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first flower
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  始花
     The number of nodes under the first flower is 12~13,fruit size is 7.5-9.5×6.7-7.0cm,and the wall is 0.36~0.41cm in thickness,average fruit wight is 100~130g and the maximum is 150g.
     该品种始花节位 12~ 13节 ,果实灯笼形 ,果长 7.5~ 9.5cm ,果肩宽 6 .7~ 7.0cm ,果肉厚 0 .36~ 0 .4 1cm ,单果质量 10 0~ 130g ,大果达 150g。 耐CMV和疫病。
短句来源
     "Hongju" was hybrid F1 from self-line Chi 15 and Chi 18,indefinite inflorescence,the first flower was in 6~8 nodes,3~5 fruits in one spica,fruit weight 150~200g. The fruit has the following characters: oblate、sclerotesta and red,smooth,little fruit navel,no dehiscent fruit,good marketing,stable storage and conveyance.
     番茄“红桔”是以自交系赤15为母本,自交系赤18为父本杂交而成的杂交种一代。 无限花序,6 ̄8节始花,单穗结果3 ̄5个,单果重150 ̄200g,果实扁圆形硬果红色,表面光滑,果型均匀,果脐小,无裂果,无绿果肩,商品率高,耐贮运。
短句来源
     2) pod weight and pod length were very high and hi of early pod yield and first flower node were very low.
     2]以荚重和荚长最高,始花节位和早期产量最低。
     Inheritance of the Node for First Flower in Pepper (Capsicum annuum L.)
     辣椒始花节位遗传研究
短句来源
     There was certain negative correlation between first flower node,initial harvesting date and single plant yield.
     始花节位和采收始期与单株产量间存在一定的负向相关。
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  “first flower”译为未确定词的双语例句
     The new variery line of bean is crossed and selected by super early maturing variety“Chun Feng No 4” and resistant variety “Jian 7” to the B rust. 5 4 2 4、6 1 8 1、6 1 2 1 plants are 300 cm in height, the first flower at 3~5 node,oblate in pod shape,22~25 cm in pod lengh and 30 cm to the max.
     利用极早熟品种春丰四号和抗锈病品种鉴 - 7配制并选育而成的菜豆新品系 5 - 4 - 2 - 4、6 - 1- 8- 1、6 - 1- 2 - 1,株高 30 0 cm,第一花节位 3~ 5节 ,荚形扁圆 ,荚长 2 2~2 5 cm,最长荚可达 30 cm。
短句来源
     In order to investigate inheritance of the node for first flower in pepper (C. annuum) further, a joint analysis of multi-generations (P_1, F_1, P_2, B_1, B_2 and F_2) from the reciprocal crosses between an extreme earliness inbred line B_(9431) and Jizhuajiao was carried out with the major gene plus polygene model of quantitative traits.
     对辣椒杂交组合B_(9431)×吉林长椒回交一代B_1和F_2世代的7个早熟性状进行了相关和回归分析,估算了这7个性状的皮尔逊相关系数,并以单株早期产量为因变量,其他6个性状为自变量,计算了两者之间的线性方程式。
短句来源
     In succession, the low-temperature (10C/7C) and high-temperature (20C/17C) treatments were conducted respectively in SANYO-SGC1700 type artificial climate chamber in 2003. When the first flower appeared on the main inflorescence, microscopic examination was conducted about three main inflorescences.
     接着,2003年于SANYO-SGC1700型人工气候室内分别进行低温(10℃/7℃)利高温(20℃/17℃)处理,当主花序出现第一朵花时,摘取3个主花序镜检;
短句来源
     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.
     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。
短句来源
     The results showed that the spraying DPC 30 g/hm~2 at the first flower stage would have a great effect on plant characteristic, leaf area distribution, flowering and boll rate, and boll quality.
     结果表明,在中等肥力7.5万株/hm2密度条件下,初花期用DPC30g/hm2化控对转基因抗虫棉的株型控制、叶面积分布、开花成铃和棉铃素质效果良好。
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  相似匹配句对
     FLOWER
     七色花
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     The Love Flower
     爱的水仙
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  first flower
Although exogenous JA significantly elevated levels of chemical defenses, it did not affect height of plants through the season and only slightly reduced time to first flower.
      
Both winter vigour and harvest index were negatively correlated with daysto first flower.
      
Onset of flowering was positivelycorrelated with both latitude and longitude, as well as mean annualprecipitation/potential evapotranspiration (PP/ETP) ofcollecting site; days from first flower to pod ripening was negativelycorrelated with PP/ETP.
      
Flower size of the first flower for plant number 01G-02 was significantly different in C1 compared with C3, but not with C2 and C4.
      
In general, these lines accumulated 30 to 50% more shoot dry weight and more P in the shoot tissue at first flower than 'Sanilac' in the low-P field plot but did not differ from 'Sanilac' in a field plot amended with P fertilizer.
      
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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 carried...

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。

Broad-sence heritabilities (h~2B) and narrow-sence heritabilities (h~2N) of seven economic characters, i.e. plant height (cm), height from base to the "neck" of branching (cm), stem thickness (mm), thickness of fresh "bark" (mm), fibre yield per plant (g.), fibre/woody core of stem and flowering date of first flower (days), of seven crosses in jute were studied for seven years. Broad-sence heritabilities were estimated from the formulae,h_(B%)~2=((V_(F_2)-1/3(Vp_1-Vp_2-V_(F_1))/(V_(F_2)))×100. The estimates...

Broad-sence heritabilities (h~2B) and narrow-sence heritabilities (h~2N) of seven economic characters, i.e. plant height (cm), height from base to the "neck" of branching (cm), stem thickness (mm), thickness of fresh "bark" (mm), fibre yield per plant (g.), fibre/woody core of stem and flowering date of first flower (days), of seven crosses in jute were studied for seven years. Broad-sence heritabilities were estimated from the formulae,h_(B%)~2=((V_(F_2)-1/3(Vp_1-Vp_2-V_(F_1))/(V_(F_2)))×100. The estimates of h_B~2 are high for height from base to the "neck" of branching, flowering date of first flower, fibre/woody core of stem, plant height; moderate for thickness of fresh "bark"; and low for stem thickness and fibre yield per plant.

作者从1962年以来,结合杂交育种,对黄麻遗传规律进行一些研究。本文报道了1962—1965和1972—1974七年中对7个杂交组合的7个经济性状遗传力的研究结果。 (1) 利用亲本和杂种第一代估算环境变量的方法, 即h_B~2%=((V_(F_2)-1/3(Vp_1-Vp_2-V_(F_1))/(V_(F_2)))×100对黄麻七个经济性状的广义遗传力进行研究。不同性状的广义遗传力,从大到小依次为,分叉离地高度→生育期→皮骨比→茎高→鲜皮厚→茎粗→单株原麻重。其h_B~2n%的平均估值是:分叉离地高度60.73±15.30,生育期59.01±22.02,皮骨比58.14,茎高57.96±7.19,其遗传力较高;鲜皮厚41.30,茎粗31.40±14.50,单株原麻重29.26,其遗传力较低。不同性状在不同组合、不同年份的遗传力表现不同。

 
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