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between varieties
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  品种间
     2.The difference between varieties on Pa,SLW,N/LA,MT,SF,except VBF,were prominent.
     (2)除 VBF 外,Pa、SLW、N/LA、MT、SF 品种间差异显著。
短句来源
     For Pa,SLW and N/LA after anthesis,the difference between varieties were also prominent.
     花后 Pa,SLW 和 N/LA 品种间差异也显著。
短句来源
     The results indicated that:The average value of 100-seed weight of adzuki bean germplasm resources in China was 11.63 g within the range of 5.28-24.47 g,and the difference between varieties was extremely significant;
     结果表明,我国小豆种质资源群体平均百粒重为11.63 g,变幅为5.28~24.47 g,品种间差异达极显著;
短句来源
     But the Vmax's of PH82-2-2 and PH85-16 arehigher than that of Taishan 1 and Lumai 14. Differences in nitrate accumulation in leaf segment of the first seedling leaf existed between varieties.
     品种间吸收速率的差异为:PH82-2-2>PH85-16,泰山1号>鲁麦14。
短句来源
     There is 60~80mg of vitamin C and 1.08~1.55 mg of soluble sugars in per 100 g tender fruit, and there is no significant difference between varieties(P>0.05).
     每 10 0 g嫩苦瓜中含维生素 C6 0~ 80 mg,可溶性糖 1.0 8~ 1.5 5 mg,品种间的差异都不显著 (P >0 .0 5 ) ;
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  “between varieties”译为未确定词的双语例句
     60cm × 15cm treatment recorded the highest yield,1833 kg/hm~2,and 100cm × 60cm treatment,the lowest,753 kg/hm~2.The seed yield differences between varieties were insignificant.
     行距60cm和株距15cm组合的产量最高,为1833 kg/hm2,100cm行距和株距60cm组合的产量最低,为753 kg/hm2。
短句来源
     The WRRs in the whole growth season of Zhongmu No 1 and WL323 were 4.4 and 4.5 mm/d,respectively,and there were no differences between varieties.
     中苜1号和WL323全生长季的需水强度分别为4.4mm/d和4.5 mm/d,两个品种之间差异不显著;
短句来源
     The results showed that the WRs of Zhongmu No 1 and WL323 were 909.2 and 928.0 mm,respectively,in the whole growth season and there were no differences between varieties.
     结果表明:中苜1号和WL323全生长季的需水量分别为909.2mm和928.0mm,两个品种之间差异不显著;
短句来源
     The WUEs based on above-ground biological yield of Zhongmu No. 1 and WL323 were 11.0 and 10.6 kg/(mm·hm2),while those based on whole biological yield were 19.2 and 17.9 kg/(mm·hm2) and those based oneconomic yield were 12.8 and 12.3 kg/(mm·hm2),respectively. There were no significant differences between varieties.
     中苜1号和WL323的地上部生物产量的水分利用效率分别为11.0和10.6kg/(mm.hm2),全部生物产量分别为19.2和17.9kg/(mm.hm2),经济产量水分利用效率分别为12.8和12.3kg/(mm.hm2),2个品种之间差异不显著;
短句来源
     The results showed there were differences between varieties in initial induction, and the best medium was MS+6-BA 0.5 mg/L+ NAA 0.05 mg/L. MCM+6-BA 1.0 mg/L+IAA 0.05 mg/L+GA_3 1.0 mg/L was better for subculture.
     结果表明:巴旦杏不同品种的初始诱导分化有一定的差异,但均以MS+6-BA0 5mg L+NAA0 05mg L为最佳,而MCM+6-BA1 0mg L+IAA0 05mg L+GA31 0mg L较适于巴旦杏的继代培养。
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  相似匹配句对
     The responses were different between varieties.
     不同品种受低温弱光逆境影响的程度不同
短句来源
     The differences between varieties are not distinct.
     此外 ,黑麦草品种间的差异不明显
短句来源
     The relationship between O.
     O.
短句来源
     On the Varieties of the Arabs
     论阿拉伯人的多样性
短句来源
     The homology between C.
     C .
短句来源
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  between varieties
This was further illustrated by changes of the average genetic distance between varieties.
      
An equivalence between varieties of cyclic Post algebras and varieties generated by a finite field
      
Differences in the frequency of occurrence of these components were detected between varieties Bogatyr', Molva, Ballada, Dozhdik, Skorospelaya 86, Dikul' and Devyatka.
      
The usual method of counting sprouting kernels of cereals can only test trends of resistance, because of great differences between varieties.
      
Distinctions between varieties within groups was accomplished by either esterase or peroxidase isozyme patterns.
      
