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萌发生理
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  germination physiology
     The effects of CdCl_2,SNP,CdCl_2+SNP on the seed germination physiology and biochemistry of Trifolium repens
     CdCl_2、SNP、CdCl_2+SNP对白三叶草种子萌发生理生化的影响
短句来源
     Effects of GaAs,Ga ̄(3+) and As(V) on Germination Physiology of Vegetable Seeds.
     GaAs、Ga~(3+)和As(V)对蔬菜种子萌发生理影响研究
短句来源
     A Study on the Germination Physiology of Teak Fruit
     柚木种实萌发生理的研究
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     STUDY ON DORMANCY AND GERMINATION PHYSIOLOGY OF HAWTHORN SEED V.THE RELATION AMONG DORMANCY AND POD ACTIVITY AND ITS ISOZYME IN HAWTHORN SEEDS
     山楂种子休眠与萌发生理研究 Ⅴ.山楂种子POD活性及其同工酶的变化与休眠的关系
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     Spinach seed was more sentsitive to poisons than little rape seed:and the toxicity of poisons on germination physiology of seeds was in a sequence of As(V)>GaAs>Ga ̄(3+)
     菠菜种子对毒物的敏感性高于小白菜种子; 毒物对种子萌发生理的毒性大小顺序为As(V)>GaAs>Ga~(3+),表明其毒性主要与As有关。
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  “萌发生理”译为未确定词的双语例句
     STUDY ON DORMANCY AND GERMINATION PNYSIOLOGY OF HAWTHORN SEED 1.THE COLECTING DATE AND SEED DORMANCY
     山楂种子休眠与萌发生理研究Ⅰ采收期与种子休眠
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     Study on seed germination′s physiology of Prunus mongolica Maxim
     蒙古扁桃种子萌发生理研究
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     Effects of Acid Rain on Seed Germination of Three Plants Under Time Stress
     酸雨对不同抗性植物种子萌发过程的影响Ⅱ——酸雨短程胁迫时间对植物种子4项萌发生理指标的影响
短句来源
     PHYSIOLOGICAL STUDY ON DORMANCY AND GERMINATION OF HAWTHORN SEED Ⅳ.RELSTIONSHIP INVESTIGATION ON ENDOCARP,TESTA AND DORMANCY OF HAWTHORN SEED
     山楂种子休眠与萌发生理研究 Ⅳ.山楂种子内果皮及种皮与种子休眠的关系
短句来源
     STUDY ON THE PHYSIOLOGY OF HAWTHORN SEED DORMANCYANDGERMINATIO NⅡ.STRATIFICATION TEMPERATURE HOTBED AND SEED DORMANCY
     山楂种子休眠与萌发生理研究Ⅱ.层积温度与种子休眠
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  相似匹配句对
     A Study on the Germination Physiology of Teak Fruit
     柚木种实萌发生理的研究
短句来源
     Study on seed germination′s physiology of Prunus mongolica Maxim
     蒙古扁桃种子萌发生理研究
短句来源
     Physiological aspects of exploitation
     割胶的生理问题
短句来源
     Physiological activities of tannin
     单宁的生理活性
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  germination physiology
The relationship was analyzed between the germination thermogenetic regulation and seed germination physiology.
      
Seedling emergence patterns and dormancy/germination physiology of Primula modesta in a subalpine region
      
The seasonal pattern of seedling emergence was well explained by the dormancy/germination physiology revealed in laboratory germination tests.
      


Various grass weed seeds imported with wheat from many foreign countries,increased the possible hosts of Tilletia controversa.According to the morphological similarities between T.controversa and some other cereal smuts such as the common characteristics of teliospore germination and host range,together with the frequency of weed seeds found in import- ed wheat,the following six species of Tilletia,i.e.,T.caries,T.se- calis,T.decipiens,T.fusca,T.elymi and T.lolii are considered to be cosely related species of...

