1) Kernel apricot tree
仁用杏树
1.
Kernel apricot trees were pruned for 2 years.
连续 2年对仁用杏树进行修剪 ,结果表明 ,4~ 5年生树 ,主枝延长枝剪去枝长的 1/ 2 ,成枝率高 ,有利于幼树的生长和扩冠 ;侧枝延长枝剪去枝长的 1/ 3,成枝率低 ,并可减少营养枝的数量 ;疏除树冠内膛直立枝和外围竞争枝 ,可改善树体光照条件 ;缓放和轻剪树冠外围强枝 ,有利于全树总枝量和生长点的增加 ;轻剪或中剪树冠外围弱枝 ,有利于短枝的形成和枝组的更新复壮。
2) Prunus dulcis (Miller) D.A.Webb
杏仁树
1.
Prunus necrotic ringspot virus(PNRSV)occurred commonly in Australia almond (Prunus dulcis (Miller) D.
用RT-PCR技术检测澳大利亚杏仁树李坏死坏斑病毒,对92个待测样品的病毒RNA进行扩增和检测,其中有79个呈阳性,表明检验样品的染病率较高。
3) almond-apricot
仁用杏
1.
Effect of exogenous ABA on cold-resistant ability and related physiological indicators of almond-apricot during blossom period;
外源ABA对仁用杏花期抗寒力及相关生理*指标的影响
2.
Measurement of nutrient content in different depths of soil in almond-apricot orchards;
仁用杏园不同土层土壤养分含量的测定
3.
Problem and Advice of Almond-apricot Production in Baiyushan Mountainous Area of Northern Shaanxi;
陕北白于山区仁用杏生产中存在的问题及建议
4) apricot
[英]['eɪprɪkɔt] [美]['æprɪ'kɑt]
仁用杏
1.
Effects of low temperature stress on several cold resistance indexes of apricot;
低温胁迫对仁用杏几个抗寒生理指标的影响
2.
Climatic Risk Analysis and Division of Apricot Frost during Flowering Period in the North of Shaanxi Province;
陕北仁用杏的花期霜冻气候风险分析及区划
3.
Comparative Study on Cold Resistance of Apricot Varieties;
几个仁用杏品种抗寒性比较研究
5) kernel apricot
仁用杏
1.
Physlogical Determinatin of Cold Resistance of Kernel Apricot in Reproduction Organ Development;
仁用杏生殖器官发育过程中抗寒生理机理研究
2.
4 kinds of cold-resistant agent including Xinghuafangdongji ,ABA, Donghaibishi and Tianda-2116 were spurted to kernel apricot during the expanding-time.
在仁用杏花芽膨大期分别喷施ABA、‘杏花防冻剂’、‘冻害必施’和‘天达-2116’等4种抗寒剂,测定花蕾、花朵和幼果中电解质渗出率、SOD和POD活性以及可溶性糖、可溶性蛋白质和MDA含量,研究4种抗寒剂诱导仁用杏花期抗寒力的差异。
3.
The content and activity of polyphenoloxidase(PPO) and superoxide Dismutase(SOD) of various organs of the kernel apricot were analysed,the results showed that there was significant difference in the activity of PPO and SOD among different growth period.
对仁用杏树各器官在不同生育期的多酚氧化酶 ( PPO)和超氧化物歧化酶( SOD)的含量及活性进行了测定与分析。
6) Kernel-apricot
仁用杏
1.
Change Law of Main Protective Enzyme Activity in Kernel-apricot Leaves in Different Growth Stage;
仁用杏叶不同生育时期主要保护酶活性的变化规律
2.
Studies on Hardiness and Mechanism of Copper and Zinc Element to Kernel-apricot;
铜锌元素对仁用杏抗逆性及其机理的研究
3.
Study on Some Biological Characteristics and the Mechanism of Cold Resistance during Blossom of Kernel-apricot;
仁用杏花期生物学特性及抗寒机制研究
补充资料:杏树
杏树介绍 杏树 (Prunus armeniaca) 科属:
蔷薇科
别名:
形态特征:
小枝褐色或红褐色。叶卵圆形或卵状椭圆形,缘具钝锯齿,叶柄基部具1个-6个腺体。花单生,先叶开放,花瓣白色或稍带红晕。花期3月-5月。核果近卵形,具缝合线和柔毛,淡黄色至黄红色。果熟期6月-7月。
分布与习性:
东北、华北至长江流域,阳性,耐寒,耐千旱,不耐涝,抗盐性较强
繁殖与栽培:
播种或嫁接繁殖。嫁接砧木可选山桃、梅、东北杏等,于7月中下旬进行丁字形芽接。芽接不可不晚,否则离皮困难,成活率低。如当年芽接末成活,可至次年春季枝接。也可用分蘖繁殖。
应用:
庭院观赏、风景
图片:
蔷薇科
别名:
形态特征:
小枝褐色或红褐色。叶卵圆形或卵状椭圆形,缘具钝锯齿,叶柄基部具1个-6个腺体。花单生,先叶开放,花瓣白色或稍带红晕。花期3月-5月。核果近卵形,具缝合线和柔毛,淡黄色至黄红色。果熟期6月-7月。
分布与习性:
东北、华北至长江流域,阳性,耐寒,耐千旱,不耐涝,抗盐性较强
繁殖与栽培:
播种或嫁接繁殖。嫁接砧木可选山桃、梅、东北杏等,于7月中下旬进行丁字形芽接。芽接不可不晚,否则离皮困难,成活率低。如当年芽接末成活,可至次年春季枝接。也可用分蘖繁殖。
应用:
庭院观赏、风景
图片:
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条