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The study of blooming hahit of peanut is an impottant proeedure to make crosses between varieties either for genetic studies or lor breeding purposes. More than seventeen thousand peanut flowers were studied in the autumn at the college experiment Stat on of Fukien Provincial College of Agriculture, Yungan, Fukien,China.The results obtained from the study may be summarized in the following points: 1.The object of this experiment is to find out the blooming habit of Arachis hypogea. 2.The experiment was...

The study of blooming hahit of peanut is an impottant proeedure to make crosses between varieties either for genetic studies or lor breeding purposes. More than seventeen thousand peanut flowers were studied in the autumn at the college experiment Stat on of Fukien Provincial College of Agriculture, Yungan, Fukien,China.The results obtained from the study may be summarized in the following points: 1.The object of this experiment is to find out the blooming habit of Arachis hypogea. 2.The experiment was carried out under both field and grean house.The materials used for study were varieties widelv grown in Yungan; namely Valay(1), YuLin(a-1), Ping-siang. 3.The average time required from seeding to the blooming of the first flower is 38.36±5.11 days, It is a little longer under the green house(40.53± 4.28) than that in the field (36.2±4.06). 4.They are blooming absolutely in the day time.Peanut blooms from 6-7 o'clock.The maximum blooming period is at 6.00 A.M.(53.8%).The blooming period varies with green house and field. 5.The optimum blooming temperature is 22-24℃.(87.35%).No flower blooms below 17℃.and above 32℃. 6.In the field, peanut blooms beet at the relative humidity of 86%-100%, being 97.56% of total flowers studied.The best humidity is 95%-100%, being 78.34% of total flowers, 7.When the interaction of temperature and humidity is considered, the temperature of 22-24.9℃.with the relative humidity of 95%-100% is usually fitted.(82.89% of total flowers studied). 8.The time required from starting to bloom to not blooming varies with environments.It is usually shorter in the field than it is in the green house. 9.The number of flowers which bloom differs greatly with environment for individual plant. 10.The order of blooming starts from low to top of the plant. 11.The blooming days are rather scattering, being between 36-96 days after the blooming of the first flowers (88.91% of total flowers).In these 60 days there is no much difference in the numler of flowers that bloom.The maximum blooming date falls on the 59th day which is only 2.85% and the minimum date on the 63rd day is 0.85%.Besults show that there is no tendency for the flower blooming at any concentrated period.

1.本试验乃在前福建省立农学院农艺试验场举行,其目的为欲明了花生在永安环境下的开花习性。 2.试验分温室(无保温设备)与田间二环境,各植Valaya(-1),玉林(a-1) 及凭祥三品种都来自前闽省农事试验场。 3.在永安环境下,花生由播种至开花约需38.38±5.11日,由播种至开始开花所需日数的品种间、环境间都有显著的差异,在温室者(40.53±4.28)较在田间者(36.2±4.06)为长。 4.花生花的开放都在白天,大多数集中在六点七点,占总观察花数98.00%,尤以六时开放最多达总观察花数53.80%。 5.花生花在田间环境者以温度22°—24.9℃之间开放最多,占总观察花数87.35%,在17℃以下32℃以上时没有一花开。 6.花生花在田间环境者,花的开放大部集中在相对湿度86%至100%约占该环境观察花数的97.56%。 7.就温湿度二者相互作用言时,花生花以在温度22°—24.9℃湿度95%至100%时开花最多,占总观察花数的82.89%。 8.花生花的开花数目与温湿度没有显著的相关;温度与湿度相关显著为负相关。当相对湿度为常数时,温度与花生的开花数目有显著的正相关。温湿度与开花的複相关很显著...

1.本试验乃在前福建省立农学院农艺试验场举行,其目的为欲明了花生在永安环境下的开花习性。 2.试验分温室(无保温设备)与田间二环境,各植Valaya(-1),玉林(a-1) 及凭祥三品种都来自前闽省农事试验场。 3.在永安环境下,花生由播种至开花约需38.38±5.11日,由播种至开始开花所需日数的品种间、环境间都有显著的差异,在温室者(40.53±4.28)较在田间者(36.2±4.06)为长。 4.花生花的开放都在白天,大多数集中在六点七点,占总观察花数98.00%,尤以六时开放最多达总观察花数53.80%。 5.花生花在田间环境者以温度22°—24.9℃之间开放最多,占总观察花数87.35%,在17℃以下32℃以上时没有一花开。 6.花生花在田间环境者,花的开放大部集中在相对湿度86%至100%约占该环境观察花数的97.56%。 7.就温湿度二者相互作用言时,花生花以在温度22°—24.9℃湿度95%至100%时开花最多,占总观察花数的82.89%。 8.花生花的开花数目与温湿度没有显著的相关;温度与湿度相关显著为负相关。当相对湿度为常数时,温度与花生的开花数目有显著的正相关。温湿度与开花的複相关很显著。 9.花生每株由开始开花至不再开花,其间经过的时间,因环境的不同而有差异。 10.花生每株开花的数目,因环境的不同而有差异。 11.花生花以在开放之第三十六日至九十六日开放最多,占总开花数88.914%;此六十日内逐日开花数差异尚少;最多为第五十九日,占2.658%;最少为第六十三日,占0.658%;由此可知花生花的开放,没有集中的趋势。 12.花生植株花的开放顺序,系由下而上,下部最先开放,顺序而上顶端最后开放。