Various grass weed seeds imported with wheat from many foreign countries,increased the possible hosts of Tilletia controversa.According to the morphological similarities between T.controversa and some other cereal smuts such as the common characteristics of teliospore germination and host range,together with the frequency of weed seeds found in import- ed wheat,the following six species of Tilletia,i.e.,T.caries,T.se- calis,T.decipiens,T.fusca,T.elymi and T.lolii are considered to be cosely related species of T.controversa.

输入小麦中经常存在着相当数量的禾本科杂草种子,扩大了小麦矮腥病菌的传入寄主,也增加了某些禾草腥黑穗病随同传入的可能性。根据小麦矮腥病菌与某些禾本科腥黑穗病菌在动态方面的近似,以及在冬孢子萌发生理、寄主范围等方面的共同点,结合进口检验中禾本科杂草种子的出现频率,提出 Tille-tia caries,T.secalis,T.decipiens,T.fusca,T.elymi,T.lolii 等六种禾本科植物腥黑穗病菌为小麦黑腥病菌的近似种。

Erythrophloeum fordii is one kind of protected and rare trees in our country. It has special economic value. The percentage of hard seeds in E. fordii is very high. Under natural condition, the germination of the seed is very difficult.

本文对我国珍贵用材树种格木种子休眠和萌发的生理进行了研究,指出种皮的不透水性和抑制物质的存在是格木种子休眠期长,不易萌发的原因。格木种子的不透水性与种皮的栅栏细胞层以及种脐裂缝的开关特性有关。纸层析、薄板层析和生物测定的结果表明,格木种子中存在的主要抑制物质似是ABA,而主要促进物似是GA。通过浸种、漂洗,种子内含抑制物和促进物出现消长变化,从而促进了种子的萌发。

Under simulated moisture stress, we have compared the germination characters of differential varieties of winter wheat. The experimental re results are summarized as follows.As the moisture stress is increased within the range of 0-20 atomospheres, the rate of water-intake, the speed of germination and the survival rate of shoot are decreased, the speed of root and shoot growth are slowed down, the intensity of respiration and amylase activity are weakened, the free amino acid and proline is increased. The free...

Under simulated moisture stress, we have compared the germination characters of differential varieties of winter wheat. The experimental re results are summarized as follows.As the moisture stress is increased within the range of 0-20 atomospheres, the rate of water-intake, the speed of germination and the survival rate of shoot are decreased, the speed of root and shoot growth are slowed down, the intensity of respiration and amylase activity are weakened, the free amino acid and proline is increased. The free amino acid and proline reach the irv peak under 10 atmospheres.As the moisture stress is increased, the differences of various physiology index tend to be remarkable. Among the four kinds of wheat seeds, the bred drought-resistance variety and the local selected variety have the following synthtical properties, i.e, rapid water-intake and rapid germination, high germination rate, better root growth, high respiration intensity, high amylase activity, more free amino acid and more proline contents etc.These indexes and their measurements have certain reference value for rational ecological plan of planting wheat and breeding drought-resistant wheat varieties.

在人工模拟的不同水分胁迫条件下,对不同类型的四个冬小麦品种进行了种子萌发生理特性的比较。结果表明,在0—20大气压水分张力范围内,随着水分胁迫的加强,种子吸水率、萌发速度和成芽率降低,对成芽的伤害率增加,根、芽生长速度减慢,呼吸强度和淀粉酶活性减弱,游离氨基酸和脯氨酸含量增加,10大气压水分张力时达最高峰。随着水分胁迫的增强,品种间各生理指标的差异趋于显著。育成的抗旱品种和农家品种具有吸水和萌发速度快,成芽率高,根生长良好,呼吸强度和淀粉酶活性较高,游离氨基酸和脯氨酸含量较高等综合的抗旱性状。上述指标及其测定方法,对合理进行小麦生态区划、品种布局和抗旱育种有一定的参考价值。

 
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