長變異的40以上，株高的30以上，不孕小穗數的20以上，而只能解釋50cm行長粒重和穗粒數變異的10以下。
  13. For increasing yield per plant, relation of effective ear numbers and ear length should be coordinated ; the direct and indirect effect or relative importance of various characters to grain yield should be made clear for providing scientific evidences to choose and compose parents of two - row hulled malting barley

    為了提高單株產量應注意協調好有效穗數與穗長這一對主要矛盾；明確各性狀對籽粒產量所起的直接和間接作用及其相對重要性，確定主攻方向，配製各種優勢組合，為大麥親本選配提供科學依據，從而達到二棱型啤酒大麥預期的育種目標。
  14. The results of variance analysis about the related characters of defy, gannong no. 3 and length ear showed that each character of long ear including ear length, flowers, number of pod and seeds was significantly different from the same character of gannong no. 3 and defy, and the ear length was the main factor influencing the production of alfalfa

    對長穗苜蓿和德福、甘農三號穗長、小花數、莢果數和種子數方差分析表明：長穗苜蓿的穗長、小花數、莢果數和種子數分別和德福、甘農三號的穗長、小花數、莢果數和種子數差異達到極顯著水平，穗長是苜蓿種子高產的主要影響因子。
  15. The relation among other agricultural character except yield and quality are all obvious

    採收天數、株高、穗長、穗粗、穗行數和行粒數幾個性狀之間相關關系明顯。
  16. Protection plan of beijing - shanghai - guangdong high - speed loop network

    淺析京滬穗高速環網路保護方案
  17. Since its foundation, china tietong invested millions of rmb and adopted dwdm to build a high - speed backbone optical transmission network composed of five fiber loops : northeast, northwest, southwest, southeast and beijing - shanghai - guangzhou loop, realizing the unified net control and schedule of the nationwide backbone transmission network

    自成立以來，中國鐵通投資數百億元，採用先進的密集波分技術，組建了京滬穗高速環、西南環、西北環、東北環、東南環等五大骨幹傳輸網路，並且實現全國骨幹傳輸網路的統一網管指揮和調度。
  18. Since its foundation, china tietong invested millions of rmb and adopted d to build a high - speed backbone optical transmission network composed of five fiber loops : northeast, northwest, southwest, southeast and beijing - shanghai - guangzhou loop, realizing the unified net control and schedule of the nationwide backbone transmission network

    自成立以來，中國鐵通投資數百億元，採用先進的密集波分技術，組建了京滬穗高速環、西南環、西北環、東北環、東南環等五大骨幹傳輸，並且實現全國骨幹傳輸網路的統一網管指揮和調度。
  19. Project of phase 1 of high - speed transmission ring for optic fiber communication dwdm designed by our institute won the copper medal of 11th national quality project design

    我院設計的京滬穗高速環dwdm一期工程榮獲第十一屆全國優秀工程銅質獎。
  20. Through to analysis of main strait characteristic and productivity ability of the three kind of different types super - high - yeild genotype structure for the high density in loose with small leaf, short stem, big ear ; the middle density with middle leaf, high stem, big ear and the low density in compact with big leaf, shorter stalk, big ear, we think that the three kind of types above all have the super - high - yield ability, but the last ones, yield potential is highest

    通過對小葉矮稈中大穗高密度鬆散型、中葉中高稈大穗中密度型和大葉中矮稈大穗緊湊低密度型3種不同類型超高產基因型株型結構的主要性狀特徵及生產能力分析認為，上述3種類型都具備超高產的產量能力，但小葉矮稈中大穗高密度鬆散型產量潛力最高。
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