The study of blooming habit of peanut is an important proeedure to make orosses between varieties either for genetic studies or for breeding purposes. More than seventeen thousand peanut flowers were studied in the autumn at the college experiment Station o Fukien Provincial College of Agriculture, Yungan,Fukien,China.The results obtained from the study may be summarized in the following points. 1.The object of this experiment is to find out the blooming habit of Arachis hypogea. 2.The experiment was carried...

The study of blooming habit of peanut is an important proeedure to make orosses between varieties either for genetic studies or for breeding purposes. More than seventeen thousand peanut flowers were studied in the autumn at the college experiment Station o Fukien Provincial College of Agriculture, Yungan,Fukien,China.The results obtained from the study may be summarized in the following points. 1.The object of this experiment is to find out the blooming habit of Arachis hypogea. 2.The experiment was carried out under both field and green house.The materials used fór study were varieties widely grown in Yungan;namely Valay(1),YuLin(a-1),Ping-siang. 3.The average time required from seeding to the blooming of the first flower is 38.36±5.11 days,It is a little longer under the green house(40.53± 4.28)than that in the field(36.2±4.06). 4.They are blooming absolutely in the day time.Peanut blooms from 6-7 o'clock.The maximum blooming period is at 6.00 A.M.(53.8%).The blooming period varies with green house and field. 5.The optimum blooming temperature is 22-24℃.(87.35%).No flower blooms below 17℃.and above 32℃. 6.In the field,peanut blooms best at the relative humidity of 86%-100%, being 97.56% of total flowers studied.The best humidity is 95%-100%,being 78.34% of total flowers. 7.When the interaction of temperature and humidity is considered,the temperature of 22-24.9℃,with the relative humidity of 95%-100% is usually fitted.(82,89% of total flowers studied). 8.The time required from starting to bloom to not blooming varies with environments.It is usually shorter in the field than it is in the green house. 9.The number of flowers which bloom differs greatly with environment for individual plant. 10.The order of blooming starts from low to top of the plant. 11.The blooming days are rather scattering,being between 36-96 days after the blooming of the first flowers(88.91% of total flowers).In these 60 days there is no much difference in the number of flowers that bloom.The maximum blooming date falls on the 59th day which is only 2.85% and the minimum date on the 63rd day is 0.85%.Pesults show that there is no tendency for the flower blooming at any concentrated period.

1.本试验乃在前福建省立农学院农艺试验场举行,其目的为欲明瞭花生在永安环境下的开花习性。2.试验分温室(无保温设备)与田间二环境,各植 Valaya(—1),玉林(α—1) 及凭祥三品种都来自前闽省农事试验场。3.在永安环境下,花生由播种至开花约需38.38±5.11日,由播种至开始开花所需日数的品种间、环境间都有显著的差异,在温室者(40.53±4.28)较在田间者(36.2±4.06)为长。4.花生花的开放都在白天,大多数集中在六点七点,占总观察花数98.00%,尤以六时开放最多达总观察花数53.80%。5.花生花在田间环境者以温度22°—24.95°之间开放最多,占总观察花数87.35%,在17℃以下32℃以上时没有一花开。6.花生花在田间环境者,花的开放大部集中在相对湿度86%至100%约占该环境观察花数的97.56%。7.就温湿度二者相互作用言时,花生花以在温度22°—24.9℃湿度95%至100%时开花最多,占总观察花数的82.89%。8.花生花的开花数目与温湿度没有显著的相关;温度与湿度相关显著为负相关。当相对湿度为常数时,温度与花生的开花数目有显著的正相关。温湿度与开花的复相关很显著。9.花生...

