本文找出休眠的花生(Arachis hy-pogaea)种子贮藏在5℃——45℃时,提高贮藏温度与促进后热作用之间的直接相关。贮藏在高温时种子含水量的减少与打破休眠是没有联系的。在打破休眠中,机械损伤或在氧气中发芽都是有效的,有人认为,在高温下干燥贮藏,促进了包括打破休眠与引起种子组织上渗透性改变的一种氧化机制。增加种子透性,能从种子中排除抑制物质,提供氧气进抵胚部的通道。通气性的这种变化,在自然后熟期间可能发生。 This article identifies the direct correlation between increasing storage temperature and promoting post-thermal effects when seeds of dormant Arachis hy-pogaea are stored at 5 ° C to 45 ° C. The reduction of seed moisture content at high temperatures is not related to breaking dormancy. In breaking dormancy, mechanical damage or germination in oxygen is effective, and it is believed that drying and storage at high temperatures promotes an oxidation mechanism that involves breaking dormancy and causing changes in osmotic permeability of seed tissues. Increased seed permeability, which excludes inhibitory substances from the seeds and provides oxygen to the passages of the embryo. This change in aeration can occur during natural ripening.