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peach rootstock
相关语句
  桃砧木
     Softwood Cutting Propagation of Peach Rootstock Tsukuba No.5
     桃砧木筑波5号绿枝扦插生根技术研究
短句来源
  “peach rootstock”译为未确定词的双语例句
     The results showed that: (1) Flowers of apricot in peach rootstock were injured lighter than in the apricot rootstock.
     调查结果表明:(1) 红丰、新世纪等杏品种以桃为砧木的杏树花器冻害明显轻于杏砧;
短句来源
     Mature plants of Prunus mume/peach rootstock were fertilized with 15N-labelled ammonium calcium in autumn.
     以细叶青梅 /桃砧为试材 ,研究了秋施 15N -硫铵条件下氮的吸收、分配、贮藏和利用。 休眠期果梅各器官均有贮氮能力 , 15N浓度根系大于多年生枝。
短句来源
  相似匹配句对
     Softwood Cutting Propagation of Peach Rootstock Tsukuba No.5
     桃砧木筑波5号绿枝扦插生根技术研究
短句来源
     Flat Peach Breeding
     蟠桃新品种(系)选育研究
     On the Rootstock and Theory of Unemployment
     失业根源及其理论探究
短句来源
     Remarking on ode of peach
     《桃赋》疏
短句来源
     The results showed that: (1) Flowers of apricot in peach rootstock were injured lighter than in the apricot rootstock.
     调查结果表明:(1) 红丰、新世纪等杏品种以桃为砧木的杏树花器冻害明显轻于杏砧;
短句来源
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  peach rootstock
The peach rootstock Nemaguard is susceptible to lime-induced iron deficiency chlorosis.
      
Effect of Fe 3+, Zn 2+ and Mn 2+ on ferric reducing capacity and regreening process of the peach rootstock Nemaguard (Prunus per
      
'Flordaguard' peach rootstock began bloom in advance of the male-sterile mother trees, whereas the bloom period of 'Tsukuba No.
      
A peach rootstock (Guardian? Brand BY520-9, also referred to as Guardian? or BY520-9), which is tolerant to ring nematode and PTSL, was released in 1994.
      
Effects of salicylic acid on ethylene induction and antioxidant activity in peach rootstock regenerants
      
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Mature plants of Prunus mume/peach rootstock were fertilized with 15N-labelled ammonium calcium in autumn.Treatment with autumn application augmented 15N-storage in roots and the perennial branches and promoted flower-bud differentation in winter.During shoot rapid-growing period,kernel absorbed more nitrogen than did the new shoots;After then, 15N in the new shoots was recovered to perennial tissues,perennial organs- thickening became the growing-centre.The 15N concentration in the current...

Mature plants of Prunus mume/peach rootstock were fertilized with 15N-labelled ammonium calcium in autumn.Treatment with autumn application augmented 15N-storage in roots and the perennial branches and promoted flower-bud differentation in winter.During shoot rapid-growing period,kernel absorbed more nitrogen than did the new shoots;After then, 15N in the new shoots was recovered to perennial tissues,perennial organs- thickening became the growing-centre.The 15N concentration in the current branchs was higher than the perennial branchs,the storage N could promote the next year flower-bud differentation.The withdrawed 15N from falled organs was remobilized in near tissues during dormant period.In the following season,the withdrawed 15N was translocated to new organs.The remobilization and distribution of N were highly correlated with the centre of growth and development in Prunus mume.The absorbed N following autumn application could be utilized for a long time.

以细叶青梅 /桃砧为试材 ,研究了秋施 15N -硫铵条件下氮的吸收、分配、贮藏和利用。休眠期果梅各器官均有贮氮能力 , 15N浓度根系大于多年生枝。秋施氮肥后 ,冬季花中 15N浓度显著高于同期其它器官 ;春季果仁 >新梢 >果核 >果肉 ,说明此期果仁争夺氮素营养的能力最强。新梢停长后 ,当年生枝和叶中 15N浓度显著下降 ,而多年生器官在 4~ 6月均有所上升 ,而 6~ 9月又都大幅度下降 ,表明此期为多年生器官加粗和新根大量生长之际 ;当年生枝 15N浓度虽有所下降 ,但始终高于同期多年生器官 ,表明贮氮对当年生枝的花芽分化有持续作用。秋季落叶后 ,衰老器官中回撤的氮素营养就近运输 ,就近贮藏。次年春 ,局部贮藏的氮素营养仍能重新为建造新生器官所使用。所以果梅体内氮素营养有随生长中心转移而转移 ,且可较长时期重复利用的特性。

Daxiantao pot plant of 1-year old grafted on wild peach rootstock was used as raw materials.Experiments were conducted to study the effect of different concentration plant power-2003 on flood-resistance of peach by measuring the indexes change of chlorophyll content and water content in leaves?damaged extent of leaves and shoot net growth length.The results showed that 500 mg/L or so plant power-2003 could raise flood-resistance of pot-peach plant flooded in short period.The effect of 1 000~1...

Daxiantao pot plant of 1-year old grafted on wild peach rootstock was used as raw materials.Experiments were conducted to study the effect of different concentration plant power-2003 on flood-resistance of peach by measuring the indexes change of chlorophyll content and water content in leaves?damaged extent of leaves and shoot net growth length.The results showed that 500 mg/L or so plant power-2003 could raise flood-resistance of pot-peach plant flooded in short period.The effect of 1 000~1 500mg/L plant power-2003 were significant for long period flooded peach plant.

以毛桃为砧木的大仙桃盆栽苗为试材,通过测量盆栽苗在连续淹水情况下,使用不同浓度植物动力2003后,桃树叶片中的叶绿素含量、水分含量、受害程度、枝梢生长量等指标的变化,来研究植物动力2003对提高桃树抗涝性的影响。结果表明:当植物动力2003浓度在500mg/L左右时对淹水的桃树短期内能提高其抗涝性;在1000 ̄1500mg/L内对淹水较长时间的桃树能显著提高其抗涝性。

To find out the best conditions for softwood cutting rooting of peach rootstock Tsukuba No.5(Amygdalus persica var.densa A.p.var.duplex) with purple leaves,the trial used sprayer device with intermission spray under full illumination,three different media,five different concentrations of ABT1(Rooting agent)and cutting with half leaves and whole leaves to optimize the way for softwood cuttings rooting.The results showed that from June to September in Beijing softwood cutting with three leaves,ABT1 solution...

To find out the best conditions for softwood cutting rooting of peach rootstock Tsukuba No.5(Amygdalus persica var.densa A.p.var.duplex) with purple leaves,the trial used sprayer device with intermission spray under full illumination,three different media,five different concentrations of ABT1(Rooting agent)and cutting with half leaves and whole leaves to optimize the way for softwood cuttings rooting.The results showed that from June to September in Beijing softwood cutting with three leaves,ABT1 solution dipping for 10 seconds at 1 000 mg/L,perlite as medium,the rooting percentage of cuttings could reach above 90 %.

采用全日照间歇式喷淋的方法,从不同扦插基质、不同生根粉浓度以及插条叶片状况等方面对插条扦插生根效果进行了研究。结果显示:在北京地区6月至8月,以珍珠岩为基质,用1 000 mg/L质量浓度的生根粉浸蘸(10 s)插条基部,选择留有三片全叶的插条进行扦插,生根率可达90%以上。

 
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