1.本试验乃在前福建省立农学院农艺试验场举行,其目的为欲明瞭花生在永安环境下的开花习性。2.试验分温室(无保温设备)与田间二环境,各植 Valaya(—1),玉林(α—1) 及凭祥三品种都来自前闽省农事试验场。3.在永安环境下,花生由播种至开花约需38.38±5.11日,由播种至开始开花所需日数的品种间、环境间都有显著的差异,在温室者(40.53±4.28)较在田间者(36.2±4.06)为长。4.花生花的开放都在白天,大多数集中在六点七点,占总观察花数98.00%,尤以六时开放最多达总观察花数53.80%。5.花生花在田间环境者以温度22°—24.95°之间开放最多,占总观察花数87.35%,在17℃以下32℃以上时没有一花开。6.花生花在田间环境者,花的开放大部集中在相对湿度86%至100%约占该环境观察花数的97.56%。7.就温湿度二者相互作用言时,花生花以在温度22°—24.9℃湿度95%至100%时开花最多,占总观察花数的82.89%。8.花生花的开花数目与温湿度没有显著的相关;温度与湿度相关显著为负相关。当相对湿度为常数时,温度与花生的开花数目有显著的正相关。温湿度与开花的复相关很显著。9.花生每株由开始开花至不再开花,其间经过的时间,因环境的不同而有差异。10.花生每株开花的数目,因环境的不同而有差异。11.花生花以在开放之第三十六日至九十六日开放最多,占总开花数88.914%;此六十日内逐日开花数差异尚少;最多为第五十九日,占2.658%;最少为第六十三日,占0.658%;由此可知花生花的开放,没有集中的趋势。12.花生植株花的开放顺序,系由下而上,下部最先开放,顺序而上顶端最后开放。

An analysis of the components of variations and the estimation of four genetic para-meters,namely heritability,genetic correlation,genetic advance and selection index,in F_2population and F_3 progenies of six crosses between varieties of different ecolog cal type ofkeng rice,were made at the Institute Farm,Peking in 1962-1963.1.The heritabilities of important economic characters of rice as estimated from 4 differentmethods (heritability in the broad sense,regression of offsprings on parents,correlation...

An analysis of the components of variations and the estimation of four genetic para-meters,namely heritability,genetic correlation,genetic advance and selection index,in F_2population and F_3 progenies of six crosses between varieties of different ecolog cal type ofkeng rice,were made at the Institute Farm,Peking in 1962-1963.1.The heritabilities of important economic characters of rice as estimated from 4 differentmethods (heritability in the broad sense,regression of offsprings on parents,correlation be-tween them and variance analysis) showed a uniform tendency with the exception of grainsper ear and 200-grain weight.The heritability of heading days was the highest,those ofplant height and ear length ranked next,while those of sterility,ears per plant and ear weightper plant were among the lowest.2.Phenotypic,genotypic and environmental correlations among characters were calculated.In all instances,genotypic correlations were higher than the corresponding phenotypic corréla-tions,and both were of the same direction.The degrees of correlation between charactersvaried with different crosses.Thus,in Kwang-Fu No.1 & Foji-Saka No.5,correlations be-tween yield (ear weight per plant) and other characters were comparatively low;while with853 & Norin No.20,there were high geotypic correlations between yield on the one hand andheading days,plant height,ear length on the other hand.3.By selecting the 5% top or bottom performing F_3 progenies,the expected genetic pro-gress and its relative efficiency for plant height were the heighest in the cross Bih-Chieh 800granis & Norin No.20,being 17.88 cm.and -14.7% respectively;those of sterility were thehighest in Shui-Yuan 300 grain & Ping-Shah native variety,being -6.81 and -33.82% respec-tively.In the cross of 853 & Norin No.20,both genetic advance and its relative efficiencywere high for heading days,200-grain weight and yield (ear weight per plant).4.Selection of one character in hybrid population would simultaneously affect the geneticprogress of other characters.For example,through a 5% selection toward shortness for plantheight in Kwang-Fu No.1 & Foji-Soka No.5,the selected progenies showed earlier in ma-turity,had less grains per ear.5.A number of selection indexes were formulated.Using data on yield components;i.e.grains per ear,200-grain weight and ears per plant,the reliability of the expected geneticprogress in yield was 42% higher than that from straight selection for ear weight per plant.If the index was worked out on the basis of grains per ear and 200-grain weight,the relativeefficiency was 14% higher than on yield alone.Selection scores calculated from the most effec-tive selection index was used to evaluate the relative performance of superior progenies insome crosses.6.Experimental results revealed that the four genetic parameters mentioned above,wereeffective means for increasing the effectiveness of selection in the breeding programme of rice.

水稻性状遗传力的位次,在不同估算方法(广义法、迴归及相关法、变量分析法)间,除一穗粒数、粒重有出入外,其它几个性状都有一致的趋势,即抽穗日数最高,株高、穗长次之,空壳率、穗数及穗重最低。性状间的相关程度因组合而异,遗传相关一般高于表现型相关,两者的正负方向大体相同。性状遗传进度的大小决定于遗传力及遗传变异幅度,在5%选择强度下,性状的遗传进度,组合间有显著的差异。性状遗传进度间的相关表明,向矮稈选择时,后代会引起早熟、一穗粒数减少等现象。选择指数的效果因其构成而不同,应用具有较高效率的选择指数,分别算出各系统的综合评价点数,以判断系统的丰产价值。

 
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