1) walnut budding
核桃芽接
2) big-bud hickory(Carya alba K. Koch)
大芽山核桃
3) walnut scion
核桃接穗
4) walnut grafting
核桃嫁接
1.
The walnut grafting survival rate is determined by the phenol contents in the walnut scion and rootstock.
核桃嫁接成活与核桃体内的酚类物质、多酚氧化酶、苯丙氨酸解氨酶活性有关,是由三者协同起作用的。
5) grafted walnuts seedlings
核桃嫁接苗
1.
In order to breed grafted walnuts seedlings rapidly,the stock plantlets were cultivated in the greenhouse and walnuts grafting was conducted with them.
核桃嫁接苗的快速繁育,采用日光温室、培育砧木苗、硬枝嫁接、定植、覆膜,实现当年出圃技术。
6) Peach bud
桃芽
1.
To take advantage of two-year-old ‘Chunjie’ peach,we studied the changes of Ca2+ during the natural process of dormancy of peach buds.
在此过程中,Ca2+可传递环境信号,诱导桃芽自然休眠和维持桃芽的深度自然休眠。
2.
The effects of short-term freezing at different temperature on the endodormancy breaking of peach buds were studied.
Shuguang)为试材对不同温度梯度短时间冰冻低温处理对桃芽自然休眠解除的影响及生理生化机制进行了研究。
3.
Two-year-old peach trees of cv Chunjie and Qingzhoudongxuemitao, and six-year-old nectarine trees of cv Shuguang, grafted on Qingzhoudongxuemitao rootstock, were planted in the fruit experimental orchard of Shandong Agricultural University in order to study the mechanisms of endodormancy induction and short-term heating releasing endodormancy in peach buds.
本实验于2004年～2006年在山东农业大学教学科研基地果树实验站进行,以两年生(2004年)春捷毛桃和青州冬雪蜜桃为试材研究桃芽自然休眠的诱导机制;而以六年生曙光油桃为试材进行40℃、45℃和50℃短时间高温处理研究短时间高温热激对桃芽自然休眠解除的调控效应。
补充资料：丁字形芽接
t—budding；shield budding 将削成盾状的芽片，嵌入切成丁字形切口的砧木上的育苗技术。
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