结果表明：随短时间高温处理时期的推迟，处理温度的升高，处理持续时间的延长，短时间高温处理对桃芽自然休眠的解除作用增强。
The results showed that the effects of short-tern heat treatment on the dormancy release were advanced by postponing the treatment date and the higher temperature treated.
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。
The effects of short-term freezing at different temperature on the endodormancy breaking of peach buds were studied.
其中GA_3、ZR、IAA和ABA含量可能是引起巨峰葡萄夏芽休眠的关键原因，GA_3和ZR较高而IAA和ABA含量低促进夏芽休眠的解除。
The GA_3, ZR, IAA and ABA levels might be the key factors affecting the dormancy of the summer buds.
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